Course Outcome-At the end of course,student will be able to
CO1 Recall matrix operation and their properties.
CO2 Solve homogeneous and non homogeneous equations and their consistency.
CO3 Demonstrate differential equations and their application.
CO4 Evaluate tracing of simple curve and their asymptotes.
CO5 Define Beta and Gamma functions for solving integrations
CO6 Understand the concept of partial differentiation and Euler's theorem on homogeneous function
Course Outcome-At the end of course,student will be able to
CO1 Understand the knowledge of methods of chemical analysis.
CO2 synthesize commercial polymers
CO3 Understand the basics of solid state and manufacturing process of cement.
CO4 Basic physics concepts of interference of light and electron beams, Cathode Ray Tube, Scanning Electron
Microscope .
CO5 Analyze the intensity variation of light due to polarization, diffraction and Ultrasonic
CO6 Understand the nuclear reactions, particle detectors and accelerators.
Course Outcome-At the end of course,student will be able to
CO1 Apply the concept of planning for the integrated built environment.
CO2 Recall basic materials used in construction and foundation.
CO3 Analyse the workability of concrete for the construction.
CO4 Calculate the area, angle and elevation by using surveying equipments.
Course Outcome-At the end of course,student will be able to
CO1 Determine forces in coplanar force system using analytical and graphical techniques.
CO2 Illustrate truss and friction and solve trusses and friction problems.
CO3 Determine centroid and moment of inertia of plane sections.
CO4 Estimate the displacement, velocity and acceleration for practical problems.
CO5 Compute force, acceleration, impulse and momentum in kinetic problems.
Course Outcome-At the end of course,student will be able to
CO1 Understand the fundamentals of electrical components
CO2 Analyze the basics of direct current and alternating current circuit.
CO3 Understand the working of single phase transformers.
CO4 Understand the basic electronic components and circuits.
Course Outcome-At the end of course,student will be able to
CO1 Understand the process of Communication, channels, Barriers and types of communication.
CO2 apply correct Grammar while writing and speaking
CO3 draft business letters
CO4 reproduce summary statements and reports while writing and speaking.
CO5 understand the basics Report preparation.
Semester - 1
Course Outcome: 300107-Basic Workshop Practice –I
Course Outcome: 300101-Applied mathematics -I
Course Outcome: 300102-Applied Sciences – I
Course Outcome: 300103-Basic Civil Engineering
Course Outcome: 300104-Engineering Mechanics
Course Outcome: 300105-Basic Electrical and Electronics Engineering
Course Outcome: 300106-Communication Skills
SCHOOL OF ENGINEERING & RESEARCH
B. Tech Mechanical Course Outcomes
Course Outcome-At the end of course,student will be able to
CO1 State the basic techniques and process in engineering work
CO2 Understand the carpentry, black smithy and welding work
CO3 Produce a job related to carpentry, black smithy and welding
CO4 Describe the importance of dimensioning for preparing a job
CO5 Construct the job useful in practice
Course Outcome-At the end of course,student will be able to
CO1 Understand the use of graduated cylinders, pipettes and volumetric pipettes for volumetric analysis.
CO2 Quantify the pH, acidity and alkalinity of water samples by laboratory techniques
CO3 Analyze the Iron and chloride concentration in water sample using volumetric method.
CO4 Determine the calcium and copper concentration in cement and brass samples.
CO5 understand the interference of waves using Cathode Ray Tube, slit.
CO6 Demonstrate to measure properties of optical fibre systems.
Course Outcome-At the end of course,student will be able to
CO1 determine the land area by using chain survey.
CO2 determine the elevation angles by using compass survey.
CO3 Determine difference level between two given stations by using dumpy levelling.
CO4 Understand the fineness modulus of aggregate by using sieve analysis.
Course Outcome-At the end of course,student will be able to
CO1 Apply graphical methods to solve problems.
CO2 Determine axial forces in Jib-crane
CO3 Estimate support reactions in simply supported beam.
CO4 Differentiate coefficient of friction between surfaces.
CO5 Determine moment of inertia in a flywheel.
CO6 Estimate performance of simple lifting machine-winch crab and screw jack.
CO7 Estimate stiffness of helical spring for various load condition.
Course Outcome-At the end of course,student will be able to
CO1 Understand the theorems applied on electrical circuits.
CO2 Analyze and evaluate the performance of energy meter.
CO3 Learn the basics of wiring and soldering.
CO4 Create the electrical switch board with switches and socket.
Course Outcome-At the end of course,student will be able to
CO1 understand the Phonetics
CO2 learn the correct pronunciation of words.
CO3 demonstrate in Group Discussion, Debate, Extempore, Public speaking, Mock interviews with proper body language
and expressions.
CO4 prepare Resumes and other writings.
CO5 understand about Time and Stress Management.
Course Outcome-At the end of course,student will be able to
CO1 Evaluate double and triple integration and their application in the form of cartesian, cylindrical and polar coordinates
CO2 Understand linear and nonlinear differential equations and their solutions.
CO3 Expansion of functions in Taylor's and Maclaurin's series.
CO4 Classify different types of equations and find the curve fitting and their regression.
CO5 Compute partial differential equation of first and second order and their application.
Semester - 2
Course Outcome: 300201-Applied mathematics - II
Course Outcome: 300108-Applied Sciences – ILab.
Course Outcome: 300109-Basic Civil Engineering Lab.
Course Outcome: 300110-Engineering Mechanics Lab.
Course Outcome: 300111-Basic Electrical and Electronics Engg. Lab.
Course Outcome: 300112-Communication Skills Lab.
Course Outcome-At the end of course,student will be able to
CO1 Apply the water treatment procedures for municipal and industrial utilization
CO2 Understand the classification of fuel
CO3 understand the mechanism of corrosion and lubricants, types and their applications
CO4 Describe the fundamentals of quantum mechanics and apply to one dimensional problems.
CO5 Describe the working principle of lasers and superconductivity.
CO6Understand the conductivity of metals, semiconductors and nanomaterials and their engineering application of
nanotechnology.
Course Outcome-At the end of course,student will be able to
CO1 Illustrate the concept of heat-work, zeroth and 1st law of thermodynamics.
CO2 Describe the properties of steam, steam process, entropy of steam and air cycles in IC engines and refrigeration.
CO3 Summarize stress- strain, elastic constants, boiler-mounting and accessories.
CO4 Illustrate the gas welding process, working of lathe machine, drilling machine, and shaper.
CO5 Summarize the power transmitting elements, slider crank and four bar mechanism.
Course Outcome-At the end of course,student will be able to
CO1 Demonstrate the working of technical drawing instruments.
CO2 Describe the basic shapes involved in engineering objects/parts.
CO3 Illustrate 2D views of engineering objects/parts.
CO4 Apply 2D views into drawing 3D objects.
CO5 List out examples for increasing the visualization power.
Course Outcome-At the end of course,student will be able to
CO1 The students will recognize the symbols of flowchart.The students will define programs mathematically in algorithm.
CO2 Create basic programs in c with the help of operators, array, structure, pointer, input and output statement.
CO3 The students will apply previously learned information for making programs in c.
CO4 The students will write different modules of programs whole creating a project.
Course Outcome-At the end of course,student will be able to
CO1 Demonstrate critical thinking skills in relation to environmental affairs
CO2 Apply the knowledge of ecological structure and function for environmental conservation
CO3 describe new technique for utilization of natural resources with sustainable concern.
CO4 Assess the pollutants level for environmental conservation
CO5 Apply the strategic plan of pollution management for the better environment.
Course Outcome-At the end of course,student will be able to
CO1 State the basic process and techniques in engineering work
CO2 Understand the sheet metal work, fitting and lathe operations
CO3 Produce a job related to sheet metal, fitting and machining operations
CO4 Apply the importance of dimensioning for preparing a job
CO5 Develop skills to perform engineering work in practice
Course Outcome-At the end of course,student will be able to
CO1 Determine the water quality parameters
CO2 Analyze the moisture, volatile matter and ash content in coal sample
CO3 Determine Flash Point and Fire Point of lubricant by Pensky Martin apparatus
CO4 Identify the semiconductor in which types and mobility.
CO5 Draw the best fit to create a graph from a series of data points.
Course Outcome: 300203-Basic Mechanical Engineering
Course Outcome: 300204-Engineering Drawing
Course Outcome: 300205-Logic Building through Computer Programming
Course Outcome: 300206-Environmental Science
Course Outcome: 300207-Basic Workshop Practice II
Course Outcome: 300208-Applied Sciences – II Lab.
Course Outcome: 300202-Applied Sciences – II
CO6 Examine the effect of moving charge in a magnetic field
Course Outcome-At the end of course,student will be able to
CO1 Understand 4 bar mechanism, gears, couplings and bearings
CO2 Compare stress-strain diagram by Operating universal testing machine
CO3 Illustrate the working of four stroke and two stroke Internal Combustion engines.
CO4 Describe working of package type boilers.
Course Outcome-At the end of course,student will be able to
CO1 Remember types of drawings sheets available for technical drawing.
CO2 Practise with the technical drawing instruments.
CO3 Understand the layout of the sheets.
CO4 Outline the 2D views into 3D drawings.
CO5 Arrange systematic file for presenting lab work.
Course Outcome-At the end of course,student will be able to
CO1 The students will recognize the symbols of flowchart.The students will define programs mathematically in algorithm.
CO2 Create basic programs in c with the help of operators, array, structure, pointer, input and output statement.
CO3 The students will apply previously learned information for making programs in c.
CO4 The students will write different modules of programs whole creating a project.
Course Outcome-At the end of course,student will be able to
CO1 collect the water samples and its preservation
CO2 Illustrate awareness on water quality management
CO3 understand purification techniques for safe drinking water
CO4 analyze pH, total dissolved solid, heavy metals and ions
CO5 determine the oxygen demand in water samples
Course outcome :-At the end of course,student will be able to
CO1 Solve fourier series for function, Dirichlet's conditions, change of interval, even and odd function and half range
fourier series.
CO2 Solve laplace transform, conditions of laplace transform, shifting theorem, inverse laplace transformation, unit step
function, unit impulse function and their applications.
CO3 Solve complex functions by using cauchy's integral theorem and residues theorem.
CO4 Analyze types of samples and find their solutions through sampling techniques .
CO5 Analyze error in sampling by using chi - squares, t, z and F- test and their application and uses in research.
Course outcome :Course Outcome-At the end of course,student will be able to
CO1 Memorize the difference between object oriented programming and procedural oriented programming and data types
in C++.
CO2 The students will discriminate amongst different methodology of C++ features and characteristics.
CO3 Apply the different exception handling keywords to make a program in C++.
CO4 Identify the concepts related to different file handling streams and formats in C++ programs.
CO5 Create programs to deal with Operating system, Computer networks and real world problems.
Course outcome : Course Outcome-At the end of course,student will be able to
CO1 Understand Fluid flow concepts and it various engineering problems
CO2 Apply fundamentals to continue the study of advanced subjects which are fluid machinery,Turbomachinery .
CO3 Apply knowledge of fluid mechanics for the design and development of mechanical systems.
Course outcome : 315301 - Applied Mathematics ‐ III
Course outcome : 315302 - Object Oriented Programming through C++
Course outcome : 315303 - Fluid Mechanics
Course Outcome: 300209-Basic Mechanical Engineering Lab
Course Outcome: 300210-Engineering Drawing Lab.
Course Outcome: 300211-Logic Building through Computer Programming Lab.
Course Outcome: 300212-Environmental Science Lab.
Semester - 3
CO4 Compute the fluid property required for application in engineering application.
CO5 Analyze the application of fluid mechanics in daily life and other engineering situations.
Course outcome : Course Outcome-At the end of course,student will be able to
CO1 Remember the principles of joint,links & their classification, DOF, inversions of mechanisms
CO2 Analyse the concept of displacement, velocity and acceleration .
CO3 Understand the concepts of friction , brakes and dynamometer.
CO4 Design of gear tooth geometry and select appropriate gears for the required applications.
CO5 Create design of cams and followers for specified motion profiles.
Course outcome : Course Outcome-At the end of course,student will be able to
CO1 Understand the concepts of material science for mechanical system.
CO2 Apply knowledge about materials, their properties and application.
CO3 Analyze the relation between the materials science and building structure and their effect
CO4 Recall the material types and its properties for engineering application.
CO5 Design new composite material for mechanical engineering problems useful to the society.
Course outcome : Course Outcome-At the end of course,student will be able to
CO1 Remember machine tool parameters like tool geometry,material and their properties.
CO2 Recall the types, construction,working mechanism and operations of lathe machines.
CO3 Interpret the types, construction,working mechanism and operations of shaper and planer machines.
CO4 Interpret the types,construction,working mechanism and operations of milling machines.
CO5 Interpret the types,construction,working mechanism and operations of drilling and grinding machines.
Course outcome : Course Outcome-At the end of course,student will be able to
CO1 Memorize the difference between object oriented programming and procedural oriented programming and data types
in C++.
CO2 The students will discriminate amongst different methodology of C++ features and characteristics.
CO3 Apply the different exception handling keywords to make a program in C++.
CO4 Identify the concepts related to different file handling streams and formats in C++ programs.
CO5 Create programs to deal with Operating system, Computer networks and real world problems.
Course outcome :Course Outcome-At the end of course,student will be able to
CO1 Understand the concepts of fluid mechanics .
CO2 Demonstrate the working of flow measurement apparatus
CO3 analysis the design of flow measurement apparatus.
CO4 Modify the design of flow measurement apparatus.
CO5 Solve the performance of mechanical instrument in the field of fluid mechanics.
Course outcome : Course Outcome-At the end of course,student will be able to
CO1 Understand kinematic links,pairs and their mechanisms.
CO2 Design cam & followers displacement,velocity and acceleration diagrams.
CO3 Analysis of the concept of friction between type of belts in pulley.
CO4 Recall the types of inversion of four link bar mechanism.
CO5 Analyze types of gears and their designs.
Course outcome : Course Outcome-At the end of course,student will be able to
CO1 Understand the basic principle of manufacturing process in the field of mechanical engineering
CO2 Apply his knowledge to work on lathe,milling,drilling,grinding,planer and shaper .
CO3 Analyse the operational problems on machines it with full accuracy.
CO4 Illustrate the cutting parameters on lathe, milling and shaper machines.
Course outcome : 315304 - Kinematics Of Machine
Course outcome : 315305 - Engineering Materials
Course outcome : 315306 - Manufacturing Process ‐ I
Course outcome : 315307 - Object Oriented Programming through C++ Lab
Course outcome : 315308 - Fluid Mechanics Lab
Course outcome : 315309 - Kinematics Of Machine Lab
Course outcome : 315310 - Manufacturing Process ‐ I Lab
CO5 Apply knowledge to work in industries deal with operations on machine lathe,milling,drilling,grinding,planer and
shaper .
Course outcome : Course Outcome-At the end of course,student will be able to
CO1 Develop report writing and presentation skill
CO2 Understand professional writing style techniques and apply in case based study
CO3 Classify the topic for presentation for seminar presentation .
CO4 Apply the report writing skill by writing case study report
CO5 Develop seminar presenation skill.
Course outcome : Course Outcome-At the end of course,student will be able to
CO1 Analyse the value of group work and benefit of completing various task assigned in a group.
CO2 Apply design and simulation software skills to analyze results of project work.
CO3 Create on their own, reflect on their learning and take appropriate actions to improve it.
CO4 Acquire collaborative skills through working in a team
Course Outcome-At the end of course,student will be able to
CO1 Evaluate algebraic and transcendental equations on engineering problems by bisection method, regula- falsi method,
Newton- Raphson method.
CO2 Illustrate simultaneous linear equations by using Gauss Elimination, Gauss-Jordan and Iterative method.
CO3 Evaluate first and second order numerical differentiation on engineering problems.
CO4 Illustrate the Gauss quadrature formula, Trapezoidal rule, simpson's rule and Weddle's rule.
CO5 Analyse ordinary and partial differential equations in engineering problems.
Course Outcome-At the end of course,student will be able to
CO1 Understand the elastic constants and thermal stress- strain concepts in the field of mechanical engineering
CO2 Apply these concepts to bending and shear problems
CO3 Apply the concept of principal stress in practical problems.
CO4 Explain shear force and bending moment concept in practical problems.
CO5 Analyze concept of torsion of circular shaft and coiled spring in practical problems.
Course outcome : At the end of course,student will be able to
CO1 Remember the concept of fluid mechanics and fluid machinery related to engineering problems.
CO2 Analyse types of hydraulic turbines and their application.
CO3 Understand the concept of pumps , Hydraulic system and their characteristics .
CO4 Remember the boundary layer phenomenon which is useful for friction related engineering problem.
CO5 Design the hydraulic turbine and pump useful for new technology.
Course outcome : At the end of course,student will be able to
CO1 Illustrate the types of governor and their characteristics
CO2 Evaluate the inertia forces in reciprocating and rotating masses and turning moments in flywheels.
CO3 Analysis on gyroscopic effect on aeroplane, ship and automotive vehicle.
CO4 Analysis of static & dynamic forces in four link bar mechanism
CO5 Evaluate the engineering problems on flywheel energy concepts & turning moment diagram
CO6 Analysis the free and forced vibrations of single degree freedom systems.
Course outcome : At the end of course,student will be able to
CO1 Remember the concepts of thermodynamics
CO2 Evaluate engineering numerical problems related to thermal conditions.
CO3 Analyse effects of temperature on the thermophysical properties of materials.
Semester - 4
Course outcome : 315401 - Numerical Analysis
Course outcome : 315402 - Strength of Material
Course outcome : 315403 - Fluid Machinery
Course outcome : 315404 - Dynamics Of Machine
Course outcome : 315311 - Report writing
Course outcome : 315312 - Project ‐ I
Course outcome : 315405 - Applied Thermodynamics
CO4 Create a Base for the heat transfer and refrigeration subjects which are dependent on Thermodynamics
CO5 Determine thermo- physical properties of the material from the steam table and solve the vapor cycles.
Course outcome : At the end of course,student will be able to
CO1 Remember the concept of joining processes in welding ,brazing and soldering.
CO2 Analyse the process of sand moulding ,types of patterns
CO3 Remember the construction, concept of types of melting furnaces.
CO4 Understand the working concept of metal forming machines
Course outcome : At the end of course,student will be able to
CO1 Understand the mechanical properties of material in testing machine
CO2 Analysis the impact energy in impact testing machine
CO3 Evaluate the hardness in hardness testing machine
CO4 Determine the shear stress in torsion testing machine
Course outcome : At the end of course,student will be able to
CO1 Analysis of fluid properties in fluid machinery equipment by experimental setups.
CO2 Demonstrate the working model of hydraulic turbine and Pump.
CO3 Analysis the working performance of hydraulic turbine and pump.
CO4 modify the hydraulic system in the field of engineering
CO5 Apply the fundamentals concept of fluid power in new technology.
Course outcome : At the end of course,student will be able to
CO1 understand the gyroscopic effect in the field of engineering
CO2 Analysis of frequency in damped ,underdamped vibration in universal vibration apparatus
CO3 Remember the concept and working of governors
CO4 Evaluate the performance of free vibration systems in mechanical system.
CO5 Analysis of static and dynamic Balancing in rotating and reciprocating masses
Course outcome : At the end of course,student will be able to
CO1 Operate arc welding machines and types of welding joints.
CO2 Create specimen jobs in forging operations.
CO3 Understand the industries dealing with operations on welding , casting ,forging and sheet metal operations.
CO4 Design new system components and processes in the field of engineering in general and mechanical engineering in
particular.
Course outcome : At the end of course,student will be able to
CO1 Understand the core values and their relations to society.
CO2 Understand the society and socialization with the reference to the culture,Religion and nature.
CO3 Apply the knowledge about whole existence and its impact on values.
CO4 Apply initial realization of body and mind, self consciousness and physical consciousness along with Soul and
Supreme Soul.
Course outcome : At the end of course,student will be able to
CO1 Remember various engineering problems and concepts involved within it.
CO2 learn on their own, reflect on their learning and take appropriate actions to improve it.
CO3 Acquire the skills to communicate effectively and present ideas to specific audience in both the written and oral
forms.
CO4 Acquire collaborative skills through working in a team to achieve common goals.
CO5 develop ideas and information in the project task.
Course outcome : 315411 - Value Education
Course outcome : 315412 - Project ‐ II
Course outcome : 315406 - Manufacturing Process -II
Course outcome : 315407 - Strength of Material Lab
Course outcome : 315408 - Fluid Machinery Lab.
Course outcome : 315409 - Dynamics of Machine lab
Course outcome : 315410 - Manufacturing Process -II Lab
Course Outcome-At the end of course,student will be able to
CO1 Understand difference between mathematical logic and fuzzy logic and their application.
CO2 Interpret problems and solution of combination, permutation and dearrangement.
CO3 Remember application of partial differential equation in the field of engineering and apply it.
CO4 Evaluate problems related to vector calculus and their application in the respective domain.
CO5 Analysis first and second dimension wave and Laplace equation and their application.
Course Outcome-At the end of course,student will be able to
CO1 Understand the concept of beam deflection and its energy in engineering problems.
CO2 Evaluate the mechanical stresses grown in pressure vessel
CO3 Analysis of fixed and continuous beams in engineering problems
CO4 Analysis the concept of bending stresses in curved bars.
CO5 Evaluate the mechanical property of the mechanical system in distinct condition
Course Outcome-At the end of course,student will be able to
CO1 Analyze the behaviour of materials subjected to tensile,bending and torsional stresses.
CO2 Apply knowledge of machine design to design mechanical joints related problems.
CO3 Solve problems on design of threaded fasteners and power screws.
CO4 Design the mechanical components having riveted and welded joints.
CO5 Solve mechanical engineering problems of industries useful to the society.
Course Outcome-At the end of course,student will be able to
CO1 Understand internal engine components their working.
CO2 Solve air standard and actual cycles based on auto diesel and dual cycles .
CO3 Acquire knowledge and hands-on competence in the design development of mechanical systems.
CO4 Analysis the heat loss and exhaust losses involved in Compression Combustion engine.
CO5 Identify various fuels and their properties used for IC engine.
CO6 Demonstrate the relationships between the design of the internal combustion engine and environmental issues
Course Outcome-At the end of course,student will be able to
CO1 Apply mathematics and science in time measurement in the field of Industrial engineering.
CO2 Understand and select work study techniques
CO3 Demonstrate the method study techniques for industrial engineering.
CO4 Recognize the forms of organization
CO5 Design the integrated systems that include people, materials, information, equipment, and people.
CO6 Develop the techniques, skills, and modern engineering tools necessary for industrial engineering practice.
Course Outcome-At the end of course,student will be able to
CO1 Understand the working principle of generalised measurement system.
CO2 Acquire knowledge and hands-on competence concepts of measurement and metrology.
CO3 Demonstrate the measurement instument to measure displacement, speed, torque and power.
CO4
Apply the working principle of instruments used for measuring strain, pressure, fluid flow. calibrate the instruments.
Course Outcome-At the end of course,student will be able to
CO1 Interpret the mechanical design concept and consideration.
CO2 Compute dimension of mechanical system using design consideration.
CO3 Design mechanical systems by using design data book.
CO4 Analyze the mechanical forces occurred in components of mechanical devices.
CO5 Modify the mechanical design for society and environmental issues.
Semester - 5
Course outcome: 315501-Advanced Engineering Mathematics
Course outcome: 315502-Advanced Strength of Material
Course outcome: 315503-Design of Machine Elements ‐ I
Course outcome: 315504-Internal Combustion Engine
Course outcome: 315505-Industrial Engineering
Course outcome: 315506-Mechanical Measurement
Course outcome: 315507-Design of Machine Elements ‐ I Lab
Course Outcome-At the end of course,student will be able to
CO1 Operate the working model of internal combustion engine.
CO2 Estimate the working performance of internal combustion engine.
CO3 Modify the internal combustion engine according the environmental issues.
CO4 formulate the design aspect of spark ignition and compression Ignition internal combustion engine.
Course Outcome-At the end of course,student will be able to
CO1 Understand the work study techniques.
CO2 understand and analyse the time measurement techniques
CO3 calculate the allowances in time measurement techniques.
CO4 understand the forms of organization
CO5 Associate the value engineering in the field of industrial engineering.
Course Outcome-At the end of course,student will be able to
CO1 Demonstrate the working principle of mechanical measuring instruments.Approved
CO2 Approved
CO3 Analyze the performance of instruments reading with graphs-
CO4 Modify the error in mechanical measuring instruments.Approved
CO5 Demonstrate the working principle of thermocouple and thermistor for temperature measurement.-
Course Outcome-At the end of course,student will be able to
CO1 Understand the working environment of any industry or plant by visiting and training in the industry.
CO2 Understand innovation and entrepreneurship theories and their implications
CO3 Analyze the mechanical system in the industrial working Process.
CO4 design system with the goal of bringing new products and services to market
CO5 Design a small scale project related to concern industrial problems.
Course Outcome-At the end of course,student will be able to
CO1 Understand various engineering problems and concepts involved within it.
CO2 Acquire the ability to make links across different areas of knowledge and to generate ideas and information .
CO3 Develop the skills to communicate effectively and to present ideas clearly and coherently to audience in both the
written and oral forms.
CO4 Apply collaborative skills through working in a team to achieve common goals.
CO5 Evaluate the performance of project and take appropriate actions to improve it.
Course Outcome-At the end of course,student will be able to
CO1 Classify the mathematical modelling , formulation and construct their solution.
CO2 illustrate industrial problem related to transportations and find out their solutions.
CO3 Understand concept of queueing theory and their applications in our daily life.
CO4 Study of mathematical models of conflict and cooperation between intelligent rational decision maker using game
theory.
CO5 Analysis problems related to network analysis in the field of research and daily life.
Course Outcome-At the end of course,student will be able to
CO1 Remember machine tool nomenclature and their constructions.
CO2 Understand the tool life criteria for given working condition and the tool geometry.
CO3 Remember machine tool according to the work material and speed requirement.
CO4 Select the suitable speed spectrum for designing a multi speed gear box.
CO5 Create any multi speed gear box on the basis of the speed spectrum.
Course outcome:315509-Industrial Engineering Lab
Course outcome: 315510-Mechanical Measurement Lab
Course outcome: 315511-Entrepreneurship Skills & Vocational Training ‐ I
Course outcome: 315512-Project ‐ III
Semester - 6
Course outcome:315508-Internal Combustion Engine Lab
Course outcome : 315601 - Operation Research Techniques
Course outcome : 315602 - Machine Tool Technology
Course Outcome-At the end of course,student will be able to
CO1 Remember the functions of the components of power plant.
CO2 Analyse the design layout and working of hydroelectric power plants.
CO3 Analyze the performance of diesel power plants
CO4 Apply the modern technology in the field of nuclear power plants
CO5 Evaluate economic feasibility and its implications on power generating units.
Course Outcome-At the end of course,student will be able to
CO1 Analyse the design procedure of types of spring problems
CO2 Create the spur gear in the practical problems
CO3 Evaluate the design procedure of helical & bevel gear problems
CO4 Undestand the design process of rolling contact bearing & sliding contact bearing problems
CO5 Evaluate the design process of clutches, belt and rope drives
Course Outcome-At the end of course,student will be able to
CO1 Remember the types of steam turbines and working cycles .
CO2 Understand the effectiveness of turbines & their comparison.
CO3 Evaluate numerical problems involved with the steam turbines
CO4 Remember the Gas turbines used for power generation
CO5 Evaluate the performances enhancement methods.
Course Outcome-At the end of course,student will be able to
CO1 Understand the application of production, planning and control
CO2 Remember the use of drawings and operations at shop floor.
CO3 Analyse the concepts of limits and fits in hole and shaft basis system.
CO4 Remember the importance of composite materials and its production procedures
CO5 Analyse the instruments available for linear and angular measurements
Course Outcome-At the end of course,student will be able to
CO1 Understand the software skill development initiation with the autocad software.
CO2 Remember the basic commands in autocad software.
CO3 Create a basic drawings through autocad software.
CO4 Create a development of drawings towards 2D and 3D drawings.
Course Outcome-At the end of course,student will be able to
CO1 Design springs with using standerd design procedure.
CO2 Design gears such as spur ,helical and bevel.
CO3 Classify bearings and their applications.
CO4 Describe procedure of clutch design .
CO5 Illustrate the concept of belt drives and their applications.
Course Outcome-At the end of course,student will be able to
CO1 Classify turbine structures by using steady model cutouts.
CO2 Determine the working performance of axial flow turbines
CO3 Demonstrate the steam turbine models.
CO4 Describe working of centrifugal compressors by using any experimental setup.
Course Outcome-At the end of course,student will be able to
CO1 Illustrate the working of meteorological instruments for mechanical measurement.
Course outcome : 315607 - Computer Aided Design Lab.
Course outcome : 315608 - Design of Machine Elements ‐ II Lab
Course outcome : 315609 - Turbomachinery Lab
Course outcome : 315610 - Production Technology Lab
Course outcome : 315603 - Power Plant Engineering
Course outcome : 315604 - Design of Machine Elements ‐ II
Course outcome : 315605 - Turbomachinery
Course outcome : 315606 - Production Technology
CO2 Describe instruments and measurements standards for linear and angular measurement.
CO3 Demonstrate the use of vernier calliper, height gauge and micrometers.
CO4 Apply problems in tolerance analysis for hole and shaft basis system of component.
CO5 Summarize the steps involved in process planning and tolerance charts.
Course Outcome-At the end of course,student will be able to
CO1 Understand the working environment of any industry or plant by visiting and training in the industry.
CO2 Understand innovation and entrepreneurship theories and their implications
CO3 Analyze the mechanical system in the industrial working Process.
CO4 design system with the goal of bringing new products and services to market
CO5 Design a small scale project related to concern industrial problems.
Course Outcome-At the end of course,student will be able to
CO1 Understand various engineering problems and concepts involved within it.
CO2 Acquire the ability to make links across different areas of knowledge and to generate ideas and information .
CO3 Develop the skills to communicate effectively and to present ideas clearly and coherently to audience in both the
written and oral forms.
CO4 Apply collaborative skills through working in a team to achieve common goals.
CO5 Evaluate the performance of project and take appropriate actions to improve it.
Course Outcome-At the end of course,student will be able to
CO1 Calculate the heat loss in given time duration for a composite wall
CO2 Analyse the pipe geometry for effective heat exchanger design.
CO3 Apply the radiation concepts to find the heat exchange from a human body
CO4 Calculate the heat loss by convection and conduction of a legged material
Course Outcome-At the end of course,student will be able to
CO1 Solve synchromesh and synchronous gearBox numerical problems.
CO2 Acquire knowledge and hands-on competence in the design and development of automobile.
CO3 Demonstrate the working of suspension systems.
CO4 Calculate the steering angle of a automobile.
Course Outcome-At the end of course,student will be able to
CO1 Illustrate the importance of computers in computer integrated manufacturing
CO2 Create the geometric models from different mathematical approaches.
CO3 principle and components of numerical controls.
CO4 illustrate program for manufacturing of parts in CNCs.(Approved)
CO5 categorise the concept of group technology and its applications in industries.
Course Outcome-At the end of course,student will be able to
CO1 Illustrate the importance of industrial management for any organisation.
CO2 Interpret the importance of human resource management and how it can help for organisational performance
CO3 integrate the human resource management with industrial management
CO4 Apply the mnagement information system and their element in practice
CO5 Relate the importance of flexibility in operation , process and corporate strategy
Course Outcome-At the end of course,student will be able to
CO1 Analyze basic principles of ergonomics for comfort condition
CO2 Apply knowledge of the sciences of human factors and workplace ergonomics.
CO3 Formulate the human factors and workplace ergonomics problems
Course outcome : 315611 - Entrepreneurship Skills
Course outcome : 315612 - Project ‐ IV
Course Outcome : 315705A-Ergonomics
Semester - 7
Course Outcome : 315701-Heat & Mass Transfer
Course Outcome : 315702-Automobile Engineering
Course Outcome : 315703-CAD/CAM
Course Outcome : 315704-Industrial Management
CO4Apply the techniques, skills, and modern human factors and workplace ergonomics tools necessary for industrial and
systems engineering practice
Course Outcome-At the end of course,student will be able to
CO1 Analyze principles, functions and practices adopted industry for the successful management of maintenance activities
CO2 Understand the various maintenance and logistic means or the execution of various services
CO3 Format the hazard models, system reliability, improvement and redundancy
CO4 Apply the maintenance planning, scheduling, budgeting and control techniques for the institution
Course Outcome-At the end of course,student will be able to
CO1 Apply the basic material handling equipments and material handling principle.
CO2 Apply quantitative techniques used in material handling system.
CO3 Evaluate the unit and bulk material handling concepts.
CO4 Analyze the transportation optimization and automated guided vehicles.
CO5 Create the regulations and the safety techniques in the industries.
Course Outcome-At the end of course,student will be able to
CO1 Apply the safety philosophy and principles of accident prevention.
CO2 Analyze the development of safe working condition
CO3 create the the safety precaution in operation and maintenance.
CO4 Evaluate the safety planning in storage and emergency planning.
Course Outcome-At the end of course,student will be able to
CO1 Apply the concept of product life cycle management in Engineering problems
CO2 Analyze material and manufacturing process selection methods in design and design cost estimation.
CO3 Illustrate the concept of design for ‘X’CO4 Analyze a product by using reverse engineering method
Course Outcome-At the end of course,student will be able to
CO1 Determine the thermal conductivity of a composite wall of circular cross section
CO2 Calculate the critical heat flux of nichrome wire submerged in water.
CO3 Calculate the thermal conductivity of insulating powder material for variable heat inputs.
CO4 Determine the heat transfer coefficient in natural convection.
CO5 Compute the emissivity and the stefan Boltzmann constant value.
Course Outcome-At the end of course,student will be able to
CO1 Analyze the performance of automobile suspension system
CO2 Demonstrate the automobile chasis , frame , brake , suspension system and transmission system.
CO3 Demonstrate the ability to identify and solve automobile engineering maintenance problems.
CO4 Design and develop new technology in automobile industry.
Course Outcome-At the end of course,student will be able to
CO1 analyze the different features in CAD software.
CO2 demonstrate 2D drafting of machine components.
CO3 demonstrate 3D drafting of machine components.
CO4 analyze one dimensional finite element problem for stress and strain in machine component.
CO5 execute the manual and computer assist program for manufacturing of parts in CNCs.
Course Outcome-At the end of course,student will be able to
Course Outcome : 315705B-Maintenance Engineering
Course Outcome : 315705C-Material Handling System
Course Outcome : 315705D-Safety Engineering
Course Outcome : 315705 E-Concurrent Engineering
Course Outcome : 315706-Heat & Mass Transfer Lab
Course Outcome : 315707-Automobile Engineering Lab
Course Outcome : 315708-CAD/CAM Lab
Course Outcome : 315709-Value Education -I
CO1 Apply the core values and their relations for satisfaction and happiness.
CO2Relate the society and the process of socialization with the reference to the culture and religion and nature, and
feeling of different relations in the family and kinship and responsibility to them.
CO3 Apply realization in body and mind, self consciousness and physical consciousness
CO4Analyze lifelong exercise so that they can fulfill their responsibility towards themselves, the family,the society, the
planet.
Course Outcome-At the end of course,student will be able to
CO1 Access reasoning proficiency and related problems.
CO2 Learn basic mathematical proficiency and related problems
CO3 Develop writing skill and communication skill for professional audit and reports.
CO4 Classify the key skills and behaviours required to facilitate a group discussion and interview.
Course Outcome-At the end of course,student will be able to
CO1Acquire the ability to make links across area of knowledge and to generate, develop and evaluate ideas and
information so as to apply these skills to the project task.
CO2Acquire the skills to communicate and present ideas clearly and coherently to specific audience in both the written
and oral forms.
CO3 Analyze on their own, reflect on their learning and take appropriate actions to improve it.
CO4 Acquire collaborative skills through working in a team to achieve the project learning goals.
Course Outcome-At the end of course,student will be able to
CO1 Analyze the robot & robotics, robotic sensor and future of robots
CO2 Resolve the coordinate frames , mapping and transformation problems image processing,image Acquisition and
vision controlled sensor for robot design
CO3 Apply the link and joint parameters and DH notation to calculate the motion of any links.
CO4 Apply the knowledge of the robot design in domestic and industrial area and for benefit of the society.
Course Outcome-At the end of course,student will be able to
CO1 Evaluate refrigerants properties by using the refrigeration table
CO2 Compute the air conditioning requirements for summer and winter weather conditions.
CO3 Analyze refrigeration cycles and use appropriate refrigerant for obtaining maximum coefficient of performance.
CO4 Compute the performance of the simple refrigerator and air conditioning system by using refrigeration table and
psychrometric charts.
Course Outcome-At the end of course,student will be able to
CO1 Analyze non- conventional energy resources to minimize the energy requirement problems.
CO2 Calculate the propulsion power ,efficiency of rocket engines
CO3 Relate the power generation capacities of the wind energy system and tidal energy system.
CO4 Calculate the performance of the flat plate focusing collector.
Course Outcome-At the end of course,student will be able to
CO1 Analyze the source of pollution and effect of pollution in ozone layer
CO2 Apply the knowledge of Environmental pollution control for the solid waste and E-waste management.
CO3 Select the suitable method to minimize the nucleare, soil, air and noise pollution.
CO4 Evaluate the water sampling and process of water treatment for water waste management.
Course Outcome-At the end of course,student will be able to
CO1 Illustrate the importance of quality and quality control & role of statistical quality control in Engineering.
CO2 Apply the knowledge of Quality assurance in engineering projects.
Semester - 8
Course Outcome : 315801-Robotics
Course Outcome : 315802-Refrigeration and Air-conditioning
Course Outcome : 315803-Energy Conversion System
Course Outcome : 315804-Environmental Pollution & Control
Course Outcome : 315805A-Quality Control
Course Outcome : 315710-General Proficiency – I
Course Outcome : 315711-Project - V
CO3 Develop the quality management philosophies and frameworks
CO4 Apply the concepts of quality control for the limits and tolerance purpose.
CO5 Compute the quality assurance by vendor quality rating method.
Course Outcome-At the end of course,student will be able to
CO1 Detect the sensor scanning system to overcome limitation of fixed sensors on robotic applications
CO2 Illustration of 5 axis arm robot by programming for material handling
CO3 Calculate work volume for Articulated type 5 axis arm Robot.
CO4 Comparison of different types of sensory devices in robotic area.
Course Outcome-At the end of course,student will be able to
CO1 Calculate the Coefficient of Performance of the air conditioning test Rig using R-22 as a working fluid.
CO2 Compute the Coefficient of Performance Of the Refrigeration test Rig for different operating conditions.
CO3 Evaluate the Coefficient of Performance of the Refrigeration test Rig working with a capillary expansion device.
CO4 Compute the Coefficient of Performance of the Refrigeration test Rig working with a thermostatic expansion device.
Course Outcome-At the end of course,student will be able to
CO1 Calculate the efficiency and performance of a Flat Plate solar Collector.
CO2 Calculate the Performance of a Photovoltaic Solar Panel
CO3 Compute the performance of the Solar water heater.
CO4 Compare Flat plate solar collector , and solar water heater performances.
Course Outcome-At the end of course,student will be able to
CO1 Apply the knowledge of managerial skills for overall personality development.
CO2 Create knowledge about format the research paper, various citations formats and plagiarism.
CO3 Develop the verbal and non- verbal reasoning proficiency.
CO4 Assessment of IQ and EQ level, time management, public speaking and negotiation skills.
Course Outcome-At the end of course,student will be able to
CO1 Acquire the ability to make links across area of knowledge and to generate, develop and evaluate ideas and
information so as to apply these skills to the project task.
CO2 Acquire the skills to communicate and present ideas clearly and coherently to specific audience in both the written
and oral forms.
CO3 Analyze on their own, reflect on their learning and take appropriate actions to improve it.
CO4 Acquire collaborative skills through working in a team to achieve the project learning goals.
Course Outcome-At the end of course,student will be able to
CO1 Calculate the value engineering cost and life cycle in job planning.
CO2 Apply the value engineering methodology to for training and development.
CO3 Analyze the Value engineering operations in maintenance and repair activities.
CO4 Apply the knowledge of the value standards, cost, life cycle in engineering problems.
Course Outcome-At the end of course,student will be able to
CO1 Analyze vacuum techniques for cryogenic application and select the suitable material for Cryogenic application.
CO2 Evaluate the suitable method for production of high vacuum in a cryogenic system.
CO3 Select the suitable method of gas separation for the gas purification purpose.
CO4 Apply the knowledge of cryogenic engineering for Industrial applications.
Course Outcome-At the end of course,student will be able to
Course Outcome : 315804C-Cryogenic Engineering
Course Outcome : 315804D-Nuclear Power Plant
Course Outcome : 315806-Robotics Lab
Course Outcome : 315807-Refrigeration and Air-conditioning Lab
Course Outcome : 315808-Energy Conversion System Lab
Course Outcome : 315809-General Proficiency – II
Course Outcome : 315810-Project - VI
Course Outcome : 315804B-Value Engineering
CO1 Apply the knowledge of Nuclear energy for reducing the energy problem.
CO2 Analyze the suitable structure material for the Nuclear power plant for a climate-friendly source of energy.
CO3 Differentiate the application and limitation of nuclear reactors
CO4 Analyze the problem of Nuclear waste management to find out suitable method of nuclear energy production.
Course Outcome-At the end of course,student will be able to
CO1 Evaluate the method of Constructing the Optimal Target Investment Schedule.
CO2 Apply the Thirty nine steps of energy management for energy Audit
CO3 Calculate the material, energy balance and energy action planning.
CO5 Apply the knowledge of energy Audit to resolve the problem of energy management in a power plant.
Course Outcome-At the end of course,student will be able to
CO1 Illustrate Product Development Process and its importance
CO2 Illustrate the basic procedure of product manufacturing and various phases involved in it.
CO3 Apply the product design methodology for graphics and packaging
CO4 Design the Ergonomic needs, Aesthetic needs, impact, assessing the quality.
Course Outcome-At the end of course,student will be able to
CO1 Calculate the effect of vibrations in two degree freedom.
CO2 Identify methods for reducing vibration for damping devise
CO3 Illustrate working principle of vibration measuring devices and analyser.
CO4 Calculate the natural frequency of vibration in torsion.
Course Outcome-At the end of course,student will be able to
CO1 Analyze the metal matrix composite, polymer matrix composite and ceramics matrix composites.
CO2 Create a composite material by applying the techniques of fabrication and testing.
CO3 Illustrate the elastic response of anisotropic material for heat and stress applications.
CO4 Apply the knowledge of composite material formation methods to find the multi-angle composite laminates.
Course Outcome-At the end of course,student will be able to
CO1 Apply the knowledge of finite element method to solve the fluid dynamics problems.
CO2 Calculate the stiffness of a Beam, shell and plates by using the stiffness matrix method.
CO3 Apply the finite element analysis for plane stress and plane strain problem
CO4 Apply the concept of matrix in solving fluid dynamics problem.
Course Outcome : 315805E-Finite Element Methods
Course Outcome : 315804E-Energy Management and Audit
Course Outcome : 315805B-Product Design and Development
Course Outcome : 315805C-Mechanical Vibrations
Course Outcome : 315805D-Composite materials
CO1 Understand the fundamentals of elctrical engineering
CO2 Analyze the basics of DC and AC circuit.
CO3 Understand the working of transformers.
CO4 Understand basic elctronic components and circuits.
CO1 Apply theorems on electrical circuits.
CO2 Evaluate the performance of energy meter.
CO3 Create the electrical switch board.
CO1 Understand the fourier series for even and odd function.
CO2 Evaluate the complex functions by using cauchy's integral theorm.
CO3 Understand and solve sampling techniques for probabilitsic and non-probabilistic sample.
CO4 Evaluate the error in different types of sampling by using chi - squares, t, z and F- test.
CO1 Understand the construction and features of DC generators.
CO2 Evaluate load characteristics of DC generators.
CO3 Understand the basic principles of DC motors.
CO4 Apply speed control methods to DC motors.
CO1 Understand the characteristics of PN junction diode.
CO2 Analyze the modes and biasing circuits of BJT
CO3 Understand the operation of MOSFET.
CO4 Create and fabricate integrated circuit boards.
CO1 Understand the different number systems used in digital system.
CO2 Apply theorems to digital number system.
CO3 Understand operation of combinational and sequential circuits.
CO4 Analyze the memory devices.
CO1 Understand the fundamentals of different theorems.
CO2 Analyze the steady and transient state of a circuit.
CO3 Evaluate the two port networks.
CO4 Create and understand the basics of filters.
CO1 Remember the concepts and vocabulary of physics.
Course Outcome: 302302- Electrical Machines-I
At the end of course, student will be able to
Course Outcome: 302303- Electronic Devices and Circuit
At the end of course, student will be able to
Course Outcome: 302304- Digital Electronics and Logic Design
At the end of course, student will be able to
Course Outcome: 300105- Basic Electrical and Electronics Engineering
At the end of course, student will be able to
Course Outcome: 300111- Basic Electrical and Electronics Engineering Lab
At the end of course, student will be able to
Course Outcome: 302301- Applied Mathematics-III
At the end of course, student will be able to
Course Outcome: 302305- Network Analysis
At the end of course, student will be able to
Course Outcome: 302306- Electromagnetic Field Theory
At the end of course, student will be able to
SCHOOL OF ENGINEERING & RESEARCH
B. Tech Electrical and Electronics Course Outcomes
CO2 Analyze the problems involving electrical and magnetic forces to field.
CO3 Create problem solving strategies that emphasize qualitative analysis.
CO4 Apply mathematical methods to real life problems.
CO1 Analyze and troubleshoot the operation of DC machines.
CO2 Understand the usability of measuring instruments.
CO3 Understand the different types of machines.
CO1 Understand the characteristics of diode and transistor.
CO2 Evaluate the performance of the rectifier with filters.
CO3 Analyze the operation of oscillators.
CO1 Apply the boolean laws to gate operation.
CO2 Create the multiplexers and de multiplexers.
CO3 Create circuits of flip flop and counters.
CO1 Understand the basic tools used in electrical repair and maintenance.
CO2 Create the staircase and godown wiring.
CO3 Understand the process of installation of electrical equipments.
CO1 Understand the basics of case studies.
CO2 Apply the methods to solve any case.
CO3 Analyse the impact of case to the society.
CO1 Understand the basic problems of the near by environment.
CO2 Create a acceptable solution for the problem.
CO3 Apply the knowledge of subjects learnt in the course.
CO1 Evaluate the first and second order numerical differentiation and their uses in engineering problems.
CO2 Understand and solve numerical integration by Gauss quadrature formula, Trapezoidal rule.
CO3 Evaluate the numerical solution of ordinary and partial differential equations by different methods.
CO4 Understand and find the numerical solutions of simultaneous linear equations.
CO1 Understand the basic operation and characteristics of synchronous machines.
CO2 Analyze the various parameters responsible for performance of synchronous machines.
CO3 Evaluate the different losses in synchronous machines.
CO4 Understand the speed control techniques for synchronous machines.
CO1 Understand the PMMC instruments and instrument transformers.
CO2 Evaluate the AC bridges for measurement of bridge configurations.
Course Outcome: 302308- Electronic Devices and Circuit Lab
At the end of course, student will be able to
Course Outcome: 302309- Digital Electronics and Logic Design Lab
At the end of course, student will be able to
Course Outcome: 302310- Electrical Engineering Workshop Lab
At the end of course, student will be able to
Course Outcome: 302307- Electrical Machines-I Lab
At the end of course, student will be able to
Course Outcome: 302402-Electrical Machines- II
At the end of course, student will be able to
Course Outcome: 302403-Electrical Measurements and Instruments
At the end of course, student will be able to
Course Outcome: 302311- Report Writing
At the end of course, student will be able to
Course Outcome: 302312- Project ‐ IAt the end of course, student will be able to
Course Outcome: 302401-Numerical Analysis
At the end of course, student will be able to
CO3 Analyze the working of oscilloscopes.
CO4 Understand the operation of transducers.
CO1 Understand basics of control system modelling.
CO2 Analyze the response of system in time and s domain.
CO3 Evaluate the criteria of stability for the system.
CO4 Understand the design of compensators.
CO1 Analyze the errors in measuring instruments.
CO2 Understand the operation of active and passive transducers.
CO3 Analyze the objectives of Data Acquisition System.
CO4 Apply the measurement techniques through oscillographs.
CO1 Analyze the signals through amplifiers.
CO2 Understand the common configuration of amplifiers.
CO3 Understand the construction and working of OPAMP.
CO4 Evaluate the application of OPAMP to different devices.
CO1 Analyze the V and inverted V curves of synchronous machine.
CO2 Evaluate the various tests performed on synchronous machine.
CO3 Evaluate the parameters of synchronous machine through tests.
CO1 Understand the callibration of electrical equipments.
CO2 Evaluate the parameters of AC bridges.
CO3 Analyze and measure the values of different types of resistance.
CO1 Evaluate the performance of various industrial controllers.
CO2 Understand the characteristics of amplifiers and servo motors.
CO3 Analyze the programmable logic controller and its application.
CO1 Understand the application of multivibrators.
CO2 Understand the design of clipper and clamper circuits using diodes.
CO3 Remember the various configurations of amplifier using OPAMP.
CO1 Understand the human values and their role for building a society.
CO2 Understand the values of friends and family and other relationships.
CO3 Apply the beahaviour by understanding the basic concepts of nature, mind and soul.
CO1 Apply subject knowledge to analyze the problem.
CO2 Analyze the importance of team work in problem solving.
Course Outcome: 302404- Control System Engineering
At the end of course, student will be able to
Course Outcome: 302408- Electrical Measurements and Instruments Lab
At the end of course, student will be able to
Course Outcome: 302409- Control System Engineering Lab
At the end of course, student will be able to
Course Outcome: 302410- Analog and Integrated Circuits Lab
At the end of course, student will be able to
Course Outcome: 302405- Instrumentation Techniques
At the end of course, student will be able to
Course Outcome: 302406- Analog and Integrated Circuits
At the end of course, student will be able to
Course Outcome: 302407- Electrical Machines- II Lab
At the end of course, student will be able to
Course Outcome: 302411- Value Education
At the end of course, student will be able to
Course Outcome: 302412- Project ‐ IIAt the end of course, student will be able to
CO3 Create the innovative solutions to problem faced during project planning.
CO1 Understand difference between mathematical logic and fuzzy logic and their uses in different areas.
CO2 Understand problem and solution of combinations.
CO3 Understand application of partial differential equation in the field of engineering.
CO4 Understand and evaluate problems related to vector calculus and their application in the respective domain.
CO1 Understand construction and operating principle of transformer and special ac rotating machines
CO2Apply knowledge on various characteristics of transformer and special ac rotating machines for different operating
conditions.
CO3 Evaluate performance parameters of single phase & three phase transformers.
CO4 Analyze and select electrical machines for specific application.
CO1 Remember the role of power Electronics as an enabling technology in various applications.
CO2 Apply the characteristics of SCR, BJT, UJT, MOSFET, FET and IGCT.
CO3 Understand the power electronic converters in power control applications.
CO4 Understand, simulate and design the phase controlled rectifier and chopper.
CO1 Understand the basic architecture of 16 bit and 32 bit microprocessor.
CO2 Understand the interfacing of 8085 microprocessor with memory and peripheral chips involving system design.
CO3 Apply skill in program writing for 8085 microprocessor.
CO4 Understand various hardware and software interrupts.
CO1 Apply both continuous time and discrete-time periodic signal as a fourier series.
CO2 Apply the Fourier transform and the Laplace transform to analyze continuous time signals and systems.
CO3 Remember the role of convolution in the analysis of linear time invariant systems.
CO4 Evaluate use of convolution to determine the response of linear systems to arbitrary inputs.
CO1 Analyze elements and their functions in conventional and non conventional power plant.
CO2 Understand the major components of transmission and distribution system and its practical significance in the field.
CO3 Analyze the various performance parameters of underground transmission systems.
CO4 Analyze the different configuration of transmission lines.
CO1Analyze the working of single phase and three phase transformer using mathematical model under loaded and
unloaded conditions.
CO2 Knowledge of troubleshoot the operation of transformer.
CO3 Apply testing and experimental procedures on different types of transformers.
CO4 Knowledge of suitable transformer for specific applications.
CO1 Understand the basic operation and analyze the characteristics of various power electronics devices.
CO2 Analyze the various power electronics circuits used in industries.
Course Outcome: 302502- Electrical Machine-III
At the end of course, student will be able to
Course Outcome: 302503- Power Electronics
At the end of course, student will be able to
Course Outcome: 302504- Microprocessor
At the end of course, student will be able to
Course Outcome: 302501- Advanced Engineering Mathematics
At the end of course, student will be able to
Course Outcome: 302508-Power Electronics Lab
At the end of course, student will be able to
Course Outcome: 302505- Signal and System
At the end of course, student will be able to
Course Outcome: 302506- Power System-I
At the end of course, student will be able to
Course Outcome: 302507-Electrical Machine-III Lab
At the end of course, student will be able to
CO3 Apply power electronic circuits for different loads and operating conditions.
CO4 Create power electronics controlled projects.
CO1 Understand the various 8085 microprocessor kits and its execution process.
CO2 Understand and apply the fundamentals of assembly level programming of microprocessor.
CO3 Create the troubleshoot interactions between hardware and software.
CO1 Apply system dynamics using impulse response, transfer functions and state variables representations.
CO2 Create software simulations of various signals in MATLAB.
CO3 Evaluate the signal and system model parameters from input and/or output data.
CO1 Understand and analyze the working environment of industries.
CO2 Evaluate the real time problems of industries and solve those problems in next semester project.
CO1 Apply the technical knowledge of their selected project topic.
CO2 Understand the industrial problem identification, formulation and solution.
CO1 Evaluate the transportation and assignment problems
CO2 Understand concept of queueing theory and their applications in our daily life.
CO3 Understand and solve problem related to game theory.
CO4 Understand problems related to network analysis in the filed of research and daily life.
CO1 Understand the architecture and working of 8051 microcontroller.
CO2 Apply knowledge of mathematics, engineering to understand concepts in microcontroller based system
CO3 Analyze a problem and formulate appropriate computing solution for microcontroller based applications
CO4 Apply the programming to the embeded system
CO1 Understand the High voltage AC transmission system
CO2 Analyze methods of generation of high AC voltage .
CO3 Evaluate the losses in transmission.
CO4 Evaluate difference between HVAC and HVDC.
CO1 Understand the High voltage DC transmission system.
CO2 Analyze the HVDC Converters.
CO3 Apply the methods to generate and measure the HVDC systems
CO4 Evaluate difference between HVAC and HVDC.
CO1 Understand the AC and DC drive system.
CO2 Analyze the AC drive system suitable for different industries.
CO3 Understand the feedback control systems.
Course Outcome: 302509-Microprocessor Lab
At the end of course, student will be able to
Course Outcome: 302510-Signal and System Lab
At the end of course, student will be able to
Course Outcome: 302602-Microcontroller
At the end of course, student will be able to
Course Outcome: 302603-HVAC
At the end of course, student will be able to
Course Outcome: 302604-HVDC
At the end of course, student will be able to
Course Outcome: 302511-Vocational Training -I
At the end of course, student will be able to
Course Outcome: 302512-Project ‐ IIIAt the end of course, student will be able to
Course Outcome: 302601-Operation Research Techniques
At the end of course, student will be able to
Course Outcome: 302605-Electrical Drives
At the end of course, student will be able to
CO4 Understand the electrical traction system.
CO1 Understand the different types of load in power system
CO2 Analyze the load dispatch system on the basis of calculation
CO3 Evaluate the load in economic load dispatch.
CO4 Understand the Tariff system in electrical
CO1 Understand the concepts of Assembly level language programming and its applications.
CO2 Create the assembly level programming using 8051 instruction set.
CO3 Analyze abstract problems and apply a combination of hardware and software to address the problem.
CO1 CO1 Understand the basics of E-CAD.
CO2 CO2 Analyze the symmetrical and unsymmetrical faults.
CO3 CO3 Evaluate the modelling of electrical system in E CAD.
CO1 Apply practical concepts and techniques in Electrical systems.
CO2Create awareness among students about domestic wiring, the functioning of various electrical apparatus and the
safety measures.
CO3 Understand the basic measurement of current, voltage, power, energy and frequency in Electrical systems.
CO4 Apply thepractical operation and design aspects of transformer, circuit breaker, relays and insulator.
CO1 Knowledge of MATLAB software for Lab Experimentation.
CO2 Create programming & simulation for engineering problems.
CO3 Create and simulate basic electrical circuit in Simulink.
CO1 Understand to importance of Entrepreneurship Skills in engineering.
CO2 Analyze various business case studies.
CO3 Understand the various aspect of Business practices.
CO1 Knowledge of electrical and electronics engineering through practical implementation.
CO2 Create the team work and project management practices.
CO3 Understand the ability to present and defend project work to a panel of experts.
CO4 Understand how to write research paper after completion of project.
CO1 Understand the economic operation of power system.
CO2 Analyze the formulation of Hydro-Thermal Scheduling.
CO3 Understand the voltage control methods and its operation
CO4 Understand the operation and control of power flow
CO1 Understand the different types of faults in electrical system
Course Outcome: 302608-Electrical-CAD Lab
At the end of course, student will be able to
Course Outcome: 302609-Microcontroller Lab
At the end of course, student will be able to
Course Outcome: 302610-MATLAB Simulink
At the end of course, student will be able to
Course Outcome: 302606-Power System-II
At the end of course, student will be able to
Course Outcome: 302607-Microcontroller Lab
At the end of course, student will be able to
Course Outcome: 302702-Power System Analysis
At the end of course, student will be able to
Course Outcome: 302611-Entrepreneurship Skills
At the end of course, student will be able to
Course Outcome: 302612-Project-IV
At the end of course, student will be able to
Course Outcome: 302701-Power System Operation and Control
At the end of course, student will be able to
CO2 Analyze the load flow studies using different methods.
CO3 Analyze the power system stability using formulation.
CO4 Analyze the equal area criteriaa for machine.
CO1 Understand the protective power system via different protection equipments.
CO2 Knowledge about the fuse, relays and circuit breakers for different rating.
CO3 Remember the different protection schemes in motor, generator and transformer.
CO4 Knowledge of different schemes of busbar system
CO1 Understand the usage of FACTS devices in power system.
CO2 Understand the simulation of FACTS device in MATLAB Simulink.
CO3 Analyze the power quality issues and the suitable FACTS device to be used
CO4 Create work on advanced FACTS devices with the help of the basic version.
CO5 Analyze the Harmonics and its elimination filters.
CO1 Understand the concept of pre planning before load forecasting.
CO2 Analyze the different forecasting modeling using formulation.
CO3 Create the load forecast using simulation.
CO4 Evaluate the terms required for planning of power system.
CO1 Understand the concept of lightning.
CO2 Apply the insulation coordination of HV substations and transmission lines
CO3 Understand the dynamics of rotating machines.
CO4 Analyse the transient conditions occuring in power system.
CO1 Understand the concept of medical instruments.
CO2 Analyze the different measuring instruments in medical field.
CO3 Knowledge of different electrical parameters being measured.
CO4 Apply the knowledge in creating equipments based on sensors.
CO1 Understand the basics of linear control system.
CO2 Knowledge of different methods of non-linear dynamically system.
CO3 Analysis of Lyapunov stability analysis
CO4 Evaluate the system comprising of non linearities.
CO1 Understand the pollution with more in depth knowledge.
CO2 Knowledge of different types of pollution.
CO3 Knowledge of control methods of pollution.
CO4 Apply the ISO 14001 for environment management system
CO1 Understand the basic functions of power system in AUTOCAD
CO2 Evaluate the power system fault in AutoCAD
Course Outcome: 302703-Switch Gear and Protection
At the end of course, student will be able to
Course Outcome: 302704-FACTS
At the end of course, student will be able to
Course Outcome: 302705d-Fundamental of Digital and Non Linear Control System
At the end of course, student will be able to
Course Outcome: 302705e-Environmental Studies
At the end of course, student will be able to
Course Outcome: 302706-PSCAD Lab
At the end of course, student will be able to
Course Outcome: 302705a-Power System Planning
At the end of course, student will be able to
Course Outcome: 302705b-Electrical Transients in Power System
At the end of course, student will be able to
Course Outcome: 302705c-Bio-Medical Instrumentation
At the end of course, student will be able to
CO3 Realize the fault current in LL, LG, LLL and LLG faults of an alternator.
CO1 Understand the basic functions of ETAP.
CO2 Learn the symmetrical and unsymmetrical fault by formulation.
CO3 Create the power system analysis in ETAP
CO1 Analyze the relay parameters and its working
CO2 Understand the characteristics of Overcurrent relay by experiments
CO3 Understand the under frequency and over frequency of alternator.
CO4 Analyze the working of fuse and circuit breaker.
CO1 Understand the method of report writing for vocational training.
CO2 Knowledge of writing the report.
CO3 Create the report of the industrial training.
CO4 Analyze the work performed by students in industries by individual presentation.
CO5 Apply the student knowledge in project and simulation work.
CO1 Understand to develope the managarial skills and overall persanality development.
CO2 Understand to enhance the english language and vocabulary.
CO3 Apply writing skill developement for proffesional audit and reports.
CO4 Apply reasoning proficiency and general mathematical proficiency
CO1 Apply the method with full understanding of basics.
CO2 Create the team work during project.
CO3 Create the innovative and leading project.
CO4 Create the research paper regarding the project
CO1 Understand the technical and physical principles of solar cells and solar collectors.
CO2Evaluate the required size of solar collector and solar cell system from need of power and energy by using
computerised tools.
CO3 Analyze critical comparisons of different solar energy systems.
CO4 Analyse the operation of solar energy with hybrid power generation.
CO1 Analyze the cost estimation of solar energy system
CO2 Understand the working and principle of thermal power plant.
CO3 Understand recognized standards utilized in the design and operation of power plant equipment.
CO4 Apply and present topical issues relevant to power plant design and operations.
CO1 Understand the components and concepts of utilization of electrical Energy.
CO2Knowledge of different electrical energy system applications and execution design methods and techniques for
lighting, heating and traction systems.
CO3 Understand the electric Welding.
Course Outcome: 302710-General Proficiency-I
At the end of course, student will be able to
Course Outcome: 302711-Project ‐ VAt the end of course, student will be able to
Course Outcome: 302801-Solar Electrical Energy
At the end of course, student will be able to
Course Outcome: 302707-ETAP Lab
At the end of course, student will be able to
Course Outcome: 302708-Switch Gear and Protection Lab
At the end of course, student will be able to
Course Outcome: 302709-Vocational Training-II
At the end of course, student will be able to
Course Outcome: 302802-Power Plant Engineering
At the end of course, student will be able to
Course Outcome: 302803-Utilization of Electrical Energy
At the end of course, student will be able to
CO4 Understand the mechanics of Train movement.
CO1 Apply the conservation of energy and its management, energy planning, and energy economics.
CO2 Understand the architecture of SCADA system and software protocol.
CO3 Apply SCADA system in automation.
CO4 Apply the energy management while designing system.
CO1 Understand the recent development of power grids, i.e. smart grid.
CO2 Apply the advanced analysis tools in planning and operation of smart grids.
CO3 Knowledge about technology for microgrids and integration of renewable energy and energy storage.
CO4 Evaluate the modern technologies in designing of smart grid.
CO1 Understand the Substation automation functions and architectures.
CO2 Apply the most appropriate networking components for substation automation.
CO3 Apply the optimization techniques for energy management.
CO4 Analyse the modern techniques in substation automation.
CO1Understand various non-conventional sources of energy like wind, biomass etc. and its applications in urban and
rural areas.
CO2 Understand the importance of renewable energy sources for the present era.
CO3 Understand and pursue further research work behind the development of hybrid system.
CO4 Evaluate the importance of non conventional sources.
CO1 Understand the working and principle of various conventional power plant.
CO2 Knowledge and understanding of the power plant components.
CO3 Analyze to select suitable site for conventional power plant.
CO4 Evaluate the difference between non conventional and conventional sources.
CO1 Understand the basic block diagram of PLC
CO2 Analyze the ladder diagram for process flow.
CO3 Evaluate the interfacing of devices to PLC system.
CO4 Analyse the use of controller in industries.
CO1Understand the concepts of fuzzy sets, knowledge representation using fuzzy rules, approximate reasoning, fuzzy
inference systems, and fuzzy logic control and other machine intelligence applications of fuzzy logic.
CO2 Understand the various neural network and the applications of these models to solve engineering problems.
CO3 Understand the concept of uncertainity in various parameters.
CO4 Apply the concept of intelligent system to machines.
CO1 Understand the design of various parts of DC machines and solve the problems of design.
CO2Understand the design concepts of induction and synchronous machines and solve the problems related to design.
Course Outcome: 302804b-Smart Grid Technology
At the end of course, student will be able to
Course Outcome: 302804c-Substation Automation
At the end of course, student will be able to
Course Outcome: 302804d-Non-Conventional Sources of Energy
At the end of course, student will be able to
Course Outcome: 302804a-Energy Management System
At the end of course, student will be able to
Course Outcome: 302805c-Design of Electrical Machines
At the end of course, student will be able to
Course Outcome: 302804e-Conventional Sources of Energy
At the end of course, student will be able to
Course Outcome: 302805a-Programmable Logic Controllers
At the end of course, student will be able to
Course Outcome: 302805b-Intelligent Systems and Control
At the end of course, student will be able to
CO3 Understand the design concepts of transformers and know about how to design the parts.
CO4 Understand the terms required for designing of machines.
CO1 Understand the concepts of feed forward neural networks.
CO2 Understand about the feedback neural networks.
CO3Analyze about the concept of fuzziness involved in various systems. To provide adequate knowledge about fuzzy set
theory
CO4 Analyse the difference between operation of neural network and fuzzy controller.
CO1 Understand the working and principle of hybrid electric Vehicles.
CO2 Create the hybrid configuration.
CO3 Evaluate the appropriate power electronic controllers.
CO4 Understand the terms related to formation of electrical vehicles.
CO1 Understand the basic simulation on Mi-Power environment.
CO2 Analyze virtually abnormal conditions in power system.
CO3 Simulate the transmission process in software.
CO1 Understand the various PV module and solar collectors.
CO2 Analyze performance parameters of solar PV system and solar collectors.
CO3 Apply the knowledge in solar power operation.
CO1 Analyze the types of logical expressions.
CO2 Evaluate the different operations using ladder diagram.
CO3 Understand the automation process in industries.
CO1 Create and write technical report, scientific terminology, format of Research papers.
CO2 Understand the leadership concepts and team works.
CO3 Understand the coding and decoding, number ranking and making judgment.
CO4 Learn to advanced mathematical proficiency
CO1Apply to pursue their interest in Electrical & Electronics Engineering, through design, research, theoretical and
experimental approach.
CO2Create comprehensive solution to issues identified in previous semester work and to meet the requirements as stated
in project brief.
Course Outcome: 302809-General Proficiency-II
At the end of course, student will be able to
Course Outcome: 302810-Project ‐ VI
At the end of course, student will be able to
Course Outcome: 302806-Mi Power
At the end of course, student will be able to
Course Outcome: 302807-Solar Electrical Energy Lab
At the end of course, student will be able to
Course Outcome: 302808-Programmable Logic Controllers Lab
At the end of course, student will be able to
Course Outcome: 302805d-Artificial Neural Network & Fuzzy System
At the end of course, student will be able to
Course Outcome: 302805e-Introduction to Hybrid and Electric Vehicles
At the end of course, student will be able to
Course Outcomes : At the end of course, Student will able to
CO1 Recall matrix operation and their properties.
CO2 solve homogeneous and non homogeneous equations and their consistency.
CO3 find differentiation of any order and their expansion in the form of series
CO4 understand partial and ordinary differentiation and difference between ODE and PDE.
CO5 Evaluate tracing of simple curve and their asymptotes.
CO6 solve beta gamma functions and solve differentiation under integration.
CO7 Remember complex number, roots, power and different types of trigonometric function in the form of complex.
Course Outcomes : At the end of course, Student will able to
CO1 understand the knowledge of methods of chemical analysis.
CO2 understanding the synthesis, properties and application of commercial polymers.
CO3 know the basics of solid state and types and manufacturing process of cement.
CO4 Have any fundamental understanding of basic physics concepts and its applications in any day to day life, Explain
types of waves and interference of light and explain the utilizations of the electron beams in modern technologies
such s CRT, SEM, etc.
CO5 Analyze the intensity variation of light due to Polarization, interference and diffraction. Demonstrate the knowledge
in ultrasonic applications and its importance.
CO6 Calculate Q-value of nuclear reactions and describe particle detectors and accelerators.
Course Outcomes : At the end of course, Student will able to
CO1 Understand the role and area of civil engineering.
CO2 Know basic materials used in construction and foundation.
CO3 determine the workability of concrete.
CO4 determine the area, angle and elevation by using various different surveying equipments.
CO5 Concept of planning for the built environment.
Course Outcomes : At the end of course, Student will able to
CO1 Understand the basic laws of mechanics and apply these concepts to calculate forces in coplanar force system using
analytical and graphical techniques.
CO2 Understand the truss and friction and apply these concept to find the axial forces in trusses and frictional forces.
CO3 Develop any understanding of centroid and moment of inertia and apply it in practical problems.
CO4 Understand the kinematics and apply these concepts to find the displacement, velocity and acceleration for practical
problems.
CO5 Develop any understanding of the kinetics and apply their concept to find force, acceleration, impulse and
momentum in kinetic problems.
Course Outcomes : At the end of course, Student will able to
CO1 understand fundamentals of electrical engineering
CO2 analyse the basics of DC and AC circuit.
CO3 understand the working of transformers.
CO4 understand basic electronic components and circuits.
Course Outcomes : At the end of course, Student will able to
Course Outcome : 300104 –Engineering Mechanics
Semester - 1
Course Outcome : 300101 – Applied mathematics -1
Course Outcome : 300102 – Applied Sciences – I
Course Outcome : 300103 – Basic Civil Engineering
Course Outcome : 300105 –Basic Electrical and Electronics Engineering
Course Outcome : 300106 –Communication Skills
SCHOOL OF ENGINEERING & RESEARCH
B. Tech Computer Science Course Outcomes
CO1 Understanding of Communication Process, channels, Barriers and formal and informal communication.
CO2 use correct Grammar while writing and speaking
CO3 draft business letters
CO4 expand ideas and summarize and brief ideas through writing and speaking.
CO5 develop the basic understanding of Report preparation.
Course Outcomes : At the end of course, Student will able to
CO1 work in sheet metalwork and carpentry and prepare job
CO2 work in welding and prepare job
CO3 understand the importance of dimensioning for preparing any job
CO4 perform different engineering work
Course Outcomes : At the end of course, Student will able to
CO1 Understanding the use of graduated cylinders, pipettes and volumetric pipettes for volumetric analysis.
CO2 common laboratory techniques including pH measurement, acid/base titrations, redox titration and colorimetry.
CO3 Analysis of Iron and chloride in water sample using volumetric method.
CO4 Determination of calcium and percentage of copper in cement and brass samples.
CO5 Demonstrate any ability to make physical measurements and understand the limits of pricision in measuremnts.e
CO2 Demonstrate any ability to make physical measurements and understand the limits of pricision in measuremnts.e
CO3 Demonstrate the ability to measure properties of optical systems.
Course Outcomes : At the end of course, Student will able to
CO1 determine the area by using chain survey.
CO2 determine the angle by using compass survey.
CO3 Determine difference level between two given stations by using dumpy levelling.
CO4 Understand the fineness modulus of aggregate by using sieve analysis.
Course Outcomes : At the end of course, Student will able to
CO1 Understand the basic laws of mechanics and apply these concepts to calculate forces in coplanar force system using
analytical and graphical techniques.
CO2 Understand the truss and friction and apply these concept to find the axial forces in trusses and frictional forces.
CO3 Develop any understanding of centroid and moment of inertia and apply it in practical problems.
CO4 Understand the kinematics and apply these concepts to find the displacement, velocity and acceleration for practical
problems.
CO5 Develop any understanding of the kinetics and apply their concept to find force, acceleration, impulse and
momentum in kinetic problems.
Course Outcomes : At the end of course, Student will able to
CO1 apply theorems on electrical circuits.
CO2 evaluate the performance of energy meter.
CO3 create any electrical switch board.
Course Outcomes : At the end of course, Student will able to
CO1 provide basic understanding about Phonetics
CO2 Enhancing listening Skills and learning correct pronunciation of words.
CO3 Enhancing Speaking skills through the practice of Group Discussion, Debate, Extempore, Public speaking, Mock
interviews and Presentations along with proper body language and expressions.
CO4 Improving writing skills through Resume writing and others.
CO5 Basic understanding of Time and Stress Management.
Course Outcome : 300107 –Basic Workshop Practice –I
Course Outcome : 300108 –Applied Sciences – I lab.
Course Outcome : 300109 –Basic Civil Engineering Lab.
Course Outcome : 300110 –Engineering Mechanics Lab.
Course Outcome : 300111 –Basic Electrical and Electronics Engg. Lab.
Course Outcome : 300112 –Communication Skills Lab.
Semester - 2
Course Outcome : 300201 – Applied mathematics -II
Course Outcomes : At the end of course, Student will able to
CO1 Evaluate double and triple integration and their application in the form of cartesian, cylindrical and polar.
CO2 Understand linear and nonlinear differential equations and their solutions.
CO3 Analysis determinant and Indeterminant form and find their solutions.
CO4 Students should able to find the curve fitting of different types of equations such as linear, parabolic and exponential.
CO5 They should able to understand simple applications of PDE.
Course Outcomes : At the end of course, Student will able to
CO1 Water treatment procedures for municipal and industrial uses.
CO2 About solid, liquid and gaseous fuels
CO3 understand the mechanism of corrosion and lubricants, types and their applications
CO4 Explain fundamentals of quantum mechanics and apply to one dimensional motion of particles.
CO5Explain working principle of lasers and superconductivity. To classify magnetic and superconducting behavior of
solids.
CO6
Understanding of the conductivity nature of metals and the classification of the solids learned from the Band Theory
of Solids. The concept of semiconductors and its wide applications will motivate the students to the currently
developing topics. Explain the nanomaterials and their engineering application of nanotechnology.
Course Outcomes : At the end of course, Student will able to
CO1Understand the concept of heat-work, zeroth and 1st law of thermodynamics. Application of 1st law in practical
problems.
CO2 understand the properties of steam, steam process, entropy of steam and air cycles in IC engines and refrigeration.
CO3 Develop any understanding of stress- strain, elastic constants, boiler-mounting and accessories.
CO4 Understand the gas welding process, working of lathe machine, drilling machine, and shaper.
CO5 Understand the power transmitting elements, slider crank and four bar mechanism.
Course Outcome : 300204 – Engineering DrawingCourse Outcomes : At the end of course, Student will able to
CO1 Get familiar with technical drawing instruments.
CO2 Understand the basic shapes involved in engineering objects/parts.
CO3 Develop any ability for drawing 2D views of engineering objects/parts.
CO4 Develop any ability to apply 2D views into drawing 3D objects.
CO5Develop the visualization power.
Course Outcomes : At the end of course, Student will able to
CO1 knowledge and implementation about Flowchart and Algorithm.
CO2 implement programs through c programming
CO3 create and implement projects
CO4 Know about structure and union
Course Outcomes : At the end of course, Student will able to
CO1 Create public awareness and sensitivity to the total environment and its allied problems.
CO2 Knowledge of ecological structure and function for environmental conservation
CO3 Skill development for utilization of natural resources with sustainable concern.
CO4 Assessment of various pollutants level for environmental conservation
Strategic pollution management for the better environment.
Course Outcomes : At the end of course, Student will able to
CO1 work in forging shop and prepare job
CO2 work in Lathe maching and preparing various job
Course Outcome : 300202 – Applied Sciences – II
Course Outcome : 300203 – Basic Mechanical Engineering
Course Outcome : 300205 – Logic Building through Computer Programming
Course Outcome : 300206 – Environmental Science
Course Outcome : 300207 – Basic Workshop Practice II
CO3 understand the importance of dimensioning for preparing any job
CO4 It provide the skill to perform different engineering work
Course Outcomes : At the end of course, Student will able to
CO1 Determination of water quality parametrs in water samples
CO2 determine moisture, volatile matter and ash content of any given sample of coal
CO3 Demonstrate any ability to use experimental statistics to determine the precision of any series of measurements
CO4 Demonstrate the ability to prepare any valid laboratory notebook and report.
CO5 Determination of Flash Point and Fire Point of lubricant by Pensky Martin apparatus
CO6 Demonstrate the ability to construct any variety of working electrical circuits.
CO7 measure properties of electrical systems.
Course Outcomes : At the end of course, Student will able to
CO1 Understand 4 bar mechanism, gears, couplings and bearings
CO2 Understand and operate universal testing machine and analyze stress-strain.
CO3 Understand the working of four stroke and two stroke IC engines
CO4 Understand the working of package type boilers
CO5 Analyze the effect of insulating material on heat transfer
Course Outcomes : At the end of course, Student will able to
CO1 Remember different types of drawings sheets available for technical drawing.
CO2 Practise with the technical drawing instruments.
CO3 Understand the layout of the sheets.
CO4 Outline the 2D views into 3D drawings.
CO5 Arrange systamatic file for presenting lab work.
Course Outcomes : At the end of course, Student will able to
CO1 Implements different programs through c Programing
CO2 Implementation of structure and unions
CO3 Enhanced programming logic
Course Outcomes : At the end of course, Student will able to
CO1 Analyze various parameters like pH, TDS, heavy metals, ions and oxygen demand in water samples.
CO2 Create awarness for water quality management.
CO3 Development of purification techniques for safe drinking water.
Course Outcome
Course Outcomes : At the end of course, Student will able to
CO1Ability to understand fourier series for function, Dirchlet's conditions, change of interval, even and odd function and
half range fourier series.
CO2Ability to solve laplace transform, conditions of laplace transform, shifting theorem, inverse laplace transformation,
unit step function, unit inpluse function and their appliaction in our domain.
CO3 Ability to solve different types of complex functions by using cauchy's integral theorm and residues theorem.
CO4 To understand random variable, probability distribution, poisson's distribution as limiting case of
CO5 Ability to understand and solve sampling techniques for probabilitsic and non-probabilistic sample.
Course Outcomes : At the end of course, Student will able to
CO1 Learn the organization of a digital computer.
CO2 Be exposed to the syntax of C++, Class and Objects.
CO3 Learn to use arrays, strings, functions, pointers in C++
Semester - 3
Course Outcome : 321301 – Applied Mathematics – III
Course Outcome : 321302 – Object Oriented Programming through C++
Course Outcome : 300208 – Applied Sciences – II Lab.
Course Outcome : 300209 – Basic Mechanical Engineering Lab
Course Outcome : 300210 –Engineering Drawing Lab.
Course Outcome : 300211 –Logic Building through Computer Programming Lab.
Course Outcome : 300212 –Environmental Science Lab.
CO4 Learn and Know about programming Knowledge.
CO5Be familiar with the C++ concepts of abstraction, encapsulation, constructor, polymorphism,
overloading and Inheritance.
Course Outcomes : At the end of course, Student will able to
CO1 Learn about Internet Technology
CO2 Introduce about IP Adddress, internet Services , Domain Name Servers
CO3 Abiltiy tomlearn About World wide Web, Web Designing
CO4 To understand about HTML, HTTP,E-mail services
CO5 Learn about features about internet security, cryptography concept
Course Outcomes : At the end of course, Student will able to
CO1 Students learn about boolean algebra and arithimatic operations
CO2 Learn about Combinational circuits,Sequential circuits
CO3 Understand about memory devices RAM,ROM, Memory decoding
CO4 Learn about uses of digital circuits
CO5 Learn about diffrent application of digital circuits.
Course Outcomes : At the end of course, Student will able to
CO1 Introduction About Number System
CO2 Understading the importance of management.
CO3 Introduction about Computer System Architecture, Software Hardware
CO4 Representation about Number System
CO5 Learn About Communincation between Internet and Computer Hardware
Course Outcomes : At the end of course, Student will able to
CO1 Contribution of Scientific management and applying management ethics
CO2 Understanding and applying the process of management planning
CO3 Understanding the concept of an oraganisation & features of an oraganisation strucutre
CO4 Learn about the responsibilities for an oraganisation.
CO5 Apply Coordincation and direction
Course Outcomes : At the end of course, Student will able to
CO1 To implement various concepts related to language.
CO2 Be familiarized with good programming design methods, particularly Top- Down design.
CO3 Getting exposure in implementing the different class and object using C++
CO4 Appreciate recursive algorithms.
Course Outcomes : At the end of course, Student will able to
CO1 Be familiar with Web page design using HTML/XML and style sheets
CO2 Be exposed to creation of user interfaces using Java Script
CO3 Learn to create dynamic web pages using server side scripting.
CO4 Learn about CSS concept
Course Outcomes : At the end of course, Student will able to
CO1 Investing about logic behavior of AND,OR NOR,NOT, EX-OR EX-NOT
CO2 Learn about Buffer gates and universal gates
CO3 Able to Design about Multiplexers and De-Multiplexers
Course Outcome : 321303 – Internet Technology
Course Outcome : 321304 – Digital Electronics & Logic Design
Course Outcome : 321305 – Computer Fundamentals
Course Outcome : 321306 – Principles of Managment
Course Outcome : 321310 – Computer Software & Hardwar Lab
Course Outcome : 321309 – Digital Electronics & Logic Design Lab
Course Outcome : 321307 – Object Oriented Programming through C++ Lab
Course Outcome : 321308 – Web Technology Lab
Course Outcomes : At the end of course, Student will able to
CO1 Be Familirized with software and physical parts of computer system.
CO2 Learn about interfacing between hardware devices
CO3 Understading about CMOS
CO4 Learn about anti virus software and Backup Utiliites
Course Outcomes : At the end of course, Student will able to
CO1 Ability to search and select topics for report writting.
CO2 To understand the format for making report.
CO3 To categorize the topic for presentation.
CO4 To develop seminar presenation.
Course Outcomes : At the end of course, Student will able to
CO1 Define and analyze the problem.
CO2 Apply software engineering and core engineering principles to the analyzed problems.
CO3 Implement using different programming languages and software tools.
CO4 Contribute to the society by developing solutions to real world problem.
Course Outcome
Course Outcomes : At the end of course, Student will able to
CO1Ability to understand abgebraic and transendental equations and their solution by bisection method, regula- falsi
method, Newton- Raphson method et. al. and their uses in engineering problems.
CO2Students should understand and find the numerical solutions of simultaneous linear equations by using Gauss
Elimination, Gauss-Jordan and Iterative method.
CO3 Ability to solve first and second order numerical differentiation and their uses in engineering problems.
CO4Ability to understand and solve numerical integration by Gauss quadrature formula, Trapezoidal rule, simpson's rule
and Weddle's rule.
CO5Ability to solve numerical solution of ordinary and partial differential equations by different methods and their uses
in different domain.
Course Outcomes : At the end of course, Student will able to
CO1 Knowledge of the structure and model of the Java programming language
CO2 Use the Java programming language for various programming technologies
CO3Evaluate user requirements for software functionality required to decide whether the Java programming language can
meet user requirements
CO4Propose the use of certain technologies by implemen ting them in the Java programming language to solve the given
problem
CO5Choose an engineering approach to solving problems,starting from the acquired knowledge of programming and
knowledge of operating systems.
Course Outcomes : At the end of course, Student will able to
CO1 Understand the basics of data structure.
CO2 Use the control structures of C appropriately for problems.
CO3 Implement abstract data types for linear data structures.
CO4 Apply the different linear data structures to problem solutions.
CO5 Critically analyse the various algorithms.
Course Outcomes : At the end of course, Student will able to
CO1 Design arithmetic and logic unit.
CO2 Design and anlayse pipelined control units
CO3 Evaluate performance of memory systems.
Course Outcome : 321311 – Report Writing
Course Outcome : 321312 – Project -I
Semester - 4
Course Outcome : 321402 – Programming in Java
Course Outcome : 321403 – Data Structure
Course Outcome : 321404 – Computer System Architecture
Course Outcome : 321401 – Numerical Analysis
CO4 Understand parallel processing architectures.
CO5 Learn mainatenace about diffrent memory allocation
Course Outcomes : At the end of course, Student will able to
CO1 Learn about E- Commmerce System
CO2 Know about digitisation of IT market
CO3 Know about model and working culture of E-Commerce
CO4 Learn about tools of E-Commerce
CO5 Learn about fundameantal of Mobile Computing and Wireless Computing Fundamentals
Course Outcomes : At the end of course, Student will able to
CO1 Demonstrate effective communication with individuals, teams, and large groups.
CO2 Demonstrate effective analytical and critical thinking skills to make an appropriate business related decisions.
CO3 Distinguish and analyze ethical problems that occur in business and society.
CO4 Apply leadership skills and competencies in business situations.
CO5 Illustrate how current technologies and decision-support tools can be utilized to the advantage of business operations.
Course Outcomes : At the end of course, Student will able to
CO1 Knowledge of the structure and model of the Java programming language
CO2 Use the Java programming language for various programming technologies
CO3 Develop software in the Java programming language,
Course Outcomes : At the end of course, Student will able to
CO1 Design and implement C++ programs for implementing stacks, queues, linked lists
CO2 Apply good programming design methods for program development.
CO3 Apply the different data structures for implementing solutions to practical problems.
Course Outcomes : At the end of course, Student will able to
CO1Demonstrate fundamental skills in utilizing the tools of a visual environment in terms of the set of available
command menus and toolbars.
CO2 Implement SDI and MDI applications while using forms, dialogs, and other types of GUI components
CO3 Apply visual programming to software development by designing projects with menus and submenus
Course Outcomes : At the end of course, Student will able to
CO1 Create a static website using HTML and add dynamic functionality to it by using java Script.
CO2Implement the advanced concepts of java such as servelets & jsp to create dynamic web pages & add functionality to
the WebPages by using XML.
CO3 Gain confidence to create dynamic website on real world problems.
Course Outcomes : At the end of course, Student will able to
CO1 Understanding of core values and their relations to satisfy and happiness.
CO2Understanding the society and the process of sociolization with the reference to the culture and religion and nature,
and feeling of different relations in the family and kinship and responsibilty to them.
CO3Initial realization of body and mind, self consciousness and physical consciousness along with basic understanding
of soul and supreme soul.
Course Outcomes : At the end of course, Student will able to
CO1 Define and analyze the problem.
CO2 Apply software engineering and core engineering principles to the analyzed problems.
CO3 Implement using different programming languages and software tools.
Course Outcome : 321405 – E-Commerce & Strategic IT
Course Outcome : 321406 – Managment Information System
Course Outcome : 321407 – Programming in Java Lab
Course Outcome : 321408 – Data Strucuture Lab
Course Outcome : 321409 – Visual Basic Lab
Course Outcome : 321410 – Java Script Lab
Course Outcome : 321411 – Value Education
Course Outcome : 321412 – Project-II
CO4 Contribute to the society by developing solutions to real world problem.
Course Outcomes : At the end of course, Student will able to
CO1 Mathematical logics and fuzzy logics.
CO2 Graph theory and set theory.
CO3 Probability and combinatory.
CO4 Application of partial differential equations.
CO5 Vector calculus.
Course Outcomes : At the end of course, Student will able to
CO1 Fundamentals of finite automata, DFA, NDFA, Mealy & Moore models and their minimization.
CO2 Regular sets, expression and grammer.
CO3 About contex free grammer, language and their simplifications.
CO4 Push-down automata and their parsing, LR grammer their properties.
CO5 Turing machine their model, design, acceptibility language haulting problem and LBA.
Course Outcomes : At the end of course, Student will able to
CO1 Explain the basics concepts of Data Communication, Networking and Reference models.
CO2 Describe the essential principles of Physical Layer and Media
CO3 Analyze the different key concepts of Flow and Error Control mechanicsm in Data Link Layer.
CO4 Understand and apply role of IP V4 in real world scenario.
CO5 Use of Application Level services and security mechanism.
Course Outcomes : At the end of course, Student will able to
CO1 Understand basic database concepts and data modeling techniques used in database design.
CO2 Design, implement, manage, query and administrate a database for specific application.
CO3 Understand the use of normalization in database design.
CO4 Recognize the purpose of query optimization, indexing and hashing techniques in database.
CO5 Understand the concept of transaction, concurrency control, and recovery in database.
Course Outcomes : At the end of course, Student will able to
CO1 Mathematical formulation, complexity analysis and methodologies to solve an algorithms.
CO2 Design algorithms using standard paradigms like: Greedy, Divide and Conquer.
CO3 Dynamic Programming and Backtracking.
CO4 Design algorithms using advance data structures and implement traversals techniques, string matching.
CO5 Understand NP class problems and formulate solutions using standard approaches.
Course Outcomes : At the end of course, Student will able to
CO1 Understand basic concept of microprocessor their architecture & pin configuration.
CO2 Instruction sets and programming with 808CO5.
CO3 Modes of data transfer and device selection in 8085, 8086 processor.
CO4 Interrupt their types and use in programs.
CO5 Architecture of peripheral interfacing devices like 8155, 8255,8151 .
Course Outcomes : At the end of course, Student will able to
CO1 Simulate and then configure different types of networks.
CO2 Implement algorithms present in different layers of OSI model.
CO3 Implement networking concepts like server, client and addressing mechanism.
CO4 Implement data communication using socket programming concept.
CO5 Generate encryption & decryption in network.
Course Outcome : 321505 –Design and Analysis of Algorithm
Semester - 5
Course Outcome : 321501 –Advanced Engineering Mathematics
Course Outcome : 321502 –Theory of Computation
Course Outcome : 321503 –Computer Networks
Course Outcome : 321504 –Database and Management System
Course Outcome : 321506 –Microprocessor
Course Outcome : 321507 –Computer Networks Lab.
Course Outcomes : At the end of course, Student will able to
CO1 Understand the use of database languages such as DDL, DML, and DCL.
CO2 Write simple, nested, multiple table, and advanced queries for data retrieval.
CO3 Write PL-SQL block structure and Trigger for specific application.
CO4 Implement various integrity constraints, views, sequences, indices and synonym on database.
CO5 Query to perform various join operations.
Course Outcomes : At the end of course, Student will able to
CO1 Develop a simple window based applications.
CO2 Develop a simple web based applications.
CO3 Develop a form with various tools.
CO4 Database connectivity task.
Course Outcomes : At the end of course, Student will able to
CO1 Provide practical hands-on experience with microprocessor applications and interfacing techniques.
CO2 Understand 8085 microprocessor kit.
CO3 knowledge of 8085 instruction set and ability to utilize it in assembly language programming.
CO4 Understand real mode Memory addressing and ability to interface various devices to the microprocessor.
Course Outcomes : At the end of course, Student will able to
CO1 Find the area of specialization, company and domain for training.
CO2 Take a traning on that particular domain.
CO3 Prepare a report and discuss the result and their future scope.
CO4 Present and submit the result of vocational traning.
Course Outcomes : At the end of course, Student will able to
CO1 Define and analyze the problem.
CO2 Apply software engineering and core engineering principles to the analyzed problems.
CO3 Implement using different programming languages and software tools.
CO4 Contribute to the society by developing solutions to real world problem.
Contribute to the society by developing solutions to real world problem.
Course Outcomes : At the end of course, Student will able to
CO1 Operation research and modelling.
CO2 Transportation problem.
CO3 Games and stratogic problem.
CO4 Queueing problem.
CO5 Network analysis problem.
Course Outcomes : At the end of course, Student will able to
CO1 Overview of compilation and their various phases.
CO2 Syntax and symentic analysis of compilation.
CO3 Intermediate code generation.
CO4 Target code generation.
CO5 Code optimization.
Course Outcomes : At the end of course, Student will able to
Course Outcome : 321603 – Operating System
Course Outcome : 321508 –Database Management System Lab.
Course Outcome : 321509 –Application Development through VB dot Net Lab.
Course Outcome : 321510 –Microprocessor Lab.
Course Outcome : 321511 –Vocational Training 1
Course Outcome : 321512 –Project – III
Semester - 6
Course Outcome : 321601- Operation Research
Course Outcome : 321602 – Compiler Design
CO1
Ability to describe the general architecture of computers, Contrast and compare differing structures for operating
systems.
CO2 Understand and analyze theory and implementation of processes and schedulers.
CO3 Understand and design resource control (synchronization and deadlock).
CO4 Apply knowledge of physical and virtual memory, scheduling, I/O and files.
CO5 System protection and distributed system.
Course Outcomes : At the end of course, Student will able to
CO1 Understand software engineering practices and various models.
CO2 Understand software development Life Cycle.
CO3 Understand software testing principles and techniques.
CO4 Understand various software project management tasks and methods to implement them.
CO5 Software quality assurance and management.
Course Outcomes : At the end of course, Student will able to
CO1 Learn and remember the overview/basics of UNIX operating system
CO2 Identify the basic operations of File System.
CO3 Understand the core concept of Process in UNIX.
CO4 Apply and analyze the basic commands of UNIX and compare with Windows System.
CO5 Create shell scripts to demonstrate the interfacing with UNIX kernal and other utilities.
Course Outcomes : At the end of course, Student will able to
CO1 Remembering the functions of Display devices and understand the basics of computer graphics.
CO2 Understand and apply Simple Drawing methods.
CO3 Understand 2D and 3D graphics mechanism.
CO4 Describe the key concept of Curve and Surfaces.
CO5 Understand and apply the concept related to Multimedia.
Course Outcomes : At the end of course, Student will able to
CO1 Understand and develop a web page in ASP.Net.
CO2 Make various web pages in ASP.Net.
CO3 Understand the concept of server side network programming.
CO4 Understand the concept of client side network programming.
CO5 Demonstration of various tools available in ASP.Net IDE.
Course Outcomes : At the end of course, Student will able to
CO1 Recognize the basic command and apply them in UNIX operating system.
CO2 Analysis of commands available in UNIX and Windows platform.
CO3 Creating script/program using VI and different editor to demonstrate functioing of basic programming.
Course Outcomes : At the end of course, Student will able to
CO1 Understand the key elements of Computer graphics programming via C++
CO2 Apply the basics of point, line, circle drawing approach in different applications.
CO3 Creating various algorithms/programs that will deal with computer graphics concepts.
Course Outcomes : At the end of course, Student will able to
CO1 Analysis and understand various multimedia softwares.
CO2 Procedure to create various animation softwares.
CO3 Procedure to create various sound effects in multimedia.
CO4 Procedure to create various videos in animations.
CO5 Analyze and implement various national and International frame rates standards.
Course Outcome : 321604 – Software Engineering
Course Outcome : 321605 – Unix and Shell Programming
Course Outcome : 321606 – Computer Graphics
Course Outcome : 321607 – Computer Graphics
Course Outcome : 321608 – Unix and Shell Programming Lab.
Course Outcome : 321609 – Computer Graphics Lab.
Course Outcome : 321610 – Multimedia Lab.
Course Outcomes : At the end of course, Student will able to
CO1 As an entreprenuer detects the general problem.
CO2 Methods applied to solve such problems.
CO3 Employment, infrastructure growth and financial inclusion in entreprenuership.
CO4 Practical Implementations, final Analysis and Conclusions.
CO5 Any help to the Society for achieving more prospects.
Course Outcomes : At the end of course, Student will able to
CO1 Define and analyze the problem.
CO2 Apply software engineering and core engineering principles to the analyzed problems.
CO3 Implement using different programming languages and software tools.
CO4 Contribute to the society by developing solutions to real world problem.
Course Outcomes : At the end of course, Student will able to
CO1 Present basics of Cryptography and Security.
CO2 Understand and apply different Classical Encryption technique.
CO3 To differentiate between private key and public key cryptography.
CO4 Understand the key elements of Digital Signature and authentication.
CO5 Learn about different Web Security methods.
Course Outcomes : At the end of course, Student will able to
CO1 Remember the basics of Client and Server terminology.
CO2 Understand the concepts of Client Server Computing.
CO3 Analyze the issues related with Client Server and Database/Data Warehousing.
CO4 Applying the concepts of Database into Client Server computing.
CO5 Understand the Distributed object concepts into Client Server Computing.
Course Outcomes : At the end of course, Student will able to
CO1 Recognize the key concept of Neural Networks.
CO2 Understand the Models associated with Neural Networks.
CO3 Identification of Neural Network applications.
CO4 Applying fuzzy logic and reasoning to handle uncertainty and solve engineering problems.
CO5 Understand the basics of Fuzzy Control System.
Course Outcomes : At the end of course, Student will able to
CO1 Remember the properties and functions of basic Computer Architecture
CO2 Understand the processor and memory levels in Advanced Computer Architecture.
CO3 Apply the concept of Memory to understand in context of Advanced Computer Architecture.
CO4 Understand the key elements of pipelining approach.
CO5 Analyze the acrhitecture of Parallel and Scalable Architecture.
Course Outcomes : At the end of course, Student will able to
CO1 Learn the basics of Distributed System.
CO2 Understand the concepts of Message Ordering in context of Networked system.
CO3 Apply and Analyze the algorithms for distributed computing.
CO4 Describe different algorithms associated with Consensus and agreement algorithms.
CO5 Understand the Security issues related to Distributed computing.
Course Outcomes : At the end of course, Student will able to
Course Outcome : 321701 – Cryptography and Network Security
Course Outcome : 321611 – Entreprenuership
Course Outcome : 321612 – Project – IV
Semester - 7
Course Outcome : 321702 – Client Server Computing
Course Outcome : 321703 – Soft Computing
Course Outcome : 321704 –Advanced Computer Architecture
Course Outcome : 321705 A –Distributed Computing
Course Outcome : 321705 B –Wireless & Mobile Security
CO1 Describe the evolution of Mobile and Wireless Networks.
CO2 Understand the principles of Security Mechanism and Security Architecture.
CO3 Analyze the different Wireless Technology and Security issues.
CO4 Apply the understanding of GSM,GPRS in terms of security.
CO5 Identification of Next generation Mobile Network security.
Course Outcomes : At the end of course, Student will able to
CO1 Recognize the Game theory concepts.
CO2 Understand the complexity associated with Game Theory and their algorithms.
CO3 Know the Computational and Structural equilibrium principles.
CO4 Apply the representation of Games.
CO5 Evaluate the different Design issues of Game theory.
Course Outcomes : At the end of course, Student will able to
CO1 Explain the concept of Computer Audit Planning.
CO2 Remember and Understand the Hardware Security controls.
CO3 Remember and Understand the Software Security controls.
CO4 Analyzing the advanced security system available.
CO5 Understanding the Microcomputer Security and their applications.
Course Outcomes : At the end of course, Student will able to
CO1 Understanding the Ecosystem and Biodiversity.
CO2 Learning about the natural resources and analyzing the social issues.
CO3 Knowledge of different types of pollution.
CO4 Understanding the pollution with more in depth knowledge.
Course Outcomes : At the end of course, Student will able to
CO1 Apply and implement Union , Intersection and Complement Operation through MATLAB
CO2 Apply and Implement diffrent soft computing model through MATLAB
CO3 Aplly and implement De-Morgon law
Course Outcomes : At the end of course, Student will able to
CO1 Recognize the elements of Android Application Development environment and setup tools for system.
CO2 Performing the basic operations of Android in terms of creating application for Mobile.
CO3 Create applicatons for mobile devices according to requirement.
Course Outcomes : At the end of course, Student will able to
CO1 Knowledge of the structure and model of the Php
CO2 Apply and understand the concept of Php language for various programming applications
CO3 Create programs Php to demonstrate the use of its functionality.
Course Outcomes : At the end of course, Student will able to
CO1 Visit to any industry/company.
CO2 Learning software skills in the given period of time and environment.
CO3 Apply the skills for creating a project.
Course Outcomes : At the end of course, Student will able to
CO1 Helpful to develope the managarial skills and overall persanality development.
CO2 Helpful to enhance the english language and vocabulary.
CO3 Reasoning proficiency and general mathematical proficiency
CO4 Writing skill developement for proffesional audit and reports.
Course Outcome : 321709 –Vocational Traning – II
Course Outcome : 321705 C –Game Theory
Course Outcome : 321705 D –Information Secuirty & Auditing
Course Outcome : 321705 E –Environmental Studies
Course Outcome : 321706 –Soft Computing Lab
Course Outcome : 321707 –Android Application Developement Lab
Course Outcome : 321708 –PHP Lab
Course Outcome : 321710 –General Proficiency – I
Course Outcomes : At the end of course, Student will able to
CO1 Define and analyze the problem.
CO2 Apply software engineering and core engineering principles to the analyzed problems.
CO3 Implement using different programming languages and software tools.
CO4 Contribute to the society by developing solutions to real world problem.
Course Outcomes : At the end of course, Student will able to
CO1 Understand the suitability of a KBS solution for a given problem..
CO2 Design knowledge representations and an inference engine for a given task.
CO3 Implement a knowledge-based solution in a shell.
CO4 Discuss AI techniques and their implementation using Prolog.
CO5 Describe typical AI applications and the potential of AI in the future.
Course Outcomes : At the end of course, Student will able to
CO1 Understand the basic principles, concepts and applications of data warehousing and data mining.
CO2Ability to do Conceptual, Logical, and Physical design of Data Warehouses OLAP applications and OLAP
deployment
CO3 Have a good knowledge of the fundamental concepts that provide the foundation of data mining.
Course Outcomes : At the end of course, Student will able to
CO1Understand the mathematical foundations for digital image representation, image acquisition, image transformation,
and image enhancement.
CO2 Understand the mathematical principles of image restoration, image compression, and image segmentation.
CO3 Understand File transfer protocol, remote login using pseudo terminal and RPC.
Course Outcomes : At the end of course, Student will able to
CO1Understand the use of client/server architecture, inter process communication and to explain the basic
communication protocols.
CO2Understand elementary socket system calls, advanced socket system calls and Java Socket API and to explain the
basic concepts relating to TCP and UDP based sockets.
CO3 Understand the use of normalization in database design.
Course Outcomes : At the end of course, Student will able to
CO1Understand the concept of reliability and access the difference between H/W & S/W reliability and evaluate different
S/W engineering technologies.
CO2 Understand and anticipate the possible causes of failure and knowledge of how to prevent them.
CO3Analyze and test a S/W system, when it is evolved to accommodate a set of change requirements such as adding new
functionalities, bug fixing etc.
Course Outcomes : At the end of course, Student will able to
CO1 Describe the unique issues in ad-hoc/sensor networks.
CO2 Describe current technology trends for the implementation and deployment of wireless ad-hoc/sensor networks.
CO3 Discuss the challenges in designing MAC, routing and transport protocols for wireless ad-hoc/sensor networks.
CO4 Discuss the challenges in designing routing and transport protocols for wireless Ad-hoc/sensor networks.
CO5 Comprehend the various sensor network Platforms, tools and applications.
Course Outcomes : At the end of course, Student will able to
Course Outcome : 321804 D – Cyber Forensics
Course Outcome : 321804 A – Network Programming
Course Outcome : 321804 B – Software Testing
Course Outcome : 321804 C – Ad Hoc and Sensor Networks
Course Outcome : 321801 – Artifical Intelligence & Expert System
Course Outcome : 321802 – Data Mining & Warhousing
Course Outcome : 321803 –Digital Image Processing
Course Outcome : 321711 –Project -V
Semester - 8
CO1Interpret and appropriately apply the laws and procedures associated with identifying, acquiring, examining and
presenting digital evidence.
CO2Create a method for gathering, assessing and applying new and existing legislation and industry trends specific to the
practice of digital forensics.
CO3 Employ fundamental computer theory in the context of computer forensics practices.
CO4 Using the scientific process, apply the principles of effective digital forensics investigation techniques.
CO5Evaluate the effectiveness of available digital forensics tools and use them in a way that optimizes the efficiency and
quality of digital forensics investigations.
Course Outcomes : At the end of course, Student will able to
CO1Understand the basic concepts regarding database, know about query processing and techniques involved in query
optimization and understand the concepts of
CO2 Create database transaction and related database facilities including concurrency control, backup and recovery.
CO3Understand the introductory concepts of some advanced topics in data management like distributed databases, data
warehousing, deductive databases and be aware
CO4Understand the difference between DBMS and advanced DBMS and use of advanced database concepts and become
proficient in creating database queries.
CO5 Analyse some advanced databases like partial multimedia and mobile databases.
Course Outcomes : At the end of course, Student will able to
CO1Understand knowledge and awareness of the basic principles and concepts of biology, computer science and
mathematics.
CO2 Learn to extract information from large databases and to use this information in computer modeling.
CO3 Undersstand the different pattern matching and Visualization techniques.
Course Outcomes : At the end of course, Student will able to
CO1 Make students able to learn fundamental concepts of ERP system and ERP related technologies.
CO2 Provide students knowledge of different ERP modules and manufacturing perspectives of ERP.
CO3At the end of the course, students will be able to use ERP system in different business organizations by having
knowledge of latest scenario of ERP market in e-business.
Course Outcomes : At the end of course, Student will able to
CO1Understand the approaches to syntax and semantics in Natural Language Processing, the various types of language
processors, the elements of formal language
CO2Understand the basic parsing strategies for context-free grammars, the data structures and algorithms for parsing, and
the approaches to ambiguity resolution,
CO3 Use generation and dialogue.
CO4 Explain and apply the fundamental algorithms and techniques in the area of Natural Language Processing.
Course Outcomes : At the end of course, Student will able to
CO1 Implement features of retrieval systems for web-based and other search tasks
CO2 Apply software engineering and core engineering principles to the analyzed problems.
CO3 Apply information retreival principles to locate relevant information in large collections of data
CO4 Lear about information filtering
Course Outcomes : At the end of course, Student will able to
CO1 Understand the foundations of Human Computer Interaction.
CO2 Understand and apply process of designing software process for HCI.
CO3 Understand the theories and concept of Models related to HCI.
CO4 Creation of Web Interface to implement HCI concept.
Course Outcomes : At the end of course, Student will able to
Course Outcome : 321806 –Artificial Intelligence Lab using LISP/PROLOG
Course Outcome : 321805 E –Human Computer Interaction
Course Outcome : 321804 E – Advanced Database Systems
Course Outcome : 321805 A – Bio Informatics
Course Outcome : 321805 B – Enterprise Resource Planning
Course Outcome : 321805 C – Natural Language Processing
Course Outcome : 321805 D –Information Retrieval
CO1 Understand about AI
CO2 Understand AI application.
CO3 Understand Prolog.
CO4 Creation Program using Prolog
Course Outcomes : At the end of course, Student will able to
CO1 To make students able to learn fundamental concepts of ERP system and ERP related technologies.
CO2 To provide students knowledge of different ERP modules and manufacturing perspectives of ERP.
CO3At the end of the course, students will be able to use ERP system in different business organizations by having
knowledge of latest scenario of ERP market in e-business.
Course Outcomes : At the end of course, Student will able to
CO1 Able to execute programs for image logical operations
CO2 Able to execute program for geometric transformation of image
CO3 Able to execute program for image morphological operations erosion and dilation.
CO4Understand the mathematical foundations for digital image representation, image acquisition, image transformation,
and image enhancement.
Course Outcomes : At the end of course, Student will able to
CO1 Helpful to develope the managarial skills and overall persanality development.
CO2 Helpful to enhance the english language and vocabulary.
CO3 Writing skill developement for proffesional audit and reports.
CO4 Reasoning proficiency and general mathematical proficiency
Course Outcomes : At the end of course, Student will able to
CO1 Define and analyze the problem.
CO2 Apply software engineering and core engineering principles to the analyzed problems.
CO3 Implement using different programming languages and software tools.
CO4 Contribute to the society by developing solutions to real world problem.
Course Outcome : 321810 –Project -VI
Course Outcome : 321809 –General Proficiency- I
Course Outcome : 321808 –Digital Image Processing Lab
Course Outcome : 321807 –Enterprise Resource Planning Lab
Course Outcomes :-At the end of course, Student will able to
CO 1 Recall matrix operation and their properties.
CO 2 Solve homogeneous and non homogeneous equations and their consistency.
CO 3 Find differentiation of any order and their expansion in the form of series
CO 4 Understand partial and ordinary differentiation and difference between ODE and PDE.
CO 5 Evaluate tracing of simple curve and their asymptotes.
CO 6 Solve beta gamma functions and solve differentiation under integration.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the knowledge of methods of chemical analysis.
CO 2 Understanding the synthesis, properties and application of commercial polymers.
CO 3 Know the basics of solid state and types and manufacturing process of cement.
CO 4
Have a fundamental understanding of basic physics concepts and its applications in a day to day life, Explain types
of waves and interference of light and explain the utilizations of the electron beams in modern technologies such s
CRT, SEM, etc.
CO 5
Analyze the intensity variation of light due to Polarization, interference and diffraction. Demonstrate the knowledge
in ultrasonic applications and its importance.
CO 6 Calculate Q-value of nuclear reactions and describe particle detectors and accelerators.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the role and area of civil engineering.
CO 2 Recall basic materials used in construction and foundation.
CO 3 Analyse the workability of concrete.
CO 4 Calculate the area, angle and elevation by using various different surveying equipments.
CO 5 Justify the concept of planning for the integrated built environment.
Course Outcomes :-At the end of course, Student will able to
CO 1
Understand the basic laws of mechanics and apply these concepts to calculate forces in coplanar force system using
analytical and graphical techniques.
CO 2 Understand the truss and friction and apply these concept to find the axial forces in trusses and frictional forces.
CO 3 Develop an understanding of centroid and moment of inertia and apply it in practical problems.
CO 4
Understand the kinematics and apply these concepts to find the displacement, velocity and acceleration for practical
problems.
CO 5
Develop an understanding of the kinetics and apply their concept to find force, acceleration, impulse and momentum
in kinetic problems.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand fundamentals of elctrical engineering
CO 2 Analyse the basics of DC and AC circuit.
CO 3 Understand the working of transformers.
CO 4 Analyse difference between single phase and three phase supply
CO 5 Understand basic elctronic components and circuits.
Course Outcomes :-At the end of course, Student will able to
Semester - 1
Course Outcome : - 300101-Applied Mathematics ‐ I
Course Outcome : - 300102-Applied Sciences – I
Course Outcome : - 300103-Basic Civil Engineering
Course Outcome : - 300104-Engineering Mechanics
Course Outcome : - 300105-Basic Electrical and Electronics Engineering
Course Outcome : - 300106-Communication Skills
SCHOOL OF ENGINEERING & RESEARCH
B. Tech Civil Course Outcomes
CO 1 Understanding of Communication Process, channels, Barriers and formal and informal communication.
CO 2 Use correct Grammar while writing and speaking.
CO 3 Draft business letters.
CO 4 Summarize ideas through writing and speaking.
CO 5 Develop the basic understanding of Report preparation.
Course Outcomes :-At the end of course, Student will able to
CO 1 Work in sheet metal work and carpentry and prepare job
CO 2 Work in welding and prepare job.
CO 3 Understand the importance of dimensioning for preparing a job.
CO 4 It provide the skill to perform different engineering work.
CO 5 Construct the various engineering job.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understanding the use of graduated cylinders, pipettes and volumetric pipettes for volumetric analysis.
CO 2 common laboratory techniques including pH measurement, acid/base titrations, redox titration and colorimetry.
CO 3 Analysis of Iron and chloride in water sample using volumetric method.
CO 4 Determination of calcium and percentage of copper in cement and brass samples.
CO 5 Demonstrate the ability to measure properties of optical systems.
CO 6 Demonstrate the ability to make physical measurements and understand the limits of precision in measurements.
Course Outcomes :-At the end of course, Student will able to
CO 1 Evaluate the area by using chain survey.
CO 2 Evaluate the angle by using compass survey.
CO 3 Differentiate level between two given stations by using dumpy levelling.
CO 4 Understand the fineness modulus of aggregate by using sieve analysis.
CO 5 Compute the area by the different methods of surveying.
Course Outcomes :-At the end of course, Student will able to
CO 1 Apply and analyze graphical methods to solve problems
CO 2 Analysis of axial forces in Jib-crane
CO 3 Analyze reactions in beam.
CO 4 Analyze coefficient of friction between two surfaces.
CO 5 Analyze moment of inertia in a flywheel.
CO 6 Analyze performance of simple lifting machine-winch crab and screw jack.
Course Outcomes :-At the end of course, Student will able to
CO 1 Apply theorems on electrical circuits.
CO 2 Evaluate the performance of energy meter.
CO 3 Create a electrical switch board.
CO 4 Evaluate the losses in transformers
CO 5 Apply the knowledge of series parallel connection in house wiring.
Course Outcomes :-At the end of course, Student will able to
CO 1 provide basic understanding about Phonetics
CO 2 Enhancing listening Skills and learning correct pronunciation of words.
CO 3
Enhancing Speaking skills through the practice of Group Discussion, Debate, Extempore, Public speaking, Mock
interviews and Presentations along with proper body language and expressions.
CO 4 Improving writing skills through Resume writing and others.
CO 5 Basic understanding of Time and Stress Management.
Course Outcome : - 300111-Basic Electrical and Electronics Engg. Lab
Course Outcome : - 3001012-Communication Skills Lab
Semester - 2
Course Outcome : - 300107-Basic Workshop Practice –I
Course Outcome : - 300108-Applied Sciences – ILab.
Course Outcome : - 300109-Basic CivilEngineering Lab.
Course Outcome : - 300110-Engineering Mechanics Lab
Course Outcomes :-At the end of course, Student will able to
CO 1 Evaluate double and triple integration and their application in the form of cartesian, cylindrical and polar.
CO 2 Understand linear and nonlinear differential equations and their solutions.
CO 3 Analysis determinant and Indeterminant form and find their solutions.
CO 4 Students should able to find the curve fitting of different types of equations such as linear, parabolic and exponential.
CO 5 They should able to understand simple applications of PDE.
Course Outcomes :-At the end of course, Student will able to
CO 1 Explain fundamentals of quantum mechanics and apply to one dimensional motion of particles.
CO 2
Explain working principle of lasers and superconductivity. To classify magnetic and supercounducting behavior of
solids.
CO 3
Understanding of the conductivity nature of metals and the classification of the solids learned from the Band Theory
of Solids.
CO 4
The concept of semiconductors and its wide applications will motivate the students to the currently developing
topics. Explain the nanomaterials and their engineering application of nanotechnology. "
CO 5
Explain working principle of lasers and superconductivity. To classify magnetic and superconducting behavior of
solids.
CO 6
Understanding of the conductivity of metals, semiconductors and nanomaterials and their engineering application of
nanotechnology.
Course Outcomes :-At the end of course, Student will able to
CO 1
Understand the concept of heat-work, zeroth and 1st law of thermodynamics. Application of 1st law in practical
problems.
CO 2 understand the properties of steam, steam process, entropy of steam and air cycles in IC engines and refrigeration.
CO 3 Develop an understanding of stress- strain, elastic constants, boiler-mounting and accessories.
CO 4 Understand the gas welding process, working of lathe machine, drilling machine, and shaper.
CO 5 Understand the power transmitting elements, slider crank and four bar mechanism.
Course Outcomes :-At the end of course, Student will able to
CO 1 Get familier with technical drawing instruments.
CO 2 Understand the basic shapes involved in engineering objects/parts.
CO 3 Develop an ability for drawing 2D views of engineering objects/parts.
CO 4 An ability to apply 2D views into drawing 3D objects.
CO 5 Abilty to develop the visaulization power.
Course Outcomes :-At the end of course, Student will able to
CO 1 Recall the basics of Flow chart and Algorithm.
CO 2 Know how to solve problems through c programming.
CO 3 Apply the methodology available in C Programming.
CO 4 Anayalze the behavior of different scheme of structure and union.
CO 5 Assess the working of different control logics in C Programming.
Course Outcomes :-At the end of course, Student will able to
CO 1 Create public awareness and sensitivity to the total environment and its allied problems.
CO 2 Knowledge of ecological structure and function for environmental conservation
CO 3 Skill development for utilization of natural resources with sustainable concern.
CO 4 Assessment of various pollutants level for environmental conservation
CO 5 Strategic pollution management for the better environment.
Course Outcome : - 300201-Applied Mathematics ‐ II
Course Outcome : - 300202-Applied Sciences – II
Course Outcome : - 300203-Basic MechanicalEngineering
Course Outcome : - 300204-Engineering Drawing
Course Outcome : - 300205-Logic Building through Computer Programming
Course Outcome : - 300206-Environmental Science
Course Outcome : - 300207-Basic Workshop Practice II
Course Outcomes :-At the end of course, Student will able to
CO 1 Ability to work in forging shop and prepare job.
CO 2 Ability to work in Lathe maching and preparing various job.
CO 3 Understand the importance of dimensioning for preparing a job.
CO 4 It provide the skill to perform different engineering work.
CO 5 Develop skills to perform different engineering work.
Course Outcomes :-At the end of course, Student will able to
CO 1 Detmination of water quality parametrs in water samples
CO 2 To determine moisture, volatile matter and ash content of a given sample of coal
CO 3 Determination of Flash Point and Fire Point of lubricant by Pensky Martin apparatus
CO 4
Demonstrate an ability to use experimental statistics to determine the precision of a series of measurements and
demonstrate the ability to measure properties of electrical systems.
CO 5 Demonstrate the ability to construct a variety of working electrical circuits.
Demonstrate the ability to prepare a valid laboratory notebook and report.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand 4 bar mechanism, gears, couplings and bearings.
CO 2 Understand and operate universal testing machine and analyze stress-strain.
CO 3 Understand the working of four stoke and two stroke IC engines
CO 4 Understand the working of package type boilers
CO 5 Analyze the effect of insulating material on heat transfer
Course Outcomes :-At the end of course, Student will able to
CO 1 Remeber different types of drawings sheets available for technical drawing.
CO 2 Practise with the technical drawing instruments.
CO 3 Understand the layout of the sheets.
CO 4 Outline the 2D views into 3D drawings.
CO 5 Arrange systamatic file for presenting lab work.
Course Outcomes :-At the end of course, Student will able to
CO 1 Retrospect the concept of C language.
CO 2 Recognize the programming design methods and particularly Top- Down design.
CO 3 Utilize the different functions of C language
CO 4 Anlayze the concept of control Mechanicsm
CO 5 Create the programs based on the concepts used in C Programming Language.
Course Outcomes :-At the end of course, Student will able to
CO 1 Enable to analyze various parameters like pH, TDS, heavy metals, ions and oxigen demad in water samples.
CO 2 Create awarness for water quality management.
CO 3 experimental performance of water treatment methods.
Course Outcomes :-At the end of course, Student will able to
CO 1
Understand fourier series for function, Dirchlet's conditions, change of interval, even and odd function and half range
fourier series.
CO 2
Solve laplace transform, conditions of laplace transform, shifting theorem, inverse laplace transformation, unit step
function, unit inpluse function and their appliaction in our domain.
CO 3 Solve different types of complex functions by using cauchy's integral theorm and residues theorem.
CO 4
Evaluate random variable, probability distribution, poisson's distribution as limiting case of binomial distribution and
calculation of probability using normal curve and chart.
Course Outcome : - 300209-Basic MechanicalEngineering Lab
Course Outcome : - 300210-Engineering Drawing Lab
Course Outcome : - 300211-Logic Building through Computer ProgrammingLab.
Course Outcome : - 300212-Environmental Science Lab
Semester - 3
Course Outcome : - 300208-Applied Sciences – II Lab.
Course Outcome : - 301301-Applied Mathematics ‐ III
CO 5
Analyse different types of sample and find the solution through sampling techniques such as probabilitsic and non-
probabilistic sample technique.
CO 6
Find the error in different types of sampling by using chi - squares, t, z and F- test and their application and uses in
research.
Course Outcomes :-At the end of course, Student will able to
CO 1
Memorize the difference between object oriented programming and procedural oriented programming and data types
in C++.
CO 2
Know the different methodology of C++ features such as composition of objects, Operator overloading, inheritance,
Polymorphism etc.
CO 3 Apply the various exception handling in C++.
CO 4 Identify the concepts related to various file handling in C++.
CO 5 Create programs to deal with Operating system, Computer networks and real world problems.
Course Outcomes :-At the end of course, Student will able to
CO 1 Apply knowledge of Fluid Mechanics and formulating it to solve various engineering problems
CO 2
Develop fundamentals to continue the study of the advance subjects which are fluid machinery , turbo machinery and
others.
CO 3 Acquire knowledge of fluid mechanics for the design and development of mechanical systems.
CO 4 Apply of fluid mechanics in daily life and other engineering situations.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the general geology and geomorphology of the Earth processes.
CO 2 Identification of physical properties of minerals.
CO 3 Know the properties of soil, rocks and rocks structures.
CO 4 Know the Engineering Geological considerations for site selection of civil engineering projects.
CO 5
Concern the fundamentals and analyze the earthquakes resistance and seismic free zones for protection of civil
engineering structure.
Course Outcomes :-At the end of course, Student will able to
CO 1 Uderstand the basic principles and concept of surveying.
CO 2
Determine the elevations by using various instruments and do temporary and permanent adjustments of instruments.
CO 3 Measure the horizontal and vertical angles by using theodolite.
CO 4 Apply knowledge to draw plans and maps.
CO 5 Get the knowledge about the curves and their contemporary issues and special field problems.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the necessity and types of foundation
CO 2 Know the building materials used in construction.
CO 3 Know the function significance and of each component in building.
CO 4 Know the types of roof, floor and stairs.
CO 5 Know the different techniques of white washing.
Course Outcomes :-At the end of course, Student will able to
CO 1 Retrospect the concept of OOPS language.
CO 2 Recognize the programming design methods and particularly Top- Down design.
CO 3 Utilize the different functions of OOPs language
CO 4 Anlayze the concept of dynamic allocation.
CO 5 Create the programs based on Templates.
Course Outcome : - 301307-Object Oriented Programming through C++ LabI
Course Outcome : - 301308-Fluid Mechanics Lab.
Course Outcome : - 301302-Object Oriented Programming through C++
Course Outcome : - 301303-Fluid Mechanics
Course Outcome : - 301304-Engineering Geology
Course Outcome : - 301305-Surveying -I
Course Outcome : - 301306-Building Construction and Materials
Course Outcomes :-At the end of course, Student will able to
CO 1 Apply various concepts of fluid mechanics by experimental setups.
CO 2 Develop design of flow measurement apparatus.
CO 3 Analyze losses in pipe flow.
CO 4 Analyse working of various fluid mechanics related apparatus.
Course Outcomes :-At the end of course, Student will able to
CO 1 Identify the appropriate minerals based on their physical properties.
CO 2 Identify and study the different rocks types.
CO 3 Generate the cross section of simple geological maps.
CO 4 Study of different types of structural models.
CO 5 Determine the attitude of the rocks by using clinometer compass.
CO 6 Analyze the rock structures implicated for safety of civil engineering constructions.
Course Outcomes :-At the end of course, Student will able to
CO 1 Determination of location of a point with the help of two point problem and three point problem.
CO 2 Setting out of curve by different methods.
CO 3 Determine the position of points by the Intersection method.
CO 4 Measurement of horizontal angle by repetition and reiteration method.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand how to approach a problem /situation and how to handle that.
CO 2 Understand professional writing techniques.
CO 3 Apply the professional writing style and techniques.
Course Outcomes :-At the end of course, Student will able to
CO 1 Ability developement for understanding various engineering problems and concepts envolved wihtin it.
CO 2 Identify a project topic and to collect relevant data through literature survey.
CO 3 Understandig the value of a group work and benifit of completeing various task assigned in a group.
CO 4 Utilization of various software skills to simulate the future results of the student project.
Course Outcomes :-At the end of course, Student will able to
CO 1Differentiate algebraic and transcendental equations and their solution by bisection method, regula- falsi method,
Newton- Raphson method et. al. and their uses in engineering field.
CO 2Understand and find the numerical solutions of simultaneous linear equations by using Gauss Elimination, Gauss-
Jordan and Iterative method.
CO 3 Remember first and second order numerical differentiation and their uses in engineering problems.
CO 4Understand and solve numerical integration by Gauss quadrature formula, Trapezoidal rule, simpson's rule and
Weddle's rule.
CO 5Recall numerical solution of ordinary and partial differential equations by different methods and their uses in
different domain.
Course Outcomes :-At the end of course, Student will able to
CO 1Develop an understanding of stress and strain, elastic constants and thermal stress- strain and these concepts to solve
stress-strain related problems.
CO 2Develop an understanding of pure bending and shear stress concept .Apply these concepts to bending and shear
problems.
CO 3 Understand the concept of principal stress and apply these in practical problems.
CO 4 Develop an understanding of shear force and bending moment concept and apply theses on practical problems.
CO 5 understand the concept of torsion of circular shaft and coiled spring and apply these in practical problems.
Course Outcome : - 301309-Engineering Geology Lab
Course Outcome : - 301310-Surveying-I Lab
Course Outcome : - 301311-Report Writing
Course Outcome : - 301312-Project-1
Semester - 4
Course Outcome : - 301401-Numerical Analysis
Course Outcome : - 301402-Strength of Material
Course Outcomes :-At the end of course, Student will able to
CO 1 Find turbulence flow in pipe.o analyses flow of fluids in pipe network.
CO 2 Understand & evaluate flow in open channel.
CO 3 Understand & analyses transmission of pressure waves.
CO 4 Learn hydraulic properties of Turbine & Pumps.
Course Outcomes :-At the end of course, Student will able to
CO 1 Identify the different types of the soil.
CO 2 Catagorised the relationship between the soil proprties.
CO 3 Determine the various properties of the soil.
CO 4 Perform the laboratory compaction.
CO 5 Measurement of the strength parameters.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the indeterminancy and learn to find the indeterminant reactions.
CO 2 Remember the various reaction forces acting for different support conditions.
CO 3 Analyse beams and columns under different types of loading.
CO 4 Understand the deflected shapes of beams and columns
CO 5 Observe the buckling of columns under various end conditions.
Course Outcomes :-At the end of course, Student will able to
CO 1 Learn the use of tacheometer.
CO 2 Learn, analyze and evaluate the types of curves.
CO 3 Apply mathematical adjustment of accidental errors involved in surveying measurements.
CO 4 Learn and demonstrate various surveys using tacheometer.
CO 5 plan a survey for applications such as road alignment and height of the building.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand and operate universal testing machine and analyze stress-strain, flexural behavior.
CO 2 Understand and operate impact testing machine and analyze impact energy.
CO 3 Understand and operate torsion testing machine and analyze shear stress.
CO 4 Understand and operate hardness testing machine and analyze hardness.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand various concepts of fluid machinery by experimental setups.
CO 2Understand the fundamentals and working of various apparatus which show the application of the fluid machinery
subject.
CO 3 Analysis the losses in pipe flow.
CO 4 Differentiate and modify the hydraulic system.
Course Outcomes :-At the end of course, Student will able to
CO 1 Identify the various types of soil.
CO 2 Determine the index properties of the soil.
CO 3 Perform and interpret direct Shear test and estimate shear strength parameters.
CO 4 Perform and analyze Constant Head Premeability test.
Course Outcomes :-At the end of course, Student will able to
CO 1 Students will be able to find the RL's of the station with tacheometer Survey.
CO 2 Use conventional surveying tools such as chain/tape, compass, plane table, level in the field of civil engineering.
CO 3 Plot traverses / sides of building and determine the location of points present on field on a piece of paper
Course Outcome : - 301405-Structure Analysis-I
Course Outcome : - 301406-Surveying ‐ II
Course Outcome : - 301407-Strength of Material Lab.
Course Outcome : - 301408-Advance Fluid Mechanic Lab
Course Outcome : - 301409-Geotechnical Engineering-I Lab
Course Outcome : - 301410-Surveying ‐ II Lab
Course Outcome : - 301403-Advanced Fluid Mechanics
Course Outcome : - 301404-Geotechnical Engineering-I
CO 4 Take accurate measurements, field booking, plotting and adjustment of errors can be understood.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understanding of core values and their relations to satisfy and happiness.
CO 2Understanding the society and the process of sociolization with the reference to the culture and religion and nature,
and feeling of different relations in the family and kinship and responsibilty to them.
CO 3Initial realization of body and mind, self consciousness and physical consciousness along with basic understanding
of soul and supreme soul.
Course Outcomes :-At the end of course, Student will able to
CO 1 Ability developement for understanding various engineering problems and concepts envolved wihtin it.
CO 2 Understandig the value of a group work and benifit of completeing various task assigned in a group.
CO 3 Utilization of various software skills to simulate the future results of the student project.
Course Outcomes :-At the end of course, Student will able to
CO 1 understand difference between mathematical logic and fuzzy logic and their uses in different area.
CO 2 Interpret problems and solution of combinatorics.
CO 3 Remember application of partial differential equation in the field of engineering and apply it.
CO 4 Evaluate problems related to vector calculus and their application in the respective domain.
CO 5 Analysis first and second dimension wave and Laplace equation and their application.
Course Outcomes :-At the end of course, Student will able to
CO 1 Gain a broad understanding of the geotechnical exploration.
CO 2 Know the stability of slops and their methods of improving.
CO 3 Predict the earth pressure over the earth resisting structures.
CO 4 Study the determination of the bearing capacity of soil.
CO 5 Know the method of ground improvement and geosynthetic materials.
Course Outcomes :-At the end of course, Student will able to
CO 1 Define and describe the different objectives of the Highway planning.
CO 2 Explain and Design the various Geometric Parameters.
CO 3 Learn about the different materials used the road construction.
CO 4 Define, discuss and differentiate the various components of the bridge.
CO 5 Explain and evaluate the parameters of the Airport Planning.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the various components and elements of a building and foundation.
CO 2 Applying the building codes and Building bye-laws to create plan for residential and public buildings.
CO 3 Create submission drawing of residential and industrial building
CO 4 Understand the perspective of drawing
CO 5 Develop the perspective view of staircase and buildings.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understanding the significance of water supply scheme and the kinds of water demand
CO 2 Knowledge of water conveyance system and its working procedure
CO 3 Extend the understanding of water quality parameter, standards, and health risk and treatment methods.
CO 4 Designing, creation and specification of purification techniques
CO 5 Better understanding of Disinfection for health risk mitigation and theiou various distribution system
Course Outcome : - 301503-Transportation Engineering ‐ I
Course Outcome : - 301504-Civil Engineering Drawing
Course Outcome : - 301505-Environmental Engineering –I
Course Outcome : - 301411-Value Education
Semester - 5
Course Outcome : - 301501-Advanced Engineering Mathematics
Course Outcome : - 301502-Geotechnical Engineering-II
Course Outcome : - 301412-Project ‐ II
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the basic concept of reinforced concrete structures.
CO 2 Understand the behaviour and various failure modes of concrete structures.
CO 3 Applying Limit state of collapse to analyse and design various types of beams.
CO 4 Analyse and design various reinforced concrete members such as beams, columns, slabs etc.
CO 5 Analyse and design water tank.
CO 6 Understand, analyse and design prestressed concrete members.
Course Outcomes :-At the end of course, Student will able to
CO 1 CO1. Perform various engineering control test on soil samples.
CO 2 CO2. Perform various quality control test on aggregates.
CO 3 CO3. Perform various quality control test on tar and bitumen samples.
CO 4 CO4. Have sufficient knoledge about data collection, methods and field test.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the perspective of drawing.
CO 2 Create layout of submission drawing of residential and industrial building.
CO 3 Create layout of plans using AutoCAD.
Course Outcomes :-At the end of course, Student will able to
CO 1 Enable to analyze various parameters like pH, TDS, heavy metals, ions and oxigen demad in water samples.
CO 2 Create awarness for water quality management.
CO 3 Development of purification techniques for safe drinking water.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the basic concept of designing.
CO 2 Analyse and design structural members and components.
CO 3 Analyse and design one way and two way slabs along with reinforcement detailing.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understanding the working environment of a industry or plant by visiting and training in the industry.
CO 2 Industrial problem identification.
Course Outcomes :-At the end of course, Student will able to
CO 1 Ability developement for understanding various engineering problems and concepts envolved wihtin it.
CO 2 Understandig the value of a group work and benifit of completeing various task assigned in a group.
CO 3 Utilization of various software skills to simulate the future results of the student project.
Course Outcomes :-At the end of course, Student will able to
CO 1 Classify the mathematical modelling , formulation and construct their solution.
CO 2 Differentiate different types of industrial problem related to transportations and find out their solutions.
CO 3 Understand concept of queueing theory and their applications in our daily life.
CO 4
Study of mathematical models of conflict and cooperation between intelligent rational decision maker using game
theory.
CO 5 Analysis problems related to network analysis in the field of research and daily life.
Course Outcomes :-At the end of course, Student will able to
Course Outcome : - 301506-RCC Structure
Course Outcome : - 301507-Transportation Engineering –I Lab
Course Outcome : - 301508-Civi lEngineering DrawingLab.
Course Outcome : - 301601-Operation Research Techniques
Course Outcome : - 301602-Engineering Hydrology
Course Outcome : - 301509-Environmental Engineering –I Lab
Course Outcome : - 301510-R.C.C. Structures Lab
Course Outcome : - 301511-Vocational Training ‐ ICourse Outcome : - 301512-Project ‐ III
Semester - 6
CO 1 Know and express the importance of Hydrological cycle and its components.
CO 2 Know earth atmosphere and calculate hydrological parameters and analyze by applying various theories.
CO 3 Know the types of precipitation and to measurement of rainfall, intensity.
CO 4 Understand and express the various different measurement methods of the evaporation estimations.
CO 5 Describe and use of the unit hydrograph and S‐curve.
CO 6
Analyze the significance of groundwater and recharging techniques to assess the yield of various sources of
groundwater.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the various process involved in the waste water treatment.
CO 2
Apply the knowledge of various principles, theories and equations in process analysis and in the design of various
components of sewerage system.
CO 3
Understand and explain various types of sanitary systems and its collection methodology along with the knowledge
of other structures required for efficient operation and maintenance of the system.
CO 4 Explain and discuss the sources, effects and control measures of air pollution and noise pollution.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the various specifications and types of steel structures.
CO 2 Analyse and design bolted connections, welded connections.
CO 3 Design various types of steel sections.
Course Outcomes :-At the end of course, Student will able to
CO 1 Define and describe the different components of railway track.
CO 2 Memorise and explain the various technical terms used in railway station.
CO 3 Define and describe the maintenance of the railway track.
CO 4 Learn about the factors causes the accidents and analys the same.
CO 5 Define and describe various technology use in constuction of Tunnel.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand and identify the different constituents of concrete.
CO 2 Determine the various properties of concrete.
CO 3 Evaluate the various parameters of concrete.
CO 4 Design and recommend the various mix proportions of materilas.
CO 5 Design and create concrete models.
Course Outcomes :-At the end of course, Student will able to
CO 1 Learn basic Auto Cad skills.
CO 2 Know the fundamentals of the 2D modelling.
CO 3 Develope a line plan for residential building.
CO 4
Understand the designing, drafting and documentation, analysis, defining workflows, surveying and mapping of civil
projects.
Course Outcomes :-At the end of course, Student will able to
CO 1 Evaluation of detailing of columns and foundations.
CO 2 Analyse and design bolted connections, welded connections.
CO 3 Understand detail drawing of plate girders.
Course Outcomes :-At the end of course, Student will able to
CO 1 Draw and design the railway track.
CO 2 Design the Gravity Model by trip distribution method.
CO 3 Analyse the road accidents by “chi-squared distribution”.CO 4 Analyze Speed of any highway by regression method .
Course Outcome : - 301603-Environmental Engineering ‐ II
Course Outcome : - 301604-Steel Structures
Course Outcome : - 301606-Concrete Technology
Course Outcome : - 301607-Computer Aided Design and Drafting Lab
Course Outcome : - 301609-Transportation Engineering ‐ II Lab
Course Outcome : - 301608-Steel Structures Lab.
Course Outcome : - 301605-Transportation Engineering ‐ II
Course Outcomes :-At the end of course, Student will able to
CO 1 Evaluate the various properties of concrete
CO 2 Evaluate and interpret the quality of material.
CO 3 Analyse various properties of fresh and hjardened concrete.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understanding the working environment of a industry or plant by visiting and training in the industry
CO 2 Identify Industrial problem.
CO 3 Solve the Industrial Problem.
Course Outcomes :-At the end of course, Student will able to
CO 1 Ability developement for understanding various engineering problems and concepts envolved wihtin it.
CO 2 Understandig the value of a group work and benifit of completeing various task assigned in a group.
CO 3 Utilization of various software skills to simulate the future results of the student project.
CO 4 Draft technical report on a project.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the behavior and modes of failure of reinforced concrete members such as beams and columns.
CO 2 Analyze and design the uniaxial and biaxial columns.
CO 3 Analyze and design the fixed beam and cantelever beam.
CO 4 Will demonstrate the ability to understand and design the portal frame.
CO 5 Will demonstrate the abilty to analyze and design the RCC structures.
Course Outcomes :-At the end of course, Student will able to
CO 1 Describe and explain the neecessity and importance of irrigation Engineering.
CO 2 Understand various types of irrigation scheme and its components.
CO 3 Determine the storage capacity of the reservoir.
CO 4 Explain and describe the various components of the different Dams, spillways.
CO 5 Explain and design the cross section of the canal.
Course Outcomes :-At the end of course, Student will able to
CO 1 Know the deflected shape of the structure and response due to the various loads.
CO 2 Analyze the beam and frame for vertical and horizontal loads and draw SFD and BMD.
CO 3 Calculate the moment distrubuted in the members by MDM method.
CO 4 Calculate the forces in the member by stiffness method.
CO 5 Analyse the non-prismatic member for understanding its behaviour.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the necessity and importance of maintenance.
CO 2 Analyse the common maintenance problems and clasify the maintenance work for the building.
CO 3 Evaluate the defects and select and implement new methods and techniques of repair.
CO 4 Evaluate the defects in any structure or material using various Non destructive techniques.
Elective -I
Course Outcomes :-At the end of course, Student will able to
CO 1 Learn in depth about remote sensing.
CO 2 Understand the Principles of interpretation of image processing systems.
Semester - 7
Course Outcome : - 301701- Advance Concrete Structures
Course Outcome : - 301702-Irrigation Engineering
Course Outcome : - 301703-Structure Analysis-II
Course Outcome : - 301704- Maintenance & Rehabilitation of Civil Engineering Structure
Course Outcome : - 301612-Project ‐ IV
Course Outcome : - 301705-A-Remote Sensing and its Applications
Course Outcome : - 301610-Concrete Technology Lab.
Course Outcome : - 301611-Entrepreneurship Skills
CO 3 Know the various types of digital satellite.
CO 4 Know the application of RS in civil engineering.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the basic concepts and various types of loading.
CO 2 Analyse the effect of lateral forces on a structure.
CO 3 Analyse and determine the mode shapes and frequencies of seismic waves.
CO 4 Apply design principles and techniques.
Course Outcomes :-At the end of course, Student will able to
CO 1 Understand the current problems of air pollution with characterization and source identification
CO 2 Knowledge of meteorological factors influencing air pollution, Plume behaviour and plotting of wind rose diagram
CO 3 Focus on gaseous and particulate polllutants and their standards.
CO 4 Air pollution health risk assesment and development of pollution control techniques.
Course Outcomes :-At the end of course, Student will able to
CO 1 Apply advanced surveying techniques in different fields of civil engineering.
CO 2 Select the advanced surveying technique which is best suited for a work .
CO 3 Apply total station and EDM in distance measurement and traversing
CO 4 Demonstrate the principles of the earth surface, its projections and different coordinates involved in map making
CO 5 Apply GPS in transportation engineering, structural engineering and land use planning.
Course Outcomes :-At the end of course, Student will able to
CO 1 Identify, formulate and solve the problem related to soil.
CO 2 Determine the land capability and suitability surveys
CO 3
Identify, evaluate and explain specification and methods of soil improvement, Geotextile reinforcements, Classical
method, Computer based method, Reliability based design.
CO 4
Learn embankment construction, Settlement calculation, Stage construction; Earth Retaining Structures: Gravity
walls; Stability of Slopes.
CO 5 Design of slopes in Hilly areas.
Course Outcomes :-At the end of course, Student will able to
CO 1 Design two way slab with various end conditions.
CO 2 Design Cantilever / Counterfort retaining wall.
CO 3 Design Combined footing.
CO 4 Design Portal frame.
Course Outcomes :-At the end of course, Student will able to
CO 1 Know the design of various components of irrigation scheme.
CO 2 Check stability of a given section of gravity and earthen dam.
CO 3 Design lined and unlined canals.
CO 4 Determine reservoir capacity and life of reservoir.
Course Outcomes :-At the end of course, Student will able to
CO 1 Students will be able to Analyze and validate the results obtained from the software with the analytical solutions.
CO 2
Students will be able to Analyze various structural elements such as beams, frames, truss etc. with the help of
available commercial software packages.
Course Outcomes :-At the end of course, Student will able to
CO 1 Students will be able to learn various techniques used on software to reduce laborious work.
Course Outcome : - 301707-Irrigation Engineering-Lab
Course Outcome : - 301708-Structure Analysis-II-Lab
Course Outcome : - 301709-Vocational Training ‐ II
Course Outcome : - 301705-B-Earthquake Engineering
Course Outcome : - 301705-C-Air pollution and Control Measures
Course Outcome : - 301705-D-Advanced Surveying
Course Outcome : - 301705-E-Advanced Soil Mechanics
Course Outcome : - 301706-Advance Concrete Structures-Lab
CO 2 Effectively represent themselves professionally
CO 3 Develop proficiency in written communication
Course Outcomes :-At the end of course, Student will able to
CO 1 Helpful to develope the managarial skills and overall persanality development.
CO 2 Helpful to enhance the english language and vocabulary.
CO 3 Writing skill developement for proffesional audit and reports.
CO 4 Reasoning proficiency and general mathematical proficiency
CO 5 Ability developement for understanding various engineering problems and concepts envolved wihtin it.
Course Outcomes :-At the end of course, Student will able to
CO 1 Ability developement for understanding various engineering problems and concepts envolved wihtin it.
CO 2 Understandig the value of a group work and benifit of completeing various task assigned in a group.
CO 3 Utilization of various software skills to simulate the future results of the student project.
CO 4 Project based learning.
Course Outcomes :-At the end of this course the student will be able to:
CO1 Read the drawings, understand the details, identify the appropriate items and calculate the quantity of items involved
in civil Engineering work.
CO2 Prepare a approximate and detail estimate of the load bearing and framed structures. Also other Civil Engineering
structures.
CO3 Draft the specification of the various items involve in the Civil Engineering Works. Analyze the unit rate of item
referring the specification of item and local or regional current market rates of materials and labors.
CO4 Prepare the contract documents and float tender.
CO5 Explain and evaluate the present fair value of property for various purpose of valuation & Fixation of standard rent.
Course Outcomes :-At the end of this course the student will be able to:
CO1 Understand and summarize constrction projects and the functions of construction management.
CO2 Evaluate the network of the project with various network analysis method.
CO3 Understand and create the safety checklist for any construction site.
CO4 Analyse the quality of work for any workpiece.
Course Outcomes :-At the end of this course the student will be able to:
CO1 Understand the degrees of freedom of a structure.
CO2 Understand and determine the local and global coordinates of a structure.
CO3 Analyse beams, columns, frame and grids.
CO4 Analyse for temperature loading.
CO5 Analyse and design truss and portal frames.
Course Outcome : 301804 A- Geotechnical Processes
Course Outcomes :- At the end of this course the student will be able to:
CO1 The study of the solid part of the earth on which structures are built is an essential part of the training of a civil
engineer.
CO2 Know the types and application of the grouting in civil engineering constructions.
CO3 Know the method of soil stabilization.
CO4 Know the concept, materials, application and design of reinforced earth wall.
Course Outcomes :-At the end of this course the student will be able to:
Course Outcome : 301804 B- Rock Mechanics
Course Outcome : - 301710-General Proficiency-I
Course Outcome : - 301711-Project ‐ V
Semester - 8
Course Outcome :301801 - Estimation and Costing
Course Outcome : 301802- Construction Planning and management
Course Outcome : 301803- Structure Analysis-III
Course Outcome : 301804- Elective –II
CO1 Expand a board understanding of rock structures, investigations and their engineering properties.
CO2 Know the engineering classification of rocks and rock masses.
CO3 Determination of physico-mechanical properties of rock as per ISRM standard testing procedures.
CO4 Improvement of slope stability and their protection.
CO5 Use the rock bolting and grouting techniques, for safety of civil engineering constructions.
Course Outcomes :-At the end of this course the student will be able to:
CO1 Understand project report preparation.
CO2 Understanding management Apprisal Assesment.
CO3 Analyse environmental impact on the completion of time period of a project.
CO4 Evaluating the cost of a project.
Course Outcomes :-At the end of this course the student will be able to:
CO1 The ability to understand and analyse watersheds and river basins for wholesome sustainable development,
protection of source water.
CO2 Watersheds no longer comprise agricultural land only but have undergone industrialization and urbanization, so
competency will be developed by students to analyse field problems and devise efficient water management
techniques and soil management techniques
CO3 Students will be able to determine the causes of stress in different river basins and work towards remediation
techniques for restoration of river and ecosystem health.
CO4 Overall students will develop skills for detection, rehabilitation and conservation using participatory implementation
of techniques for integrated watershed and river basin management .
CO5 Hill slope processes, forest and land use, hill slope conservation. Bad lands, bad land development.
Course Outcomes :-At the end of this course the student will be able to:
CO1 Understand Construction Techniques.
CO2 Understand and remember the construction equipments required for earthwork operations.
CO3 Analyse the type of foundation and repair method for any defects.
CO4 Analyse and implement the different type of construction technique for super structures.
Course Outcome : 301805 A- Disaster Management.
Course Outcomes :-At the end of this course the student will be able to:
CO1 Understand and remember the different terminologies related to disaster management.
CO2 Understand the various types of disasters and their impact.
CO3 Analyse the performanc of structure after any disaster.
CO4 Create new construction techniques and facilities.
Course Outcomes :-At the end of this course the student will be able to:
CO1 Study importance of geological structure, rock types in civil engineering projects.
CO2 Significance of the various types of rock structures, igneous intrusion in civil engineering projects.
CO3 Selection & provision of protective measures for the tunnelling.
CO4 Know the formation and behaviour of soils & its engineering character.
CO5 Know the geophysical investigations methods of explorations.
Course Outcomes :-At the end of this course the student will be able to:
CO1 Understanding the collection, transport, treatment and disposal method of solid waste.
CO2 Source identification of solid waste materials and their classification.
CO3 Extend the knowledge of hazardous waste and biomedical waste for safe environment.
CO4 Steps and planning for Solid waste management implementation.
Course Outcomes :-At the end of this course the student will be able to:
Course Outcome : 301805 D- Expansive Soils
Course Outcome : 301804 C- Appraisal and Implementation of Infrastructure Projects
Course Outcome : 301804 D- Water Shed Management
Course Outcome : 301804 E- Construction Equipment’s and Techniques
Course Outcome : 301805- Elective –III
Course Outcome : 301805 B- Advance Engineering Geology
Course Outcome : 301805 C- Solid waste management
CO1 Understand the dynamics of earth and to estimate dynamic properties of soils.
CO2 Improve the engineering properties and make it suitable for construction.
CO3 The engineering properties, problems and solution need to be considered when constructing a foundation on
expansive soils.
CO4 Develop the site specific design spectrum for design of sub structure and evaluation of liquefaction potential.
CO5 Study the behaviour of the stabilized soil subjected to cyclic loading.
Course Outcomes :-At the end of this course the student will be able to:
CO1 Understand the fundamentals of GIS.
CO2 Understand the types of the GIS input data.
CO3 Analysis and management of the data.
CO4 Analyse the application of GIS in civil engineering.
CO5 Types of GIS analysis used for case study.
Course Outcomes :-At the end of this course the student will be able to:
CO1 Estimate the quantity of items involved in proposed civil engineering work by referring the requirements and detailed
drawings.
CO2 Draft the specifications of various items by considering the object, type and principles of specification.
CO3 Analyze the unit rate of items by referring the specification and regional current market rates involved in civil
engineering work.
CO4 Prepare the approximate and detailed estimate of load bearing and framed structures, earthwork of road and several
civil engineering works and evaluate the financial aspects of project.
CO5 Draft tender notice for execution of proposed work. Determine depreciation, book value, capitalized value and
present fair value of property to evaluate the valuation of property for various purposes and fixation of rent.
Course Outcomes :-At the end of this course the student will be able to:
CO1 Assess economy and project.
CO2 Understand and create the safety checklist for any construction site.
CO3 Evaluate network of the project with different network techniques.
Course Outcomes :-At the end of this course the student will be able to:
CO1 Create 2D & 3D models of concrete and steel structures using Staad Pro.
CO2 Analyse and Design of 1BHK, 2BHK plans in Staad Pro.
CO3 Analyse and design of water tank.
CO4 Create, analyse and design different types of staircase.
Course Outcomes :-At the end of this course the student will be able to:
CO1 Develope the managarial skills and overall persanality development.
CO2 Helpful to enhance the english language and vocabulary.
CO3 Writing skill developement for proffesional audit and reports.
CO4 Reasoning proficiency and general mathematical proficiency.
Course Outcomes :-At the end of this course the student will be able to:
CO1 Understand various engineering problems and concepts envolved wihtin it.
CO2 Understand the value of a group work and benifit of completeing various task assigned in a group.
CO3 Apply various software skills to simulate the future results of the student project.
Course Outcome : 301810- Project ‐ VI
Course Outcome : 301805 E- GIS and Its Applications
Course Outcome : 301806- Estimation and Costing Lab
Course Outcome : 301807- Construction Planning and management Lab
Course Outcome : 301808- Structure Analysis-III Lab
Course Outcome : 301809- General Proficiency-II
Course outcomes:-At the end of course,student will be able to
C01 Assess the basic set operations, transformations
C02 Analysis engineering problem related to group theory and their application in the field of research.
C03
Determine the basic techniques to protect data in computer and communication environments through cryptography.
C04 Apply the transform theory and their applications in the field of research.
C05 Create mathematical modelling , formulation and their solution.
Course outcomes:-At the end of course,student will be able to
C01 Analyze the concepts of advanced casting and welding technologies.
C02 Illustrate the working concept behind welding and casting processes.
C03 Apply the concept of Laser beam welding, Electron beam welding ,Ultrasonic welding.
C04 Evaluate the parameters that affect the casting processes.
C05 Apply the application work on Investment ,squeeze ,vacuum casting machines.
C06 Solve engineering problems on manufacturing techniques.
Course outcomes:-At the end of course,student will be able to
C01 Analyze the concept of Flexible Manufacturing System used in any advanced computer controlled manufacturing
system.
C02 Construct the picture about Flexible Manufacturing System layout, Simulation based control and software
programming.
C03 Illustrate the Direct Numerical Control machine system
C04 Illustrate about automated material handling and automated storage of materials.
C05 Solve engineering problems on basis of PLC programming, logic gate and ladder diagram which is used in industrial
operations.
Course outcomes:-At the end of course,student will be able to
C01 Illustrate the computer aided designing /computer aided machining software system
C02 Construct a part modelling and solid modelling models.
C03 Compute the analysis types for mass property calculations and finite element method.
C04 Illustrate the Numerical Control,Computerised Numerical Control & Direct Numerical Control machines
C05 Apply the concept of surface machining,lathe machining and multi axes machining operations.
Course outcomes:-At the end of course,student will be able to
C01 State the concept and mechanics behind metal cutting
C02 Analyze the tool signature for machining process
C03 Interpret the importance of cutting fluids and their properties on machining process and finished product
C04 Demonstrate the metal cutting characteristics and machining time.
C05 Apply the knowledge of cutting operations, their mechanism with engineering problem.
Course outcomes:-At the end of course,student will be able to
C01 Analyze the importance of measuring tools and techniques.
C02 Apply knowledge to use the measuring tools for flatness,roughness,gear parameters.
Semester - 1
Course outcome: 5211101- Mathematical Foundations of Technology
Course outcome: 5211102- Advanced Casting and Welding Technologies
Course outcome: 5211103- Flexible Manufacturing Systems
Course outcome: 5211104- CAD/CAM Applications
Course outcome: 5211105C- Theory of Metal Cutting
Course outcome: 5211106- Mathematical Foundations of Technology
SCHOOL OF ENGINEERING & RESEARCH
M. Tech Mechanical Course Outcomes
C03 Evaluate the measure errors and rectify with the mechanical measuring instruments.
C04 Apply the metallographic tools and surface measuring parameters in industries.
Course outcomes:-At the end of course,student will be able to
C01 Illustrate the importance of computer aided/machining software in industries
C02 Construct any part and any surface in computer aided software.
C03 Compute an assembly in cad software.
C04 Prepare programming for different applications of machining
C05 Prepare part programming of plain turning,taper turning and drilling operation.
Course outcomes:-At the end of course,student will be able to
C01 Demonstrate the working of generalised measurement system.
C02 Analyze the errors and its sources in instruments.
C03 Construct any model with sensors and transducers to understand its behaviour
C04 Calibrate the instruments used for strain , pressure and fluid flow measuremnet.
Course outcomes:-At the end of course,student will be able to
C01 Apply the knowlege of sensors for industrial applications.
C02 Analyze sensors for variable environmental conditions.
C03 Construct industrial models with sensor material requirement.
C04 Solve the engineering problem related to the faulty conditions in any industry and detecting it with sensors.
Course outcomes:-At the end of course,student will be able to
CO1 Evaluate industrial problem and generate their mathematical modelling and solve by Linear programming methods
CO2 Solve engineering problems on Inventory control systems and method by using probability models
CO3 analyse problems which is nonlinear and construct their solution by non-linear programming methods.
CO4 Create a model on basis of forecasting for any optimal solution and their application
Course outcomes:- At the end of course,student will be able to
CO1 illustrate the importance of automation in manufacturing system
CO2 Evaluate an engineering problems on automated delivery system, workstations and assembly systems
CO3 Create the manual assembly lines and assembly model methods
CO4 Apply the concept of material handling system in the Industrial field.
CO5 Create an automated manufacturing system in the field of mechanical engineering.
Course outcomes:-At the end of course,student will be able to
CO1 Describe the advantages and disadvantages of FEM and concept of elasticity.
CO2 Analyse importance of finite element methods.
CO3 Analyse engineering problems using the concept of rayleigh and weighted residual methods.
CO4 describe the concept of shape functions.
CO5 develop method for mechanical problem to formulate the design problem.
Course outcomes:-At the end of course,student will be able to
CO1 Analyze the productivity and their measures for improvement of product.
CO2 Solve engineering problems with using Modern Tools and Techniques for Productivity Improvement
CO3 Evaluate Operation Strategy used in designing,developing and marketing strategy
CO4 Analyze the Performances of Measurement and its types
CO5 illustrate technology Management on technical issues, technology supporting system.
Course outcome: 5211107- CAD/CAM Applications lab
Course outcome: 5151105A- Mathematical Foundations of Technology
Course outcome: 5151105B- Sensors for Industrial Applications
Semester - 2
Course outcome: 5151201- Advanced Operations Research techniques
Course outcome: 5151202- Automation in Manufacturing
Course outcome: 5151203-Finite Element Methods
Course outcome: 5151204- Productivity Management
Course outcomes:-At the end of course,student will be able to
CO1 Analyze the fundamental concept ,advantages and limitations of rapid prototyping .
CO2 Interpret the specifications, working principle,operations of liquid based prototyping systems.
CO3Solve engineering problem using fundamental concept ,working principle,operations of powder based rapid
prototyping systems.
CO4 Analyse the rapid prototype data formates and softwares.
CO5 Analyse applications of rapid prototyping in automotive,aerospace,jewellry and coin industry,
Course outcomes:-At the end of course,student will be able to
CO1 Analysiso linear programming with some engineering problems
CO2 Evaluate a problem on method study and time study related to industrila problem
CO3 Develop a plan for design experiments on ANOVA model
CO4 Create a problem on Program Logic Control for automation
Course outcomes:-At the end of course,student will be able to
CO1 Evaluate machine tool with geared headstock and Norton gearbox.
CO2 Design spindle of general purpose and high speed machine tools
CO3 Design machine tool housings, columns and tables
CO4 Design of Twist Drill for Practical application of drilling
Course outcomes:-At the end of course,student will be able to
CO1 Apply the Quality Control and Total Quality System tools.
CO2 Evaluate the fundamentals of Statistical concepts and Techniques in Quality Control and Improvement
CO3 Apply the concepts of Statistical Process Control using control charts.
CO4 Apply the acceptance sampling plans for attributes.
CO5 Apply reliability engineering experiment design.
Course outcomes:-At the end of course,student will be able to
CO1 Analyze the basics of supply chain and their management.
CO2 Solve engineering problem to eliminate the demand forecasting in supply chain
CO3 Solve problems of inventory and supply chain use in industries.
CO4 Apply the concept of integrated system for collaborative work.
Course outcomes:- At the end of course,student will be able to
CO1 Illustrate the types of composite materials with their characteristics and tensors.
CO2 Illustrate the properties of material and strain to failure.
CO3 Demonstrate the metal matrix composites in engineering practice
CO4 Relate the polymer matrix composites and metal matrix composite
CO5 Determine the stress , strain criteria for composite materials
Course outcomes:- At the end of course,student will be able to
CO1 Illustrate Single Variable nonlinear Unconstrained Optimization technique.
CO2 Analysis multivariable nonlinear unconstrained problem and construct their optimize solution
CO3 Illustrate the taguchi technique for optimization of product design .
CO4 Evaluate designs of experiments ,anova ,full fractional, factorial design and their applications in the research
CO5 Classify Non Traditional Optimization Algorithms and their methods.
Course outcomes:- At the end of course,student will be able to
Semester - 3
Course outcome: 5151205C- Rapid Prototyping Technologies
Course outcome: 5151206- Automation in Manufacturing lab
Course outcome: 5151207- Machine Tools Engineering -Lab
Course outcome: 5151205A- Quality Control & Reliability Engineering
Course outcome: 5151205B- Supply Chain Management
Course outcome: 5151301- Composite Materials
Course outcome: 5151302C- Advanced Optimization Techniques
Course outcome: 5151303- Preliminary Work on Dissertation
CO1 Solve selected industry based problem for project work.
CO2 Develop problem formulation skill and solve it.
CO3 Analyze the social responsibility through the selected research based problem.
CO4 Interpretate the result with predifine data
Course outcomes:- At the end of course,student will be able to
CO1 Develop technical research paper writing skill.
CO2 Create the national/ international workshop and seminar, conference
CO3 Develop the skill on power point presentation and effective communication
CO4 Write one research paper in the field of your interest
Course outcomes:- At the end of course,student will be able to
CO1 Demonstrate design philosophy for manufacturability and materials
CO2 Solve problems related with machining process,metal casting and general design rules for roughness, tolerance &
other parameters.
CO3 Apply assembly methods and automatic assembly transfer system in industries.
CO4 Illustrate design of manual assembly and their designing guidelines.
Course outcomes:- At the end of course,student will be able to
CO1 Relate the product,cost ,significance of product for continuous process improvement.
CO2 Analyze statistical process control and quality function deployment.
CO3 Evaluate design of experiments and taguchi technique for optimization.
CO4 Apply total quality management & six sigma methodology for quality management
Course Outcomes :-At the end of course, Student will able to
CO1 Makes an effective, convincing case of need for study
CO2 Results should make a significant contribution to practice
CO3 Conclude fruitfully each part of the dissertation in terms of motivation, literature, methodology , experimentation
CO4 Create one International Journal and attends two International Conferences related to the final project.
Semester - 4
Course outcome: 5151401- Dissertation, Seminar and Viva-Voce
Course outcomes: 5151304- Technical Paper Writing and Seminar
Course outcomes: 5151302A- Design for Manufacture & Assembly
Course outcomes: 5151302B- Quality Engineering and Management
At the end of course, student will be able to
CO1 Evaluate the problem related to group theory and their application in the field of research.
CO2 Remember the basic techniques to protect data in computer and communication environments.
CO3 Understand the transform theory and their applications in the field of research.
CO4 Understand the advance mathematical tools required for research and development.
At the end of course, student will be able to
CO1 Understand the power system optimization and its operation.
CO2 Understand the economic operation of power system.
CO3 Analyze the formulation of Hydro-Thermal Scheduling.
CO4 Understand the voltage control methods and its operation.
At the end of course, student will be able to
CO1 Understand the various power quality issues.
CO2 Analyze the Harmonics and its elimination filters.
CO3 Create a project of filters using simulation.
CO4 Evaluate the modeling of converters.
At the end of course, student will be able to
CO1 Understand the basics of signal and certain transforms.
CO2 Understand the fundamentals of image processing.
CO3 Analyze the image processing having in depth knowledge in each parameter.
CO4 Understand the image morphology.
CO5 Knowledge of Case studies on cyber security applications.
At the end of course, student will be able to
CO1 Understand the compensation of reactive power in power system.
CO2 Understand the power quality issues.
CO3 Apply the compensation techniques in power system
CO4 Demonstrate project management skills
At the end of course, student will be able to
CO1 Understand the basics of power diodes, MOSFET and IGBT.
CO2 Understand the protection of switching devices.
CO3 Apply usage of power electronic devices in industries.
CO4 Acquire knowledge of power conditioners and their applications.
At the end of course, student will be able to
CO1 Understand the Overvies of Cellular Syatems.
CO2 Apply the Mobile Signal Coverages and Propogation Loss Medium.
CO3 Evaluate the Error Detection and Correction Mechanism.
CO4 Describe and differentiate four generations of wireless standard for cellular networks.
At the end of course, student will be able to
CO1 Evaluate the economic Dispatch of thermal Units using simulation.
CO2 Understand the characteristics of various Overcurrent relay by experiments
CO3 Understand the under frequency and over frequency of alternator.
CO4 Remember the different types of relay.
At the end of course, student will be able to
CO1 Understand the basics of signal and program in MATLAB.
Course Outcome:5021101 Mathematical Foundations of Technology
Course Outcome:5021102 Optimal Power System Operation
Course Outcome:5021103 Principles and Practices in Power Conditioning
Course Outcome:5021104 Digital Signal and Image Processing
Course Outcome:5021105a Reactive power Compensation and Management
Course Outcome:5021105b Power Semiconductor Devices and protection
Course Outcome:5021105C Wireless communication and cellular systems
Course Outcome:5021106 Optimal Power System Operation Lab
Course Outcome:5021107 Digital Signal and Image Processing Lab
SCHOOL OF ENGINEERING & RESEARCH
M. Tech Electrical and Electronics Course Outcomes
CO2 Create the project of image processing in MATLAB Simulink
CO3 Understand the commercial use of Image processing.
At the end of course, student will be able to
CO1 Create the simple power system model for dynamic studies, and perform simple stability studies.
CO2
Apply improvements of power system design and dynamic performance with respect to overall system angular
stability.
CO3 Evaluate power system design, dynamic performance and stability.
CO4 Analyze dynamic and oscillatory behavior of power systems and to alleviate the same.
At the end of course, student will be able to
CO1 Create studies on selected areas of power electronics in greater depth
CO2 Apply recent developments in power electronics
CO3 Remember the applications of advanced power electronics.
CO4 Design power circuit and protection circuit of PSDs and converters.
At the end of course, student will be able to
CO1 Analyze the power quality issues in depth.
CO2 Understand the various FACTS devices with its modelling
CO3 Understand the harmonics and its eleimination methods.
CO4 Identify the sources of each type of power line disturbance
At the end of course, student will be able to
CO1 Analyze the various types of protective relays for power system
CO2 Understand the Overcurrent protection schemes in depth.
CO3 Understand the concept of static, distance and differential relaying for power system
CO4 Understand and analyze the advance protection system used in industries.
At the end of course, student will be able to
CO1 Understand the objectives of power system planning.
CO2 Knowledge on Load Forecasting Methodologies.
CO3 Understand the energy demand forecasting in the market.
CO4 Understand optimal power system expansion and its planning.
At the end of course, student will be able to
CO1 Create and analyze different control techniques of DC Drive
CO2 Create and analyze different control techniques of AC Drive
CO3 Apply suitable Special Electrical Drive and apply appropriate control method for the application.
CO4 Analyze the TwoQuadrant and Four Quadrant Control of DC Motor Drive.
At the end of course, student will be able to
CO1 Remember about the basic concepts of AC/ DC machine modeling.
CO2 Undersatand about the dynamic modeling and phase transformation
CO3 Understand the modeling of synchronous machine modeling.
CO4 Develop models for linear and nonlinear magnetic circuits.
At the end of course, student will be able to
CO1
Create the appropriate models, including model parameter setting, of individual power system elements for power
system dynamics studies.
CO2 Evaluate the Total Harmonic Distortion.
CO3 Analyze the mathematical modeling of Transmission lines
At the end of course, student will be able to
CO1 Understand the simulation of various FACTS devices.
CO2 Understand the simulation of the wind power in MATLAB Simulink.
CO3 Create the program for programmable AC source of various rating.
Course Outcome:5021205c Modelling and Dynamics of Electrical Machines
Course Outcome:5021202 Advanced Power Electronics ‐ Controlling System
Course Outcome:5021203 Power Quality and Facts
Course Outcome:5021204 Advanced Power System Protection
Course Outcome:5021205a Load and Energy Management Power System Planning
Course Outcome:5021205b Solid State Control of Electrical Drives
Course Outcome:5021207 Power Quality and Facts Lab.
Course Outcome:5021301 Power System Reliability
Course Outcome:5021206 Power System Dynamics and Stability Lab.
Course Outcome:5021201 Power System Dynamics & Stability
At the end of course, student will be able to
CO1 Create the model and analyze electric power systems with respect to reliability of supply.
CO2 Understand the assessment methods of power costs
CO3 Evaluate reliability models using frequency and duration techniques and generate various reliability models
CO4 able to perform generation and transmission planning
At the end of course, student will be able to
CO1 Understand the basics of Computer Aided Power System Analysis.
CO2
Understand the techniques and computer application for modeling of practical and large interconnected power
system networks using programming languages.
CO3
Apply methodologies for simulation and analysis of power system networks like real and reactive power flows and
optimal scheduling
CO4 Design various transmission and distribution network in virtual platform.
At the end of course, student will be able to
CO1 Understand and analyze the PLC interfacing with hardware.
CO2 Understand the real time PLC automation of power plant.
CO3 Analyze the various constructional aspects of rotating electrical machines.
CO4
Analyze, design, implement,formulate, and operate advanced electrical power systems, advanced electrical machine
drive systems, advanced control, and automation systems
At the end of course, student will be able to
CO1 Evaluate enabling technologies such as high-speed links and storage area networks for building computer grids.
CO2 Understand the genesisof gridcomputing
CO3
Create communications skills and accept the code of professional conduct and practice through short presentations
and group work.
CO4 Understand and analyze the applications of grid computing.
At the end of course, student will be able to
CO1 Knowledge the real world power system problems,
CO2 Analyze, design and implement solution methodologies,
CO3 Apply modern engineering tools for solution like MATLAB, MI-Power, PS-CAD etc.
At the end of course, student will be able to
CO1 Effective communication by making an oral presentation before an evaluation committee
CO2 Create the technical reports and research paper following professional ethics
CO3 Create the new directions for various cutting edge technologies
At the end of course, student will be able to
CO1 Create the suitable research dissertation relating to power system
CO2 Evaluate and justify the proposed method for undertaking the dissertation.
CO3
Apply advanced research skills encompassing construction of research tools and conducting experiments, which
allow for solving complex problems in various fields of psychological research.
CO4Understand the ethical standards for scientific research, uses them, following principles of scientific integrity. Is
aware of and follow the basic principles of behaviour in an academic community.
Course Outcome:5021304 Technical Paper Writing and Seminar
Course Outcome:5021401 Dissertation, Seminar and Viva‐Voce
Course Outcome:5021302a Computer Aided Power System Analysis
Course Outcome:5021302b Real time Electrical Systems and Machines
Course Outcome:5021302c Principles of Grid Computing
Course Outcome:5021303 Preliminary Work on Dissertation
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the Group Theory and Applications.
CO2 Apply Number Theory and Applications like Euclid’s algorithm.CO3. Evaluate the Transform Theory like Fourier Series (Review), Fourier Transform, Laplace Transform.
CO4 Use the methods and application of Transform Theory.
CO5 Analysis of Optimization & Modeling.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the Overview of Information Security System.
CO2 Applying the mechanism of Cryptography of Information Security System.
CO3. Evaluate thedifferent protocols.
CO4 Use of IP Based Web Security and Standard.
CO5 Analysis of Security Policies like Cyber Crime and Hackers.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the Overview of Oprating Systems.
CO2 Applying different Data Encryption Techniques.
CO3. Evaluate the Cyber Security Software Based Mechanism on Encryption.
CO4 Use of Methods of Data Compression for Cyber Security.
CO5 Analysis of Security Policies like Cyber Crime and Hackers.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the Fundamentals of Image Processing.
CO2 Applying Image Enhancementand Segmentation.
CO3. Evaluate the different patterns through Morphological Image Processing.
CO4 Use the technology of Sinnals and systems .
CO5 Analysis of Cyber Security based Applications.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the Principal of Data Encryption and Compression.
CO2 Applying Symmetric and Asymmetric Key Encryption.
CO3. Evaluate Software Mechanism on Encryption.
CO4 Use the Message Authentication and Data Compression Management.
CO5 Analysis of Methods of Data Compression.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the Principal of Information Theory and coding.
CO2 Applying Channel Capacity and Coding.
CO3. Evaluate the Cycle codes.
CO4 Use the concept of Convolution Codes.
CO5 Analysis the Concept of coded modulation.
Course Outcome 5211104 - Digital Signal and Image Processing
Semester - 1
Course Outcome 5211101 - Marthematical Foundation of Technology
Course Outcome 5211102 - Information Security Systems
Course Outcome 5211103 - Operating System and Cyber Security Mechanismss
Course Outcome 5211105 A - Principles of Data Encryption and Compression (Elective – I)
Course Outcome 5211105 B - Principles of Information Theory and Coding (Elective – I)
Course Outcome 5211105 C - Wireless Communications and Cellular Systems (Elective – I)
SCHOOL OF ENGINEERING & RESEARCH
M. Tech Computer Science Course Outcomes
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the Overvies of Cellular Syatems.
CO2 Applying Mobile Signal Coverages and Propogation Loss Medium.
CO3. Evaluate the Error Detection and Correction Mechanism.
CO4 Use the concept of Channel Utilization and its Management.
CO5 Analysis the Concept of coded modulation.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the basic concept of Operating system.
CO2 Applying the shell script programming.
CO3. Create the programs using Perl script.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyze important Signal Processing and Statistics toolbox functions.
CO2 Applying the Image Processing Concept.
CO3. Create the programs related to different signals.
CO1 Understand the Computer Forensics and Network Simulation.
CO2 Applying the Security Issues and Measure Cyber Crimes & Hackers.
CO3 Evaluate the System Intrusion Detection and Prevention Definition, Intrusion Detection.
CO4 Use of Securities in Wireless Networks and Devices.
CO5 Analysis of Implementation of Security Issues.
CO1 Understand the Overview of Biometrics.
CO2 Applying the Phsiological Biometrics Technologies.
CO3 Evaluate the Behavioral Biometrics Technologies.
CO4 Use of Multi Biometrics.
CO5 Analysis of Case Studies.
CO1 Understand the Overview of Cryptography.
CO2 Applying the Security Measures and Strategies.
CO3 Evaluate the Sourse of cyber Security Threats.
CO4 Use of cyber Security Threats Management.
CO5 Analysis of Firewalls and Intrusion Detectins Syatem.
CO1 Understand the Overview of Problem, Process and Product.
CO2 Applying the concept of Engineering “Just Right” Reliability.CO3 Evaluate the Executing test.
CO4 Use of UML for Security.
CO5 Analysis of different Applications and Case Studies.
CO1 Understand the Overview of Nueral Network.
CO2 Applying the concept of Intelligent System.
CO3 Evaluate the Neuro Fuzzy Systems.
Course Outcome 5211203 - Cryptography and Cyber Security Threats
Course Outcome 5211106 - Operating System and Cyber Security Lab.
Course Outcome 5211107 - Digital Signal and Image Processing Lab..
Semester - 2
Course Outcome 5211201 - Computer Forensics & Network Simulation
Course Outcomes :-At the end of course, Student will able to
Course Outcome 5211202 - Biometrical based Cyber Security Systems
Course Outcomes :-At the end of course, Student will able to
Course Outcomes :-At the end of course, Student will able to
Course Outcome 5211204 - Software Engineering in Cyber Security
Course Outcomes :-At the end of course, Student will able to
Course Outcome 5211205 A - Cyber Security through Intelligent Systems (Elective – II)Course Outcomes :-At the end of course, Student will able to
CO4 Use of Fuzzy Syatems.
CO5 Analysis of Genetic Algorithms.
CO1 Understand the Overview and Characteritics of Security and Computing.
CO2 Applying the concept of Ethical Issues for Security.
CO3 Evaluate the Tools of Cyber Securities.
CO4 Use of Security Policies and Procedures.
CO5 Analysis of Case Studies.
CO1 Understand the Overview Cyber Security and Cyber Information.
CO2 Applying the concept of Risk Management.
CO3 Evaluate the Tools of Cyber Monitoring.
CO4 Use of Information Security Standard.
CO5 Analysis of Risk Management and Planning.
CO1 Understand the basic concept of Computer Forensics and Network Simulation.
CO2 Applying the Network Simulation for creating Project.
CO3 Create the programs using NS-
CO1 Understand the basic concept of Biometrics.
CO2 Applying the Degmentation Techniques for creating Project.
CO3 Analysis of Case Study.
CO1 Understand the Fundamental of Wireless.
CO2 Applying the Cyber Security Princilples and Authentications.
CO3 Evaluate WLAN Configuration.
CO4 Use of Standard and Policy Solution.
CO5 Analysis of M-Commerse Cyber Security.
CO1 Understand the Overview of Legal Issues and Policies.
CO2 Applying theconcept of Writing Souece Policies.
CO3 Establishing Policies.
CO4 Use of Legal Issues and Policies Objective.
CO5 Maintaining the Policies.
CO1 Understand the Overview of Cloud Computing.
CO2 Applying the different Cloud Services.
CO3 Evaluate the different Models.
CO4 Use of Securities Chalanges of Cloud.
CO5 Analysis of Cloude Applications.
Course Outcome 5211207 - Biometrical based Cyber Security Systems Lab
Course Outcome 5211205 B - Cyber Security Policies, Procedures and its Global Promotions (Elective – II)Course Outcomes :-At the end of course, Student will able to
Course Outcome 5211205 C - Cyber Security Audit and Risk Assessment (Elective – II)Course Outcomes :-At the end of course, Student will able to
Course Outcome 5211206 - Computer Forensics and Network Simulation Lab.
Course Outcomes :-At the end of course, Student will able to
Course Outcomes :-At the end of course, Student will able to
Semester - 3
Course Outcome 5211301 - Wireless Cyber Security Systems
Course Outcomes :-At the end of course, Student will able to
Course Outcome 5211302 A - Legal Issues and Policies in Industries (Elective – III)Course Outcomes :-At the end of course, Student will able to
Course Outcome 5211302 B - Cyber Security through Cloud Computing (Elective – III)Course Outcomes :-At the end of course, Student will able to
Course Outcome 5211302 - Principles of Grid Computing (Elective – III)
CO1 Understand the Overview of Grid Computing.
CO2 Applying the Basic Architecture of grid.
CO3 Evaluate the Grid services.
CO4 Use of Parallel Computing.
CO5 Analysis of different Applications.
CO1 Understand the basic concept of Your Objectives.
CO2 Applying the different Algotithms.
CO3 Creating Research Project..
CO1 Understand the basic concept of Technical Paper.
CO2 Creating Seminar.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the Dissertation Contents.
CO2 Create the contents of Dissertation and Seminar.
Course Outcome 5211303 - Preliminary work on Dissertation
Course Outcomes :-At the end of course, Student will able to
Course Outcomes :-At the end of course, Student will able to
Course Outcome 5211304 - Technical Paper Writing and Seminar
Course Outcomes :-At the end of course, Student will able to
Semester - 4
Course Outcome 5211401 - Dissertation, Seminar and Viva‐Voce
Course outcome : At the end of course, student will be able to
CO1 Solve problem related to group theory and their application in the field of research.
CO2 Familiar with basic techniques to protect data in computer and communication environments.
CO3 Understand trasform theory and their applications in the field of research.
CO4 Develop mathematical modelling, formulation and their solution.
CO5 Understand application of number theory.
Course outcome : At the end of course, student will be able to
CO1 Understand the chemistry and physics of atmospheric pollutants and their emission sources
CO2 Characterization of water quality parameters and interaction phase of water with different origin species.
CO3
Recommendations for suitable analytical methods to determine trace metallic element, pH, and conductivity and
COD, BOD etc.
CO4
Assessment of various pollutants level for environmental conservation to strategic pollution management for the
better environment.
CO5 Training of working principle of sophisticated instruments for environmental sampling and analysis
Course outcome : At the end of course, student will be able to
CO1 To gain the knowledge of water purification systems in natural systems
CO2 Understaning the physical treatment principles in waste water
CO3 To learn about varoius chemical processes for waste water treatment
CO4 Ability to design of water municipal treatment plants
CO5 Understand to design of Industrial water treatment plants
Course outcome : At the end of course, student will be able to
CO1 Know the soil-pollutant Interaction.
CO2 Understand the transport of contaminants and protecting technique for aquifers.
CO3 Proposed approach for characterization and identification of contaminated ground soil for engineering purposes
CO4 Know characterization, stabilization and disposal of the soil.
CO5 Approach to evaluating and remediate contaminated sites
Course outcome : At the end of course, student will be able to
CO1 Understand of Environmental Impact Assessment(EIA) and its process
CO2 Analyse the mathematical tools for EIA advancement.
CO3 Know the basics of socio-economical impact assessment for sustainability
CO4 Improvement of environmental management plan
CO5 Extend the systematic sectoral environmental impact assessment
Course outcome : At the end of course, student will be able to
CO1
Learn basic chemistry laboratory skills used by environmental engineers for assessing the chemical quality of a water
sample
CO2 Collect water sample from different region
CO3 Design and conduct experiments as well as to analyze and interpret data in one focus area (air and water)
CO4 Determine the water quality parameters of water samples
Semester - 1
Course outcome: 5011101 (Mathematical Foundations of Technology)
Course outcome : 5011102(Environmental Chemistry)
Course outcome : 5011103 (Advanced water Treatment)
Course outcome : 5011104 (Environmental Geotechnology)
Course outcome: 5011105A (Principles of Environmental Impact Assessment)
Course outcome : 5011106 (Environmental Lab. -1)
SCHOOL OF ENGINEERING & RESEARCH
M. Tech Civil Course Outcomes
CO5 Analysis of inorganic inorganic pollutants in water samples
Course outcome : At the end of course, student will be able to
CO1 Collect sample of soil from different region
CO2 Perform the experiment to determine the moisture and pH
CO3 Analysis of soil for Nitrogen, Phosphorus, potassium, sodium and calcium
CO4 Determination of heavy metals in sludge and sediments
CO5 Measure the Electrical Conductivity and conductivity of the soil samples
Course outcome : At the end of course, student will be able to
CO1 Gain the fundamentals of Environmental risk assessment framework
CO2 Understanding Hazard identification and accounting
CO3 Ability to learn varous methods in Ecological risk assessment
CO4 Design of risk management programs
CO5 Case studies on risk assessment and management for hazardous chemical storage
Course outcome : At the end of course, student will be able to
CO1 Understand the important microorganisms and Genetic Engineering
CO2 learn basics of Microbial growth and Metabolism
CO3 Elaborate the measure technique for the problems and control of microorganisms in water supply
CO4 Ability to understand Microbiology of Toxic Wastewater Treatment
CO5 Understanding the fundamental Aquatic Microbiology in terms of toxicity
Course outcome : At the end of course, student will be able to
CO1 Gain an understanding of the legal context in which environmental decisions
CO2 View these environmental policy initiatives in light of contemporary political, scientific, economic and legal realities
CO3 Apply major legal requirements to regulated facilities, sites and activities
CO4 Acquire the ability to communicate this information in an effective, professional manner
CO5
Provide opportunities for public participation in the development, implementation and enforcement of environmental
laws.
Course outcome : At the end of course, student will be able to
CO1 Understand key current public water supply problems
CO2 Learn about the transmission of water
CO3 Understand the process of distribution of water.
CO4 Analysis the design of pumping station for water and wastewater.
CO5 Analysising the design of household plumbing systems.
Course outcome : At the end of course, student will be able to
CO1 Gain the knowledge of water purification systems in natural systems
CO2 Understand the physical treatment principles in wastewater treatment
CO3 Learn about varoius chemical processes for wastewater treatment
CO4 Ability to design of water municipal treatment plants
CO5 Understand to design of Industrial water treatment plants
Course outcome : At the end of course, student will be able to
CO1 Understand the atmospheric chemistry, meteorology and origin based air pollution classification
Course outcome: 5011107 (Envirnomental Lab - II)
Course outcome:5011105B Environmental Risk Assessment and Management
Course outcome : 5011105C Principles and Practices in Environmental Microbiology
Course outcome: 5011201(Environment Management and Legislations)
Course outcome: 5011202 (Hydraulics and Hydrology of Water and Wastewater)
Course outcome: 5011203 (Advanced Wastewater Treatment)
Course outcome: 5011204(Air pollution and Control)
Semester - 2
CO2 Focus on remedial measures to control particulate air pollution.
CO3 Sampling and characterization of Gaseous pollutants and
CO4 Elaborate the measure technique at stack to emission control.
CO5 Assessment of indoor air quality and to control noise pollution.
Course outcome : At the end of course, student will be able to
CO1 Understand the problem of solid waste and the planning to municipal solid waste management
CO2 Elaborate the collection, transport, recycling and disposal methods of solid waste
CO3 Identified of Hazardous solid waste and their characterization
CO4 Gain knowlegde of Hazardous Waste Management
CO5 Design the hazardous waste treatment
Course outcome : At the end of course, student will be able to
CO1 Understand sampling protocol for waste water collection and sample preparation
CO2 Determine DO, COD and BOD in waste water samples
CO3 Estimate of organic and inorganic pollutants in wastewater samples
CO4 Understand Air quality monitoring and impact assessment
CO5 Measurement of meteorological parameters and windrose plotting
Course outcome : At the end of course, student will be able to
CO1 Use the techniques, skills, and modern scientific tools necessary for engineering practice.
CO2 Understand the working principle of pressure measuring devices.
CO3 Demonstrate experiments and drawing the characteristics curves of reciprocating pump.
CO4 Understand the working principle of fluidic devices (Analog and Digital)
CO5 Judge the experiment to determine the head loss in various pipe fittings.
Course outcome : At the end of course, student will be able to
CO1 Understand the cad/cam software & different types of synthetic curve used in design of any object.
CO2 learn about modelling and solid modelling of different models.
CO3 Understand the types analysis ,mass property calculations and use of finite element method.
CO4 Understand the NC,CNC & DNC machines and their basic machining
CO5 learn about surface machining,lathe machining and multi axes machining operations.
Course outcome : At the end of course, student will be able to
CO1 Understand the concept of sustainable development
CO2 Know the Indian judicial system for sustainability
CO3 Develop International scenario on sustainability and further action plan
CO4 Approach for Socio-economic sustainable development
CO5 Understand the integrated approach for research management
Course outcome : At the end of course, student will be able to
CO1 Gain the basic knowledge of water quality requirement and monitoring of wastewater flow in industries
CO2 Understand the quality and quantity variations in waste discharge from different industry
CO3 Know the treatment techniques for removal of specific pollutants in industrial wastewaters
CO4
Learn water usage, characteristics of effluents, pollution effects, methods of treatment, utilization and disposal, in
Industries
CO5 Design of industrial wastewater treatment plant
Course outcome: 5011205C (Solid and Hazardous Waste Management)
Semester - 3
Course outcome: 5011206 (Environmetal Lab. - III)
Course outcome: 5011207 (Environmental Lab. - IV)
Course outcome: 5011205A (Computer Aided Design)
Course outcome: 5011205B(Fundamental of Sustainable Development)
Course outcome : 5011301 (Industrial Waste Treatment)
Course outcome : 5011302A(Environment, Health and Safety in Industries)
Course outcome : At the end of course, student will be able to
CO1 Understand the health and safety point at workplaces, act regulation and code of practice.
CO2 Advancement for occupational health and hygiene
CO3 Knowledge of workplace safety and safety system
CO4 Implement and review of available techniques for environmental safety
CO5 Develop of effective training program for health safety
Course outcome : At the end of course, student will be able to
CO1 Motivate to select industry based problem for project work
CO2 Develop problem formulation
CO3 Encourage to take up the social responsibility through the selected research based problem
Course outcome : At the end of course, student will be able to
CO1 Develop ability to write technical research paper
CO2 Encourage to attend the various national/ international workshop and seminar, conference
CO3 Develop the skill on power point presentation and effective communication
Course outcome : At the end of course, student will be able to
CO1 Gain the fundamental knowledge of remote sensing.
CO2 Understand the Principles of interpretation of image processing systems.
CO3 Know the various types of digital satellite.
CO4 Know the application of Remote Sensing in environmental engineering.
CO5 Understand the EMR Interaction With Atmosphere And Earth Materials
Course outcome : At the end of course, student will be able to
CO1 Learn about the Water and air quality management
CO2 Know about the surface water quality modelling
CO3 Understand the fundamental of Air Quality Modelling
CO4 Develop modelling on groundwater Quality
CO5 Exposure to computer models for surface water quality, groundwater quality and air quality.
Course outcome: At the end of course, student will be able to
CO1 Demonstrate of well-defined selected project problem
CO2
Encourage to prepare one International Journal and attends two International Conferences related to their final
project .
CO3
Present effectively each part of the dessertation in terms of motivation, literature, methodlogy, experimetation and
final conclusions.
Semester - 4
Course outcome : 5011302C (Modelling of Air and Water Quality)
Course outcome :5011401 (Dissertation, Seminar and Viva-Voce)
Course outcome : 5011303(Preliminary Work on Dissertation)
Course outcome : 5011304(Technical Paper Writing and Seminar)
Course outcome : 5011302B(Remote Sensing and GIS Applications in Environmental Engineering)
CO1 Students learn to basic concept of Matrix and Determinants
CO2 Basic concept of function, limit and continuity, fundamental theorem on limits.
CO3 Understand how to find differentibity of basic functions, differentiation of function, paramitric forms, product forms.
CO4 Simple integration, integration by parts, definite and indefinite integrals.
CO5
Basic concept of Co-ordinate geometry; cartesian , cylindricalsand spherical polar coordinates. Distance between two
points.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the Computer system, hardware, software and analyze the number system representation.
CO2 Understand and apply the different input output devices, storage devices and other hardwares.
CO3 Interface between software and hardware.
CO4 Understand and apply the different computer networks, network devices.
CO5 Understand application software packages and comparative study of different operating systems.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the Windows operating system functions, apply and create with the help of different tools of Windows.
CO2 Understand and apply the commands of Linux.
CO3 Apply and create with MS Word.
CO4 Apply and create with MS Excel.
CO5 Apply and create with MS Power point.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the process of communication, barriers and apply the techniques to improve communication.
CO2 Apply the grammar and vocabulary.
CO3 Analyze and create the different types of business letters, enquiry letters, replies to enquiry and placing an order.
CO4 Write and create paragraphs, precis, summary and essay.
CO5 Analyze and apply presentation skills.
Course Outcomes :-At the end of course, Student will able to
CO1 To apply and analyze the use of different tags and attributes.
CO2 Creating Websites with Html and adding the features of css and javascript to make it dynamic.
CO3 Create animations using CSS animations.
Course Outcomes :-At the end of course, Student will able to
CO1 Create business letters, official letters, news letters.
CO2 Create tables, numbered lists and bulleted lists and applying formulas and functions to create a worksheet.
CO3 Creating presentations and applying animation effects.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand and analyze the major components inside a computer system.
CO2 Interface between hardware and software.
CO3 Assemble a computer, formatting disk drives and creation of logical disk drives.
Course Outcome 331106 – Office Automation Lab
Course Outcome 331102 -Basics of Computers & IT
Course Outcome 331103 – Office Automation
Course Outcome 33110 -Communications Skills
Course Outcome 331105 – Web Technology Lab
Course Outcome 331107 – Hardware & Software Lab
SCHOOL OF ENGINEERING & RESEARCH
BCA Course Outcomes
Course Outcomes :-At the end of course, Student will able to
CO1 Basic Concept of vector, forms of vector, algebra of vector, composition & Scalar and vector product
CO2
The arithmetic mean weighted arithmetic mean, geometric mean, harmonic mean, root mean square,
median, mode, quartiles, deciles and percentiles.
CO3 Curve fitting & method of least squares, coefficients of correlation & regression.
CO4
Elementary probability theory, sample space, events, classical & relative frequency, definition of probability,
theorem of total & compound probability.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the flow charts and apply the algorithms.
CO2 Understand the logic of a problem and write structured C programs.
CO3 Understanding and applying the control structures for iteration and selection.
CO4 Apply functions and parameters in C.
CO5 Understand and apply the concept of strings and pointers.
Course Outcomes :-At the end of course, Student will able to
CO1 Understanding the concept of data structure.
CO2 Implementation of Stacks and queues.
CO3 Representation and implementation of Linked lists.
CO Implement sorting by designing algorithms.
CO5 Represent and generate graphs.
Course Outcomes :-At the end of course, Student will able to
CO1
Basic concept of mathematical logic, Statements,Connectives, Conditional and bi conditional
statements, Logical equivalence, Logical implication & quantifiers.
CO2
Basic concept of Boolean algebra and its properties, algebra of propositions and De Morgan's Laws, partial order
relations g.l.b., l.u.b. Algebra of electric circuits and its applications. Design of simple automatic control system.
CO3
Basic concept of set theory, Relations, Properties of relation in a set, Equivalence relation, Composition of relations,
Introduction to function, Inverse, Identity, Injective, Surjective & Bijective functions.
CO
Introduction to graph theory, Walks, Paths & Circuits, Types of graphs, Shortest path problems, Eulerian and
Hamiltonian graphs, Basic concept of tree: spanning tree, minimum spanning tree.
CO5
Permutation and combination, Mathematical induction, Recurrence Relation, Frequency distribution and
measures of dispersions.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concepts in problem solving.
CO2 Apply the logic of a problem and build structured C programs.
CO3 Develop modified solutions using C language.
Course Outcomes :-At the end of course, Student will able to
CO1 Understanding the basic concepts of array, function and linked-list.
CO2 Understand and apply different algorithms concerned with stack, queues and different sorting algorithms.
CO3 Apply different traversal algorithms.
Course Outcomes :-At the end of course, Student will able to
CO1 Understanding the basic concepts of Java script.
CO2 Create a static website using HTML and add dynamic functionality to it by using java Script.
CO3
Implement the advanced concepts of java such as servelets & jsp to create dynamic web pages & add functionality to
the WebPages by using XML.
Course Outcome 331201 – Basics Mathematics II
Course Outcome 331202 C Programming
Course Outcome 331203 Data Structure
Course Outcome 33120 Discrete Structure
Course Outcome 331205 – C Programming Lab
Course Outcome 331206 – Data Structure Lab
Course Outcome 331207- Java Script Lab
Course Outcomes :-At the end of course, Student will able to
CO1 Understanding the concept of object oriented programming.
CO2 Creating classes, constructors and functions.
CO3 Understanding and implementing the features of object oriented programming.
CO Apply the memory management functions.
CO5 Designing the template functions and applying strings, iterators and other types.
Course Outcomes :-At the end of course, Student will able to
CO1 Explain the basics concepts of Data Communication, Networking and Reference models.
CO2 Describe the essential principles of Physical Layer and Media
CO3 Analyze the different key concepts of Flow and Error Control mechanicsm in Data Link Layer.
CO4 Understand and apply role of IP V in real world scenario.
CO5 Use of Application Level services and security mechanism.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand basic database concepts and data modeling techniques used in database design.
CO2 Design, implement, manage, query and administrate a database for specific application.
CO3 Understand the use of normalization in database design.
CO4 Recognize the purpose of query optimization, indexing and hashing techniques in database.
CO5 Understand the concept of transaction, concurrency control, and recovery in database.
Course Outcomes :-At the end of course, Student will able to
CO1 Learn about boolean algebra and arithimatic operations
CO2 Learn about Combinational circuits,Sequential circuits
CO3 Understand about memory devices RAM,ROM, Memory decoding
CO4 Learn about uses of digital circuits
Course Outcomes :-At the end of course, Student will able to
CO1 Be familiarized with good programming design methods, particularly Top- Down design.
CO2 Getting exposure in implementing the different class and object using C++
CO3 Appreciate recursive algorithms.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the use of database languages such as DDL, DML, and DCL.
CO2 Write simple, nested, multiple table, and advanced queries for data retrieval.
CO3 Write PL-SQL block structure and Trigger for specific application.
Course Outcomes :-At the end of course, Student will able to
CO1
Demonstrate fundamental skills in utilizing the tools of a visual environment in terms of the set of available
command menus and toolbars.
CO2 Explain and use of delegates and events for producing event-driven application
CO3 Produce and use specialized new GUI components
CO4 Implement SDI and MDI applications while using forms, dialogs, and other types of GUI components
CO5 Apply visual programming to software development by designing projects with menus and submenus
Course Outcomes :-At the end of course, Student will able to
CO1 Knowledge of the structure and model of the Java programming language,
CO2 Use the Java programming language for various programming technologies
CO3 develop software in the Java programming language,
Course Outcome 331301 – Programming in C++
Course Outcome 331302 – Computer Networks
Course Outcome 331303 – Database Managment System
Course Outcome 331305 – C++ Programming Lab
Course Outcome 331306– DBMS Lab
Course Outcome 331307 – Visual Basic Lab
Course Outcome 331401 – Programming in Java
Course Outcome 33130 – Digital Electronics
CO4
Evaluate user requirements for software functionality required to decide whether the Java programming language can
meet user requirements
CO5
Propose the use of certain technologies by implemen ting them in the Java programming language to solve the given
problem
Course Outcomes :-At the end of course, Student will able to
CO1
Ability to describe the general architecture of computers, Contrast and compare differing structures for operating
systems.
CO2 Understand and analyze theory and implementation of processes and schedulers.
CO3 Understand and design resource control (synchronization and deadlock).
CO4 Apply knowledge of physical and virtual memory, scheduling, I/O and files.
CO5 System protection and distributed system.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand software engineering practices and various models.
CO2 Understand software development Life Cycle.
CO3 Understand software testing principles and techniques.
CO4 Understand various software project management tasks and methods to implement them.
CO5 Software quality assurance and management.
Course Outcomes :-At the end of course, Student will able to
CO1 Remembering the functions of Display devices and understand the basics of computer graphics.
CO2 Understand and apply Simple Drawing methods.
CO3 Understand 2D and 3D graphics mechanism.
CO4 Describe the key concept of Curve and Surfaces.
CO5 Understand and apply the concept related to Multimedia.
Course Outcomes :-At the end of course, Student will able to
CO1 Knowledge of the structure and model of the Java programming language,
CO2 Use the Java programming language for various programming technologies
CO3 develop software in the Java programming language,
Course Outcomes :-At the end of course, Student will able to
CO1 Recognize the basic command and apply them in UNIX operating system.
CO2 Analysis of commands available in UNIX and Windows platform.
CO3 Creating script/program using VI and different editor to demonstrate functioing of basic programming.
Course Outcomes :-At the end of course, Student will able to
CO1 Visit to any industry/company
CO2 Learning software skills in the given period of time and environment.
CO3 Apply the skills for creating a project.
Course Outcomes :-At the end of course, Student will able to
CO1 Understanding the Ecosystem and Biodiversity.
CO2 Learning about the natural resources and analyzing the social issues.
CO3 Knowledge of different types of pollution.
CO4 Understanding the pollution with more in depth knowledge.
CO5 Analyzing the environmental management
Course Outcomes :-At the end of course, Student will able to
Course Outcome 331502 – Introduction to VB.NET Framework
Course Outcome 331402 – Operating System
Course Outcome 331403 – Software Engineering
Course Outcome 331404 – Computer Graphics & Multimedia
Course Outcome 331405 – Java Programming Lab
Course Outcome 331406 – Unix Lab
Course Outcome 331407 – Vocational Training
Course Outcome 331501 – Environmental Studies
CO1 Understanding the .Net framework features.
CO2 Understanding and applying the variable declaration, data types, arrays and functions.
CO3 Applying object oriented programming
CO4 Designing GUI with windows form
CO5 Creating databases in VB.Net
Course Outcomes :-At the end of course, Student will able to
CO1 Learn about E- Commmerce System
CO2 Know about digitisation of IT market
CO3 Know about model and working culture of E-Commerce
CO4 Learn about tools of E-Commerce
CO5 Learn about fundameantal of Mobile Computing and Wireless Computing Fundamentals
Course Outcomes :-At the end of course, Student will able to
CO1 Develop a simple window based applications.
CO2 Develop a simple web based applications.
CO3 Develop a form with various tools.
CO4 Database connectivity task.
Course Outcomes :-At the end of course, Student will able to
CO1 Working with the basic Html tags applying CSS.
CO2 Working with java script and creating forms.
CO3 Working and creating forms with Php.
Course Outcomes :-At the end of course, Student will able to
CO1 Formation and selection of Project topic related to different aspects.
CO2 Apply any Software Engineering model with required criteria.
CO3 Design and Code the associated document with standardization control of Project Category.
Course Outcomes :-At the end of course, Student will able to
CO1 Identification of principles related to Data Mining and Warehousing.
CO2 Analysis of Architecture and data Processing.
CO3 Apply classification and prediction algorithms in various category of data.
CO4 Understand the Association Rules for data mining.
CO5 Analysis of Clustering in various category of Data storage/processing.
Course Outcomes :-At the end of course, Student will able to
CO1 Understanding the fundamentals of Software project management.
CO2 Analyzing the project integration management.
CO3 Planning and applying the SDLC models.
CO4 Analyzing the risk and change management.
CO5 Project testing and project success.
Course Outcomes :-At the end of course, Student will able to
CO1
Understand the mathematical foundations for digital image representation, image acquisition, image transformation,
and image enhancement.
CO2 Understand the mathematical principles of image restoration, image compression, and image segmentation.
CO3 Develop a theoretical foundation of fundamental concepts of digital image processing.
CO4 Learn about morphological Image processing
CO5 Learn about image segementation in diffrent imanges
Course Outcome 331603 – Digital Image Processing
Course Outcome 331503 – E-Commerce & Strategic IT
Course Outcome 331504 – Programming in VB.Net Lab
Course Outcome 331505 – Open Source Technology Lab
Course Outcome 331506 – Project -I
Course Outcome 331601 – Data Mining & Warehousing
Course Outcome 331602 – Software Project Managment
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the basics of MATLAB programming to implement the Image Processing toolbox.
CO2 Analyze and apply the statements of MATLAB to perform basic concepts of DIP.
CO3 Create application/programs for problems of DIP.
Course Outcomes :-At the end of course, Student will able to
CO1 Recognize the elements of Android Application Development environment and setup tools for system.
CO2 Performing the basic operations of Android in terms of creating application for Mobile.
CO3 Create applicatons for mobile devices according to requirement.
Course Outcomes :-At the end of course, Student will able to
CO1 Formation and selection of Project topic related to different aspects.
CO2 Apply any Software Engineering model with required criteria.
CO3 Design and Code the associated document with standardization control of Project Category.
Course Outcome 331604 – Digital Image Processing Using MATLAB
Course Outcome 331605 – Android App Development Lab
Course Outcome 331606 – Project – II
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concept and evolution of management, along with internal and external environment.
CO2 Understand the concept of planning and Management by objectives.
CO3 Understand need of managerial skills along with socially responsible attitude.
CO4 Understand the leadership theories and analyze the leadership style.
CO5
Analyze information & business requirement to take decisions based on their understanding of management
principles.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand accounting theories & principles for maintaining business accounting record.
CO2 Comprehend the concept of double entry system of accounting & contents in the financial statements.
CO3 Understand the techniques required for the analysis of financial statements.
CO4
Apply the concepts and principles of accounting for recording business transactions & for preparing financial
statements.
CO5 Analyze the financial statements by applying the tools for interpreting and defining business position in the market.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the essential principles of economics for understanding business environment.
CO2
Understand the concept of demand-supply analysis and production and cost analysis to assess the position of a
company.
CO3 Understand the process of costing, pricing & product differentiation through nature of product & market structure.
CO4 Apply the knowledge of economic theories for effective managerial decisions under dynamic business conditions.
CO5 Analyze the real business problems and provide solutions with the application of the theoretical framework.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand statistical terms and demonstrate the importance of statistic in Business Decision Making.
CO2
Calculate the basic statistical parameters (measures of central tendency & dispersion, correlation, regression and
indexes )
CO3 Perform basic statistical estimation and analysis on business data and interpret the results.
CO4 Apply statistical concepts and analytical skill to solve real world economic and business issues.
CO5 Analyze the application of statistical tools in Business decision process.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand concepts and Models of Organizational Behavior.
CO2 Understand the behavior of individuals and groups in context to Organizational behavior practices.
CO3 Understand the impact and importance of leadership and group dynamics in organization.
CO4 Apply the conflict management strategies for conflict resolution in organization.
CO5
Apply Organizational Behavior concepts, theories and models in real life situations (Conflicts management,
organizational culture).
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the nature, scope and role of marketing mix.
CO2 Understand marketing environment and techniques of market analysis.
Course Outcome R1719113001 - Management Principles and Practices
Course Outcome - R1719113002 - Financial Accounting
Course Outcome R1719113003 - Managerial Accounting
Course Outcome R1719113004 - Statistics and Quantitative Methods
Course Outcome R1719113005 - Organisational Behaviour and Practices
Course Outcome R1719113006 - Marketing Management
Course Outcomes:
SCHOOL OF COMMERCE, MANAGEMENT & RESEARCH
MBA Course Outcomes
CO3 Analyze marketing problems and provide solution based on examination of marketing information.
CO4 Communicate unique marketing mixes and selling propositions for specific product offerings.
CO5 Develop marketing strategies based on product, price, place and promotion objectives.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the types and modes of oral, written and digital communication.
CO2 Understand the cultural communication differences.
CO3 Demonstrate interpersonal communication skills, business etiquettes and relationship building skills.
CO4 Demonstrate competence in oral, written and visual communication.
CO5 Apply communication theories in real life situations.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the basic concepts, importance and techniques of selling.
CO2 Understand the attributes and potential required to be an effective sales force.
CO3
Demonstrate a sales force strategies that takes into account organizational strategies, structural relationships and
product characteristics.
CO4 Apply the emerging trends of selling by understanding external environment.
CO5 Evaluate the success of salesperson and sales force based on individual and organizational objectives.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concept of entrepreneurship development and Role of entrepreneurship in economy.
CO2
Understand the attribute for successful entrepreneur, Provide knowledge to build entrepreneurial organization &
team.
CO3
Understand business opportunities & problem to convert idea into product & government policies for promoting
entrepreneurship.
CO4 Apply knowledge and idea with motivation to convert Idea into real business plan.
CO5 Analyze the social responsibility of small business enterprise.
Course Outcomes :-At the end of course, Student will able to
CO1 Demonstrate the perceptive of key terms, concepts, theories and importance of Human resources Management.
CO2 Understand the techniques of HR planning, process of recruitment and selection.
CO3 Understand the process of employee orientation, Training & Development programmes and career planning.
CO4 Analyze performance management techniques for employee management. .
CO5 Evaluate HRM in relation with social, cultural ethical and global perspective.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the role of finance for investment, financing and dividend decisions.
CO2 Understand the concept of planning and principles of capital structure.
CO3 Understand the concept of working capital and its management in business.
CO4 Measure the cost of capital for analysis the capital budgeting process for any company.
CO5 Evaluate the financial structure for business and investment decisions.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand business research and process for business research problem.
CO2 Understand a range of data collection and analysis techniques.
CO3 Apply the data analytical tools and interprets results of Business research.
CO4 Understand the research report preparation and presentation process.
CO5 Analyze how decision to conduct market research is made.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the foundation and importance of E-Commerce.
Course Outcome R1719113012 - Business Research Methods
Course Outcome R1719113007 - Business Communication
Course Outcome R1719113008 - Selling Skills
Course Outcome R1719113009 - Entrepreneurial Development
Course Outcome R1719113010 - Human Resource Management
Course Outcome R1719113011 - Corporate Finance
Course Outcome R1719113013 - E- Commerece & E- Tailing
CO2 Describe internet trading relationships (B2B, B2C, C2C, B2G and G2G).
CO3 Evaluate problems encountered with E-Commerce and understand E- security.
CO4 Implement the potential of E-tailing for achieving organizational goals.
CO5 Implement the E-Commerce models to evaluate existing websites.
Course Outcomes :-At the end of course, Student will able to
CO1 Devise strategies to integrate human resource planning with the strategy of the organization.
CO2 Forecast staffing needs based on demand and supply issues.
CO3 Understand the role of human resource systems in human resource planning process.
CO4 Evaluate the succession plans, career plan and issues of downsizing and the role of Human Resource Planning.
CO5 Analyze global issues of Human resource Planning and development.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the benefits and need of Training and development.
CO2 Understand methods and styles of training for its effectiveness.
CO3 Design the training and development programme for the organization.
CO4 Execute Cost benefit analysis and return on investment in training programs.
CO5 Evaluate methods and styles of training for their effectiveness.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concept of industrial relations.
CO2 Apply the concepts of Industrial Relations at individuals and organizational level.
CO3 Recognize the social, historical and equity issue within Industrial Relations.
CO4 Understand the Industrial Relations problems faced at organizational level.
CO5 Evaluate the emerging trends in Industrial Relations and its impact on current business scenario.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the psychology of consumer and its impact to the marketing decision.
CO2 Understand the factor affecting consumer behavior & consumer perception.
CO3
Analyze the cross cultural consumer behavior with international perspective.
CO4 Apply the consumer analytical skills for defining marketing strategy.
CO5 Analyze the impact of consumer behavior on product & marketing strategy.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concept & process of Advertising & Brand management.
CO2 Comprehend the laws & ethics governing the advertising strategies & planning.
CO3 Understand the role of advertising agency, determining the media planning & selection.
CO4 Develop an effective advertising program for brand positioning.
CO5 Analyze reality environment of brands and global branding.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concept of retailing and dynamics of retail in India and the world.
CO2 Understand the concept pricing and advertising in retail.
CO3
Understand the importance of studying consumer behavior in retail, impact of consumer behavior on retail marketing
& operation strategy.
CO4 Analyze the factors to be considered in retails site selections and layout.
CO5 Analyze retail environment in India and the opportunities in Retail.
Course Outcomes :-At the end of course, Student will able to
Course Outcome R1719113301 - Human Resource Planning & Development
Course Outcome R1719113302 - Management of Training & Development
Course Outcome R1719113303 - Legal Framework of Industrial Relations
Course Outcome R1719113101 - Consumer Behaviour
Course Outcome R1719113102 - Advertising & Brand Management
Course Outcome R1719113103 - Retail Management
Course Outcome R1719113201 - Financial Markets & Operations
CO1 Understand the functioning of financial markets.
CO2 Understand the capital market structure & role of financial institutions in regulating financial markets.
CO3 Comprehend the working of Banks and investment decision in mutual funds.
CO4 Apply the theoretical financial market knowledge for controlling financial decisions as managers.
CO5 Analyze the operations of financial market as the basis for decision making.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the process of investment and the risks involved there in.
CO2 Comprehend the factors involved in economic, industry and technical analysis.
CO3 Understanding the importance and process of diversification of portfolio of assets.
CO4 Apply the tools, techniques and valuation models for reducing the risk in investments.
CO5 Apply the company position analyzing techniques for investment purpose as managers.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concepts underlying financial reporting.
CO2 Apprehend the ways of presenting the financial reports.
CO3 Understand the consolidation procedures for financial reporting of group companies.
CO4 Prepare financial reports through application of accounting conventions and principles.
CO5 Analyze and infer the reality of a company’s financial position and performance.
Course Outcomes :-At the end of course, Student will able to
CO1 Comprehend the knowledge and principle governing the legal aspect of Business.
CO2 Elaborate the key concepts of Contract formation and Selection of Business organization in Business Law.
CO3 Comprehend the laws affecting the day to day operations of the business.
CO4 Apply the concepts of business law in minimizing legal risk in business and safeguard the rights.
CO5 Analyze the application of sale of goods act and negotiable instruments act.
Course Outcomes :-At the end of course, Student will able to
CO1 Comprehend the core concept and features of production and operation management function.
CO2 Demonstrate the importance of Plant location and layouts.
CO3 Analyze the production and operation process and their interaction with other business functions.
CO4 Acquaint with decision making in planning, scheduling and control of production and operation function.
CO5 Implement the work measurement techniques in current business situations.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyze one’s strengths and weaknesses and information regarding job opportunities in various sectors.CO2 Demonstrate the concept of work and time management for enhancing managerial skills.
CO3 Develop the right mix of functional and interpersonal skills to meet corporate requirements.
CO4 Develop presentation skills and work life etiquettes, required for organizational work.
CO5 Analyze the competencies through group discussions and interviews
Course Outcomes :-At the end of course, Student will able to
CO1 Exposure towards the work culture & professional practices prevailing in the specific industry of internship.
CO2 Comprehend the tools and techniques of research methodology.
CO3 Analyze the application of research in specified domain of the organization.
CO4 Understand the work culture prevailing in the specific industry of internship.
CO5 Analyze the data from the industry for creating information which will be required for the study.
Course Outcomes :-At the end of course, Student will able to
CO1 Comprehend the concepts of Organizational development and change.
CO2 Evaluate the Organizational Development Diagnostic models and methods of collecting data.
Course Outcome R1719113015 - Production and Operation Management
Course Outcome R1719113202 - Security Analysis and Portfolio Management
Course Outcome R1719113203 - Financial Reporting and Analysis
Course Outcome R1719113014 - Legal System in Business
Course Outcome R1719113017 - Summer Internship Project
Course Outcome R1719113304 - Organisational Development and Change
Course Outcome R1719113016 - Training and Career Enhancement
CO3 Apply the theories relating to individuals, groups and organization to the process of change
CO4 Analyze the organizational situations that would benefit from Organizational Development interventions
CO5 Evaluate how organization development differs from other change method.
Course Outcomes :-At the end of course, Student will able to
CO1 Comprehend the concepts, issues and opportunities in international Human Resource Management.
CO2 Understand new development and challenges in International Human Resource Management.
CO3 Develop competency is dealing with cross cultural situation.
CO4 Develop generic and transferable skills to diagnose International Human Resource Management issues.
CO5 Evaluate key International Human Resource Management practices.
Course Outcomes :-At the end of course, Student will able to
CO1 Evaluating the effect and utilization of the performance management system on individuals.
CO2 Develop skills for measuring the individual performance using objectives and competencies
CO3 Align the competencies of individuals with the strategies of organization
CO4 Analyze the competitive advantage of organization through competency mapping
CO5
Evaluate the performance management strategies to enhance performance in underperforming and high performing
organizations.
Course Outcomes :-At the end of course, Student will able to
CO1 Comprehend the key concepts and components of Emotional Intelligence.
CO2 Demonstrate the criticality of emotional Intelligence in work, life and relationship.
CO3 Analyze Self emotions through Emotional Intelligence Models.
CO4 Evaluate the impact of stress on individual and Work.
CO5 Evaluate implications of Emotional Intelligence for achieving stability and continuity
Course Outcomes :-At the end of course, Student will able to
CO1 Comprehend the evolution and dimensions of internet marketing.
CO2 Evaluate the application of web business models in the world of marketing.
CO3 Apply the knowledge of the Internet Marketing Strategy & channel for Internet Marketing.
CO4 Develop effective communication about e-marketing to build brand.
CO5 Analyze E-Business opportunities and payment processing for business
Course Outcomes :-At the end of course, Student will able to
CO1 Recognize the scope and characteristics of service marketing.
CO2 Analyze the consumer behavior and its importance in service marketing.
CO3 Recognize the challenges faced in services delivery as outlined in service gap model.
CO4 Apply Customer relationship building practices with service standards.
CO5
Analyze Customer Relationship Management in service industry & role of marketing communication in service
industry.
Course Outcomes :-At the end of course, Student will able to
CO1 Apply basic theory and techniques of logistics along with the issues and problems associated with supply chain.
CO2 Evaluate Analytic Network Process and decision model for Supply Chain.
CO3 Analyze origin and types of logistics management.
CO4 Evaluate Inventory control and its relationship with supply chain.
CO5
Analyze the challenge faced at National & global level in logistic and supply chain process.
Course Outcomes :-At the end of course, Student will able to
Course Outcome R1719113305 - Cross Culture and International HRM
Course Outcome R1719113306 - Performance and Competency Management
Course Outcome R1719113307 - Emotional intelligence and Stress Management
Course Outcome R1719113105 - Internet Marketing
Course Outcome R1719113106 - Service Marketing
Course Outcome R1719113104 - Supply Chain & Logistics Management
Course Outcome R1719113107 - International Marketing
CO1 Recognize the scope & features of international marketing along with international marketing environment process.
CO2 Apply strategic Business analysis in order to develop appropriate international marketing objectives and strategies.
CO3 Apply the knowledge of product and promotion strategy to create impact on international market.
CO4 Apply international theories and concepts to understand the international market.
CO5 Analyze the challenge in Implementing Global Marketing Strategies.
Course Outcomes :-At the end of course, Student will able to
CO1 Applying concepts of financial markets and operations of Multinational Companies in business.
CO2 Evaluating foreign exchange exposure and its risk management.
CO3 Analyze the foreign exchange market and methods of financing international trade.
CO4 Apply Foreign exchange exposures in business.
CO5 Analyze the international market conditions for investment, financing and trade.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyze the types of risks involved in business operations.
CO2 Comprehend the statistical techniques of calculating risk in business.
CO3 Analyze the current financial market issues taking into account cases of various companies.
CO4 Construct portfolio for risk measures and its monitoring as finance managers.
CO5 Evaluate risks through application of quantitative techniques and risk models.
Course Outcomes :-At the end of course, Student will able to
CO1 Apply the concept of derivatives for the management of financial risks.
CO2 Analyzing the fundamental characteristics of futures, forwards and options.
CO3 Applying the concept & usefulness of hedging and financial swaps in financial market.
CO4
Apply the financial market knowledge for decision making regarding choice of securities for hedging or speculative
purposes.
CO5 Evaluate hedging and pricing strategies of derivatives.
Course Outcomes :-At the end of course, Student will able to
CO1 Comprehend direct and indirect tax laws practices in business.
CO2 Evaluating the process of calculating total income of an individual, firm and company.
CO3 Apply the concept of GST in business.
CO4 Apply pertinent standards as required in tax practice.
CO5 Calculate the total income & tax payable of an individual, firm & company.
Course Outcomes :-At the end of course, Student will able to
CO1
Comprehend the core concepts of Business Policy and Strategy and its application in Functional areas of
Management.
CO2
Demonstrate the importance of in-depth analysis of both the organization and the external business environment
during the formulation of strategy.
CO3 Recognize the framework of strategic management at Corporate and business level.
CO4 Analyze the elements of Strategic Intent and Strategic choice.
CO5 Evaluate the role of Strategy implementation and control.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyzing of contemporary issues in the relationship between business and ethics.
CO2 Integrate the concept of Business Ethics and Corporate Social Responsibility (CSR) into business decisions.
CO3 Comprehend the relationship between business and civil society organizations.
CO4
Elucidate the rights and duties of employees to the organization and the issues around various other stakeholder
groups.
Course Outcome R1719113206 - Derivatives and Options
Course Outcome R1719113207 - Taxation
Course Outcome R1719113018 - Business Policy and Strategy
Course Outcome R1719113019 - Business Ethics and CSR
Course Outcome R1719113204 - International Finance
Course Outcome R1719113205 - Financial Risk Management
CO5 Evaluate Unethical Issues in Functional Aspects of Management.
Course Outcomes :-At the end of course, Student will able to
CO1 Create the understanding for designing an event that achieves specific objectives for the host/client.
CO2
Design a planning process that incorporates budgeting, project management, communication and evaluation tools.
CO3
Assess various event elements (food and beverage, design, entertainment, site selection, etc.) and employ cost-
effective ways.
CO4
Evaluate the role of the planner on site at the event, and the mindset necessary to oversee successful event
coordination.
CO5 Apply the principles of professionalism and ethics to event management.
Course Outcomes :-At the end of course, Student will able to
CO1 Apply the knowledge of management by undertaking a live problem in the industry/businesses.
CO2 Conduct the piece of research on contemporary management issues.
CO3 Evaluate the method to identify the root cause of the problem.
CO4 Analyze the live business problems along with possible solutions.
CO5 Analyze the issues faced by Industry in order to boost performance.
Course Outcome R1719113020 - Event Planning & Organising
Course Outcome R1719113021 - Capstone
Course Outcomes :-At the end of course, Student will able to
CO1 Understand Accounting Standards and International Financial Reporting Standards prevalence in India.
CO2 Calculate Profit or loss of non-corporate business entities.
CO3 Determine the profit or loss of sole proprietorship using accounting software Tally.
CO4 Understand the accounting methods for Hire purchase and installment purchase system.
CO5 Draw the accounts for dissolution of partnership firm.
Course Outcomes :-At the end of course, Student will able to
CO1
Understand the Classical, Scientific, Administrative perspective, Behavioral, System and Contingency of
Management.
CO2 Understand the process and importance of planning and Management By Objectives.
CO3 Understand the organizational structure and explore its application.
CO4 Understand concepts of directing and leadership styles.
CO5 Analyze controlling techniques, Span of Control and Unity of Command.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the nature and concepts of microeconomics dealing with consumer behavior.
CO2 Understand concepts of long term and short term production.
CO3 Understand factors affecting price under perfect competition.
CO4 Determine price under imperfect competition: monopoly, monopolistic, oligopoly and Duopoly .
CO5 Apply techniques and models for price determination
Course Outcomes :-At the end of course, Student will able to
CO1 Recognize multidisciplinary environmental issues and challenges.
CO2 Identify the components of ecosystem and ecological pyramids.
CO3 Recognize the bio-diversity in India and threats to it.
CO4 Understand types of pollution, their causes, effects and measures to control it.
CO5 Understand environmental management techniques, environmental ethics and its legislation.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concept of tenses, modals, verb structures and participles.
CO2 Recognize clause, subordinate clauses, relative clauses and adverb clauses for communication.
CO3 Analyze structural items for future communication
CO4 Apply the concept of reported speech.
CO5 Create essays, letters & reports for business communication.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand basic concepts and methods of cost accounting.
CO2 Identify elements of cost and their accounting procedure.
CO3 Compute overheads relating to a product or service.
CO4 Calculate the cost of product using costing techniques.
CO5 Apply costing techniques and reconcile cost and financial books.
Course Outcome R1720112006- Cost Accounting
Course Outcome R1720112001- Financial Accounting
Course Outcome R1720112002- Management Principles and Practices
Course Outcome R172011200- Microeconomics
Course Outcome R1720112004- Environmental Studies
Course Outcome R1720112005- English
Course Outcome R1720112007- Computer Applications in Business
Course Outcomes:
SCHOOL OF COMMERCE, MANAGEMENT & RESEARCH
B. Com (H) Course Outcomes
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the word processing techniques and its applications in business.
CO2 CreatePower Point Presentations using slide transition and animation effects.
CO3 Understand Basic Features and Operations of Spread Sheet.
CO4 Apply concepts of Accounting in Spread Sheet.
CO5 Identify components of Data baseManagementSystem software and its applications
CO6
Course Outcomes :-At the end of course, Student will able to
CO1 Understand characteristics of Indian Contract Act.
CO2 Define Specific contract, Contract of Indemnity of Indian contract Act.
CO3 Describe features of the Sales of Good Act 1930.
CO4 Identify the main provisions of The Partnership Act, 1932 and Limited liability partnership.
CO5 Describe the provisions of Negotiable Instrument Act 1881.
Course Outcomes :-At the end of course, Student will able to
CO1
Understand Basic Mathematical Techniques ( Ratio, Percentage, Quadratic Equation, Matrices and their application
in business)
CO2 Understand the concept of Set Theory, Permutation and Combination.
CO3 Apply the concept of differential calculus to areas of finance.
CO4 Calculate measures of central tendency.
CO5 Compute index numbers and moving averages.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand principles of effective business communication.
CO2 Recognize elements of corporate communication, its barriers and strategies to overcome it.
CO3 Design office memos, Transactional, Directive Memo and Status memo.
CO Understand the skills for report writing and presentation.
CO5 Execute and Apply group discussion and interview skills.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the accounting procedures followed for share capital.
CO2 Understand procedure for issue of debentures and the financial statements of corporate entities
CO3 Calculate value of goodwill and shares of corporate entities.
CO4 Recognize methods of amalgamation and reconstruction of corporate entities.
CO5 Design the consolidated balance sheet of non-banking companies.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the evolution of Human Resource Management and its changing environment.
CO2 Recognize the importance and process of Human Resource Planning.
CO3 Identify the recruitment, selection and orientation process for an organization.
CO4 Understand the performance appraisal system and its importance.
CO5 Determine the importance of Industrial relations and grievance handling process.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concepts and the principles of marketing.
CO2 Analyze the concept of consumer buying behavior and its importance.
CO3 Design the strategies used for product life cycle
CO4 Determine pricing policies and strategies of a product.
CO5 Design promotion strategies used for a product.
Course Outcomes :-At the end of course, Student will able to
Course Outcome R1720112008- Business Law
Course Outcome R1720112009- Business Mathematics and Statistics
Course Outcome R1720112010- Business Communication
Course Outcome R1720112011- Corporate Accounting
Course Outcome R1720112012- Human Resource Management
Course Outcome R1720112013- Principles of Marketing
Course Outcome R1720112014- Macroeconomics
CO1 Understand the variables of macroeconomics.
CO2 Understanding fiscal and monetary policy of an economy.
CO3 Recognize the causes of inflation and unemployment.
CO4 Understand theconcept, Measurementand Precautions in Computing national income.
CO5 Identify factors affecting demand and supply of money.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand Characterstic,Classifiaction Nature and Importance of Entrepreneur
CO2 Understand Theories of entrepreneurship and problems faced by a woman entrepreneur.
CO3 Design a project report.
CO4 Identify the sources of institutional finance.
CO5 Recognize importance of small scale industries and Government initiatives for their promotion.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the importance of business research and its process.
CO2 Understand the concept of the research process and research design.
CO3 Understand the design the scale and collect data for research.
CO4 Analyze the data and hypothesis testing.
CO5 Understand the importance and process of report writing.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand nature and scope of financial management.
CO2 Identify risk and return comparisons in investment decisions.
CO3 Calculate cost of capital for corporate entities.
CO4 Understand the dividend policy and factors affecting it.
CO5 Determine the working capital requirements of a concern.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the importance of business policy and process of strategic management.
CO2 Define the business environment and its components.
CO3 Understand the concept of Corporate level strategies and restructuring.
CO4 Identify tools used for strategic analysis and its importance
CO5 Recognize the concept and steps of strategic implementation
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concepts and issues relating to economic development.
CO2 Recall the pre-independence agrarian and industrial structure.
CO3 State the post independence economic conditions and economic reforms since 1991.
CO4 Understand the implications of reforms since 1991 on sectors of economy.
CO5 Understand agriculture, industry and service sectors of the economy.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the technologies of E-commerce.
CO2 Recognize the concept and importance of cyber security.
CO3 Understand the provisions of IT Act 2000.
CO4 Understand concept of models and methods of e-payments.
CO5 Understand the benefits of e-marketing and e-tailing.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyze the important terms used in Income tax Act
CO2 Calculate the taxable income from salaries and house property.
Course Outcome R1720112018- Business Policy and Strategy
Course Outcome R1720112015- Entrepreneurship
Course Outcome R1720112016- Research Methodology
Course Outcome R1720112017-Fundamentals of Financial Management
Course Outcome R1720112019- Indian Economy
Course Outcome R1720112020- E-Commerce
Course Outcome R1720112021- Income Tax
CO3 Calculate the taxable income from business or profession, capital gains and other sources.
CO4 Analyze the provisions relating to set-off and carry forward of losses.
CO5 Compute the total income and e-file the income tax return.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyze the Indian Financial System Role of Primary and secondary market in development of Indian economy.
CO2 Analyze the role of money market and capital market in India
CO3 Apply the role of banking and Non-Banking Financial Corporations operating in India
CO4 Analyze the merchant banking regulatory framework in India
CO5 Comprehend the role of venture capital and private equity in India
Course Outcomes :-At the end of course, Student will able to
CO1 Evaluate the tools used for financial statement analysis.
CO2 Calculate the ratios used for financial statement analysis.
CO3 Compute the flexible budget, cash budget, sales and production budget.
CO4 Calculate the Material, Labor and overhead variances.
CO5 Analyze Cost Volume Profit analysis and its application.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyze the financial services offered by Banks.
CO2 Evaluate the types of negotiable instruments used by banks.
CO3 Identify types and concept of of lending and advances
CO4 Recognize the technologies of internet banking.
CO5 Analyzethe marketing strategies used by banks.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the riskmanagement process and principles of insurance.
CO2 Identify the concept of fundamental principles of Insurance.
CO3 Recognize the types of life insurance products.
CO4 Understand general insurance products
CO5 Determine the concept of claim settlement procedure.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the nature and importance of International business.
CO2 Analyze Classical and Neo Classical theories of international trade.
CO3 Identify the role of regional grouping and international financial institutions.
CO4 Analyze the international business operations.
CO5 Identify the concept and sources of financing foreign trade.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyze the concept and basics of Goods and Service Tax.
CO2 Determine provisions relating to supply of goods and rendering services.
CO3 Determine valuation in Goods and service Tax and payment of Goods and Service Tax.
CO4 Determine the concept and provisions relating to Inter Goods and Service Tax act.
CO5 Compute Assessable value and customs Duty in Indirect Tax.
Course Outcomes :-At the end of course, Student will able to
CO1 Comprehend the concept and basic principles of auditing.
CO2 Identify provisions for appointment, remuneration and removal of company auditor.
CO3 Analyze the concept and types of audit
CO4 Evaluate theories and models of corporate Governance.
Course Outcome R1720112025- Principles and Practices of Insurance
Course Outcome R1720112026- International Business
Course Outcome R1720112030- Indirect Tax
Course Outcome R1720112031- Auditing and Corporate Governance
Course Outcome R1720112022- Financial Markets
Course Outcome R1720112023- Management Accounting
Course Outcome R1720112024- Indian Banking System
CO5 Recall the Corporate Social Responsibility and Business Ethics.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyze the concept of saving and Financial goal for investment decision process.
CO2 Compute the value of fixed income investment avenues.
CO3 Analyze fundamental and Technical analysis of securities.
CO4 Access the Derivative market of India.
CO5 Analyze the role of Securities Exchange board of India and stock exchanges in Investor’s protection.
Course Outcomes :-At the end of course, Student will able to
CO1 Evaluate the role, importance and regulatory framework of Small and medium Enterprises.
CO2 Identify the financial institutions providing finance to Small and medium Enterprises.
CO3 Comprehend the market promotion and technological developments in Small medium Enterprises.
CO4 Comprehend the concept of sick units and ways of restructuring them.
CO5 Evaluate credit facilities available for Small Medium Enterprises.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand need and importance of advertising in marketing.
CO2 Design advertisement campaign for new and Existing Product .
CO3 Design sales promotion strategies for different occasions.
CO4 Analyze brand management and its importance
CO5 Design brand strategies including Selection of Brand Ambassador ,Creating Brand Image and other activities
Course Outcome R1720112035- Advertising and Brand Management
Course Outcome R1720112033- Fundamental of Investment.
Course Outcome R1720112034- Credit Management and Small Medium Enterprises
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concept, evolution of management and internal external environment.
CO2 Understand the concept of Management by Objectives and planning for decision making.
CO3 Understand the organization structure & to identify the importance of authority & responsibility.
CO4 Evaluate the theories of leadership & anticipate the consequences of each leadership style.
CO5 Evaluate qualitative & quantitative feedbacks & formulate the suitable control mechanism.
Course Outcomes :-At the end of course, Student will able to
CO1
Understand the latest developments in financial accounting International finance Reporting Standard IFRS and
Indian Generally Accepted Accounting Principles IGAAP.
CO2 Record the monetary transactions in as per international accounting standards.
CO3 Analyze the Integrated corporate annual report.
CO4 Apply the Industry accounting standards and preparation of financial statements.
CO5
Analyze the financial statements by using financial techniques(Horizontal Analysis/Vertical Analysis and Ratio
Analysis)
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the trends in time series for forecasting and speculation (Free hand/ graphic/Least square.)
CO2
Understand the basic concepts of probability and theoretical probability (binomial, normal but not Poisson)
distributions.
CO3 Understand the concept of standard and reported index number,standard as 1978-79 and comparison till date.
CO4
Calculate regression coefficient with one and more explanatory variable and correlation coefficient two variables and
apply this concept to find the relationship between two variables.
CO5
Analyze descriptive statistical measures(Mean, Median, Mode, SD, MD) and appreciate the uses and limitations of
the measure.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the ethical principles in business and the workers’ and employees rights and responsibilities.CO2 Understand the concept of corporate social responsibility.
CO3
Understand the concept of corporate governance &identify the role played by regulations to improve Corporate
Governance.
CO4 Understand the duties & responsibilities of auditor and the role of auditors in enhancing corporate governance.
CO5 Analyze the concept of decision making and its application in functional areas of business.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concept of tenses, modals, verb structures and participles.
CO2 Understand clause and its types for the use of writing skills.
CO3 Understand composition and remember the concept & create essays, letters & reports.
CO4 Analyze structural items in future communication.
CO5 Apply the concept of reported speech for meaningful sentences.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concept of business economy, economic problems and elasticity of demand.
Course Outcomes
Course Outcome R1720111001 -Fundamentals of Management
Course Outcome R1720111002 -Business Accounting
Course Outcome R1720111003 – Statistics for Business Decisions
Course Outcome R1720111004 -Business Ethics and Corporate Social Responsibility
Course Outcome R1720111005 – English
Course Outcome R1720111006– Managerial Economics
SCHOOL OF COMMERCE, MANAGEMENT & RESEARCH
BBA Course Outcomes
CO2 Understand the theory of consumer behavior in business domain.
CO3 Analyze the demand & supply conditions &assess the position of a company.
CO4 Analyze real world business problems with a systematic theoretical framework.
CO5
Understand the concept of National Income and the problems in measurement of national income & precautions in
estimation of National Income.
Course Outcomes :-At the end of course, Student will able to
CO1
Understand the conceptual foundation of cost and management accounting and Methods and Techniques of material
issues.
CO2 Analyze the methods and techniques for labor and overheads which can be attributed to the cost of the product.
CO3 Apply the types of costing (Job, Process, contract and unit) and the techniques in real life manufacturing process.
CO4 Calculate the budgeting (fixed and flexible) and transfer pricing to fix the price of the product.
CO5 Apply the concept of standard costing and variance analysis toprovide reasons for off standard performance.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concept, theories and challenges of Organizational Behavior.
CO2 Understand organization structure the culture and climate concept to develop a learning organization.
CO3 Identify the group dynamic concept and its impact on organization working.
CO4 Evaluate Leadership theories and the concept of conflict to bring favorable decisions for management.
CO5 Analyze the concept of individual behavior in the Organization.
Course Outcomes :-At the end of course, Student will able to
CO1
Identify and articulate how operations management contributes to the achievement of an organization’s strategic objectives.
CO2
Understand the importance of Industrial safety for improving the performance of the employee as well as the
organization.
CO3 Understand the basics of capacity planning in master production schedule.
CO4
Understand the concept of work study and method study to break the method and the work into small components to
calculate the time required to complete the work in scheduled time.
CO5 Evaluate approaches to problem solving and process improvement in production settings.
Course Outcomes :-At the end of course, Student will able to
CO1
Understand key concepts with respect to economic, political and social fields as they are responsible for the
designing of environmental policies.
CO2 Understand the concept of Ecosystem and its relevance for the environment.
CO3 Understand the environmental management issues and a system to save the environment from global warming.
CO4 Identify the hazardous impact of pollution and the appropriate techniques to prevent it.
CO5 Analyze the concept of Bio diversity& its values in local & national Levels and the threats for it
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concept of financial management and time value of money in Investment decisions.
CO2 Understand the concept of working capital management and determination of working capital.
CO3 Calculate the overall cost of capital of a firm based on historical and market weights.
CO4 Analyze approaches to capital structure theories and perform capital structure analysis.
CO5
Analyze capital budgeting problems using different techniques, including net present value, internal rate of return
and modified internal rate of return.
Course Outcomes :-At the end of course, Student will able to
CO1 Comprehend the core concepts of marketing & understand the components of marketing environment.
CO2 Understand the concept and process of consumer behavior to create position of a product.
CO3 Understand and apply the recent developments in marketing to create an impact in the cut throat competition.
Course Outcome R1720111011 Financial Management
Course Outcome R1720111007– Cost & Management Accounting
Course Outcome R1720111008 – Organizational Behavior
Course Outcome R1720111009 - Productions and Operations Management
Course Outcome R1720111010 - Environmental Studies
Course Outcome R1720111012 – Marketing Management
CO4
Understand pricing strategies & create proper distribution channels so as to increase the availability of the product.
CO5 Analyze the marketing and product mix and proper strategies for stages of Product Life Cycle.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concept of human resource management and its concepts to handle issues related to employees.
CO2 Understand the techniques of HR planning, process of recruitment and selection.
CO3 Understand the cause of industrial dispute & its concept to mitigate grievances.
CO4 Understand performance management system and its concepts to design proper compensation for employees.
CO5 Analyze the training needs of employees to create a conducive environment for employee development.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concept of Operation research and technique of decision tree.
CO2 Understand the concept of Linear Programming and the feasible solution possible with a given set of constraints
CO3
Understand the construction of network analysis and to represent the projects in a Network form to find the path to
attain the objective of cost-time tradeoff.
CO4
Calculate the best solution to transportation and assignment problems with the help of techniques for optimal
decision making.
CO5
Apply the concept of decision theory in calculating the pay-offs and game theory to quantify the probable strategies
of the opponent for better decision making.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the concept of business communication and the principles of effective communication.
CO2 Understand formal & Informal communication network and the concept of listening skills.
CO3
Understand the basics of written & verbal communication so as to create a good presentation and communication.
CO Understand report writing concept in a way to make proper business analysis.
CO5 Evaluate the concept of communication to develop professional skills for the competitive world.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand business research and process for its problem.
CO2 Understand a range of data collection and data analysis techniques.
CO3 Apply the data analytical tools and interprets results of Business research.
CO4 Understand the guidelines of report preparation and report presentation.
CO5 Analyze how decision to conduct market research is made.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the knowledge and principle governing the legal aspect of Business.
CO2 Elaborate the key concepts of Contract formation and Selection of Business organization in Business Law.
CO3 Apply the basic knowledge of law while managing the legal risk in the business and defend their rights.
CO4 Apply the concepts of business law in minimizing legal risk in business and safeguard the rights.
CO5 Analyze the application of sale of goods act and negotiable instruments act.
Course Outcomes :-At the end of course, Student will able to
CO1
Understand the residential status criteria of individuals andthe types of taxes imposed and how taxes influence basic
business and investment criteria of individuals.
CO2 Calculate Income from salary and house property with categorization and rules.
CO3 Calculate Income from Business and Profession and Capital Gains.
CO4
Calculate incomes that come under other sources and the technique of set off and carry forward in next assessment
year.
CO5 Calculate total income tax liability considering various heads of income of individuals and partnership firms.
Course Outcome R1720111013 – Human Resource Management
Course Outcome R1720111014 - Quantitative Methods in Business
Course Outcome R1720111015 –Personality Development and Communication Skills
Course Outcome R1720111016 – Business Research
Course Outcome R1720111017 – Legal Aspects in Business
Course Outcome R1720111018- Income Tax
Course Outcomes :-At the end of course, Student will able to
CO1 Create the process design in support of a business’s strategic objectives in a socially responsible manner.CO2 Create the steps and Techniques of layouts, graphics, designs etc.
CO3
Apply the concepts of multiple workbook, worksheets and functions to develop new and improved model of business
operations.
CO4
Evaluate the changes in global business and identify the steps required to manage the innovation in Information
Technology.
CO5 Analyze the data in a professional format.
Course Outcomes :-At the end of course, Student will able to
CO1
Understanding the core concepts of Business Policy and Strategy and its application in Functional areas of
Management.
CO2
Demonstrate the importance of in-depth analysis of both the organization and the external business environment
during the formulation of strategy.
CO3 Recognize the framework of strategic management.
CO4 Analyze the elements of Strategic Intent and Strategic choice.
CO5 Evaluate the role of Strategy implementation and control.
Course Outcomes :-At the end of course, Student will able to
CO1 Expose to the basic concepts, importance and techniques of selling.
CO2 Evaluate the attributes and potential required to be an effective sales force.
CO3
Demonstrate a sales force strategies that takes into account organizational strategies, structural relationships and
product characteristics.
CO4 Apply the emerging trends of selling by external environment
CO5 Evaluate the success of salesperson and sales force based on individual and organizational objectives.
Course Outcomes :-At the end of course, Student will able to
CO1 Evaluate the structure of the Indian Financial system and its major reforms.
CO2
Analyze the factors affecting financial markets and advantages of Integration of Indian economy with global
economy.
CO3 Apply the importance of stock market trading techniques and the concept for trading securities in BSE and NSE.
CO4 Analyze the concept of construction of Indices and techniques of raising funds from International markets
CO5
Analyze money markets and Debt markets instruments of India and the special features inherent in these securities.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyze the importance of consumer behavior in Marketing decisions.
CO2 Apply the theories of motivation and consumer perception to know the potential consumer.
CO3 Comprehend the types of reference groups which influence the prospect
CO4 Identify the strategies which meet the culture, characteristics and core values of society.
CO5
Evaluate the consumer decision making process for developing the appropriate marketing strategies for different
segments of consumer.
Course Outcomes :-At the end of course, Student will able to
CO1 Exhibit the descriptive knowledge of field of industrial relations.
CO2 Evaluate the concept and aspects of worker’s participation in management.CO3 Apply the lawful methods in Grievance handling of the workers while working in business environment.
CO4 Analyze the Industrial Relations problems faced at organizational level.
CO5 Evaluate the emerging trends in Industrial Relations and its impact on current business scenario.
Course Outcomes :-At the end of course, Student will able to
Course Outcome R1720111024 – Management of Industrial Relation & Labour Laws
Course Outcome R1720111025 – Entrepreneurial Development
Course Outcome R1720111019 – IT Tools For Business
Course Outcome R1720111020– Business Policy and Strategy
Course Outcome R1720111021 – Selling Skills
Course Outcome R1720111022 – Financial Markets, Institutions and Services
Course Outcome R1720111023 – Consumer Behavior
CO1 Analyze the concept and traits of Entrepreneurship for the successful implementation when expose to market.
CO2 Design the business strategies for the ethical and successful working of business plan.
CO3 Apply the innovation in the operations while implementing the business ideas.
CO4 Identify the methods to manage people, processes and resources in an integrated manner.
CO5 Analyze the internal and external factors of Business Environment to explore new business opportunities.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyze the concept and models of E-commerce (Porter’s Value Chain Model, B2B, B2C, C2C, C2B, G2C) .CO2 Describe the current technologies that act as supporting mechanism for various applications.
CO3 Apply the several methods of On-Line Payments while performing financial transactions of business.
CO4 Analyze the benefits and Key Success Factors of Traditional and E-Retailing.
CO5 Analyze Threats and Crimes in Cyberspace and the internet security used to avoid it.
Course Outcomes :-At the end of course, Student will able to
CO1 Identify the self-advocacy skills to adapt comfortably in the society.
CO2 Analyze the importance of activities ( Extempore, Group Discussion) and its utility in their life.
CO3 Develop their personality and boost performance by Case study Analysis, Presentations.
CO4 Analyze the competitive era by participating in extracurricular.
CO5 Develop the confidence by meeting out the competitive skills.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyze the concept and basics of Risk and Return.
CO2
Calculate the value of bonds with the help of techniques (P/E values, Book value, market value, Yield to Maturity)
and considering market values.
CO3
Apply the Fundamental and Technical Techniques and the value of securities and debts and their role as price and
volume indicators.
CO4
Understand the Markowitz portfolio theory and the risk return of a portfolio considering both systematic and
unsystematic risk
CO5
Evaluate the performance of securities Using Sharpe’s Treynor’s, Jensen’s Measures and the concept of CAPM and get an insight into overvalued and undervalued assets.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyze the success of advertising and its functions in respect of brand.
CO2 Identify suitable advertising plan, implement it in the market.
CO3 Evaluate the effectiveness of advertising in market segments
CO4 Develop the innovative strategies to address marketing communication challenges.
CO5 Understand the importance of media planning and scheduling for advertising campaign.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyze the importance of On Job Training programs, Off Job Training program.
CO2 Analyze training methods while functioning in the Business Environment.
CO3 Evaluate methods of Management Development Program and their suitability in working.
CO4 Develop the strategies for Organizational Development and their applicability.
CO5 Apply the task of training function and overall training capacity
Course Outcome R1720111030 – Training and Development
Course Outcome R1720111026 – E-Commerce
Course Outcome R1720111027– ECA & GI
Course Outcome R1720111028– Investment Analysis and Portfolio Management
Course Outcome R1720111029 – Advertisement and Brand Management
CO1 Understand the development of microbiology with basic research and scientist of microbiology.
CO2
Develop the concept about diversity of microorganisms, and conceptual development on how will bacteria,
fungi,protozoa and algae be used in industrial , medical and research field.
CO3 Generalize the basic criteria of medical microbiology and they will understand about pathogenic microorganisms.
CO4 Understand the basic principle and application of fermentation and food technology.
CO1 Understand the ultra structure of microorganisms.
CO2
Obtain the knowledge about application of sterilization in microbiological field and the isolation and cultivation of a
microorganisms.
CO3 Understand the reproductive system and growth calculation of a microorganisms.
CO4 Develop a concept about classification and bacterial taxonomy of a microorganisms .
CO5 Develop the knowledge Bergey mannual method of systemic bacteriology.
CO1 Understand about nutritional requirements & physical conditions needed by microorganisms for growth
CO2
Acquire knowledge about the effect of environmental factors on the growth of microorganisms and culture of
microorganisms
CO3 Identify catabolic & anabolic pathways, the transport systems in microbial metabolism
CO4 understand about aerobic & anaerobic respiration
CO5 Understand about anoxygenic and oxygenic photosynthesis in bacterial and cyanobacteria
CO1 Classify carbohydrates, lipids and amino acids and correlate their functions.
CO2 Analyze the importance, functions and roles of proteins in biological systems.
CO3 Perceive the structures and importance of Adenosine triphaphate
CO4 Understand the prosthetic group-Thiamine PyroPhosphate, coenzyme,metal cofactors in the enzyme
CO5 Aquire the knowledge about the principles of catalytic reactions and inhibition.
CO1 To develop the essential functional English aspects and communication skills
CO2
To train the students in oral presentations, expository writing, logical organization and structural support in english
language.
CO3
By acquiring skills in the use of communication techniques. Students will be able to express better, grow personally
and professionally, develop poise and confidence and achieve success.
Subject Name :History and scope of microbiology
Subject Code :BMIC 101
Subject Name :BACTERIOLOGY
Subject Code :BMIC 102
Subject Name :Microbial Physiology & Metabolism
Subject Code :BMIC 103
Subject Name : Basic Biochemistry
Subject Code :BMIC -104
Subject Name : Communicative English I
Subject Code :BENG -105
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Semester - 1
SCHOOL OF LIFE & ALLIED SCIENCE
B. Sc Microbiology Course Outcomes
CO1 Develop the knowledge about environmental issues and disaster management.
CO2
Obtain the knowledge about in participating clean and green programmes sanitation, health camps and briefing about
ecosystem.
CO3 Develop on health hygiene, nutritional pollution and environmental modifications.
CO4 Understand the management of bio medical waste and safety .
CO1 Understand about glassware about microbiology and their application.
CO2 Determine the principle of basic instruments which is used in microbiology.
CO3 Understand the serial dilution of biological samples
CO4 Understand about blood cells and their morphology.
CO5 Deteremine basic concept about cultivation of microorganisms.
CO1 Aquire the knowledge about the equipments, glasswares required in the basic laboratory set up
CO2 Understand about the solution, solutes, and solvents
CO3 Identify the biomolecules by performing paper chromatographic technique.
CO4 Analyze acid and base characteristics in samples
CO5 Determining the pH values in a given sample.
CO1 Understand the basic structure, taxonomy and cultivation of viruses.
CO2 Develop the concept about lytic and lysogenic replication cycle of bacteriophage.
CO3 Understand the concept of horizontal and vertical transmission, mode of infection virus
CO4 Acquire the knowledge of replication based Baltimore classification of virus.
CO5 Develop the basic concept of oncogenic viruses.
CO6 Collect the knowledge about antiviral drug, gamma interferon and viral vaccination.
CO1 understand about the basic concept and principle of microscope
CO2 Aquire the knowledge of different chromatographic techniques.
CO3 Understand about the electrophoresis for the separation of the nucleic acid and proteins.
CO4 Give a Graphical presentation of molecular weight of macromolecules.
CO5 Understand and graphical presentation of standard curve of glucose.
CO6 Understand the concept of rotation per minute in centrifuge technique.
Subject Name :Practical Microbiology
Subject Code :BMICP -107
Subject Name : Practical Biochemistry
Subject Code BMICP -108
Subject Name :Virology
Subject Code :BMIC -201
Subject Name :ENVIRONMENTAL SCIENCES
Subject Code :BENV 106
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Subject Name : Microbial Tools and Instrumentation
Subject Code :BMIC -202
Subject Name :Phycology & Mycology
Subject Code :BMIC-203
Semester - 2
CO1 Understand about characters, morphology, life cycle & significance of algae & fungi
CO2 Apply classification systems to appreciate the diversity of lower plants
CO3 Identify the economically importance of alage & fungi
CO4 understand about fungal diseases, their causative agents, mode of infection, epidemiology & their control measures
CO1 Understand the structure of the basic biological unit of life
CO2 Analysis of cellular defect and malfunction by identifying the structure and morphology
CO3 Understand the central dogma of cell function and the structure of the nucleus its importance and function
CO4 Determine the process of protein synthesis, folding, sorting and their transport to the organelles
CO5
Correlate the mechanism of Mitogen activated protein kinase and Insulin pathways to diseases with emphasis on
cancer
CO6 Identify stem cells, its types and its role in treating disorders
CO1 Apply the essential functional English aspects and communication skills
CO2 Employ oral presentations, expository writing, logical organization and structural support in English language.
CO3
Illustrate skills in the use of communication techniques be able to express better, grow personally and professionally,
develop poise and confidence and achieve success.
CO4 Demonstrate perfection in language communication.
CO1 Understand the basics of computers & its application using Microsoft softwares for statistics
CO2 Demonstrate the basics of internet & its real world application
CO3 Compute the scientific search engines for research articles
CO4 Memorize the basics of mathematics that is essential for a biologists
CO5 Apply the basics of mean, its relevance in biological data processing
CO1 Understand the basic instrumentation of laboratory.
CO2 Determine of fermentation of wine production .
CO1 Isolate yeast from brewers dried yeast in glucose solution
CO2 Analyze the process of fermentation in wine preparation using brewer’s yeastCO3 Identify motile lactobacillus bacteria and study its motility in curd sample
CO4 Analyze about uses & principles of dark field microscopy & phase contrast microscopy & its application
Subject Name :Practical Microbiology
Subject Code :-BMICP 208
Subject Name :Industrial Microbiology
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Subject Name :COMMUNICATIVE ENGLISH-II
Subject Code :BENG-205
Subject Name :BASIC OF COMPUTER/MATH FOR BIOLOGISTS
Subject Code :BCBM-206
Subject Name :PRACTICAL BASIC LAB TECHNOLOGY
Subject Code :BMICP-207
Subject Name :Cell Biology
Subject Code :BMIC-204
Semester - 3
CO1 Understand about improved nutritional values and increase yield of products by modifying microorganisms.
CO2 Aquire the knowledge about production of single cell proteins and algal proteins and estimate their nutritional values.
CO3 Understand about useing bioprocess strategies according to the demand of microbial cultures.
CO4 Design bioreactors to achieve desired results (i.e. specified cell concentration, production rates, etc).
CO5 precise scale-up methods for designing bioreactors.
CO6 Produce antibiotics, vitamins, vaccines and organic solvents using a bioreactor.
CO7 Define the fundamentals of downstream processing for product recovery.
CO1 Understand Mendel’s laws and how they relate to cytogenetics.CO2 Predict the outcome of crosses including the use of Punnett square
CO3 At the end of this course, students will be able to predict the distribution of light under various conditions
CO4 To Understand the structure of chromosomes and also knowledge of their abnormalities.
CO5 To Understand the basis of cytoplasmic inheritance and how it differs from Mendelian genetics.
CO1
Understand about the concepts related to plant pathology, various plant pathogens & plant diseases & be able to
recognize disease symptoms
CO2 Understand the physiology of infected plants & host-pathogen interaction, virulence & pathogenecity
CO3 Identify genetics & the interaction of plant with pathogens, specifically the gene for gene concept
CO4 Analyze the economically important plant diseases & their control & prevention
CO5
Understand the lifecycles of plant pathogenic viruses, bacteria, fungi & phytoplasmas in relation to their interaction
with host plants
CO1 Understand the basic concept of DNA ,gene, central dogma and genetic code.
CO2 Distinguish of basic and ultra structure and topology of DNA.
CO3 Illustrate the basic concept of chromosome.
CO4 Understand the replication of both prokaryotes and eukaryotes.
CO5 Obtain the knowledge about mutability and repair of DNA.
CO1 To develop the essential writing skills necessary to deliver your thoughts
CO2 To train the students in oral presentations, logical organization and structural support in english language.
CO3 Students will be able to express his knowledge in a skillfull manner and achieve success.
CO4 Student will be trained to present himself as per the corporate requirements
CO1 Understand problems or circumtances & find the solution
CO2 Apply strategic protocols and methodology in analysing numerical data
Subject Name : Plant Pathology
Subject Code :BMIC-303
Subject Name :Molecular biology I
Subject Code : BMIC 304
Subject Name :COMMUNICATIVE ENGLISH-III
Subject Code : BENG-305
Subject Code :BMIC -301
Subject Name :Basic Concepts in Genetics and Genomics
Subject Code :BMIC-302
Subject Name :Analytical Reasoning I
Subject Code :BARI-306
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
CO3 Apply logical reasoning to solve problems in diverse contexts
CO4 Use formal, analytical, or computational techniques to address real-world problems
CO5 identify the ideas, theories, or methods relevant to topics, tasks, or problems
CO1 understand about Isolation of microorganism from air , water and soil sample
CO2 Acquire knowledge of pure culture isolation of microorganism
CO3 Understand and interpret the pathogenes through Winogradsky coloumn
CO4 Develop the concept for the Identification of microorganism by Gram staining and veiw under microscope
CO1 Analyze the quality of milk samples obtained from sources by the methylene blue reductase test
CO2 Identify blood cells by smear prepration and staining
CO3
Understand the preparation of basic, enriched, transport and selective culture media required for bacteria growth &
its application
CO4 Identify the bacteria by morphological, cultural characteristics & gram staining
CO1 Acquire knowledge on Transcription, RNA polymerase
CO2 Understand transcriptional regulation in prokaryotes
CO3 Demonstrate knowledge of transcriptional regulation in eukaryotes
CO4 Understand the function of Small interference RNA and it's application
CO1 Understand the concepts & scope of food & dairy microbiology.
CO2 understand the role & significance of intrinsic & extrinsic factors on growth & response of microorganisms in food.
CO3 Recognize and describe the characteristics of important pathogens & spoilage mocroorgnisms in food
CO4 Understand the principles of food preservation and methods to slow microbial growth
CO5 Apply the beneficial role of microorganisms in fermented foods & in food processing
CO1 Understand the basic concept of innate and adaptive immunity.
CO2 Aquire knowledge about Primary and secondary immune organs.
CO3 Develop the knowledge about Major histo-compatibility complex and complement system.
CO4 Develop the concept about antigen antibody interaction.
CO5 Understand the concept about agglutination, precipitation and cross reactivity.
CO1 Undersand the concept of Restriction digestion, its experimental design and outcome
CO2 Understand bacterial and viral vectors as important tools in molecular cloning
CO3 Apply the principle and experimental design of techniques employed in DNA amplification for molecular cloning
Subject Name :Food & Dairy Microbiology
Subject Code :BMIC-402
Subject Name : Immunology I
Subject Code :BMIC-403
Subject Name: PRACTICALS industrial microbiology
Subject Code :BMICP-307
Subject Name : Practical Molecular Biology
Subject Code :BMICP-308
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Subject Name :Recombinant DNA Technology
Subject Code :BMIC-404
Subject Name : Molecular Biology II
Subject Code :BMIC -401
Semester - 4
CO4 Analyze molecular tools: chromosome walking & chromosome jumping.
CO5 Evaluate the outcome of Recombinant DNA technology and its Applications.
CO1 To develop the essential writing skills necessary to deliver your thoughts
CO2 To train the students in oral presentations, logical organization and structural support in english language.
CO3 Students will be able to express his knowledge in a skillfull manner and achieve success.
CO4 Student will be trained to present himself as per the corporate requirements
CO1 Understand problems or circumtances & find the solution
CO2 Apply strategic protocols and methodology in analysing numerical data
CO3 Apply logical reasoning to solve problems in diverse contexts..
CO4 Use formal, analytical, or computational techniques to address real-world problems
CO5 Demonstrate the vocabulary and diction
CO1 Analyze fresh food by measuring parameters of size shape texture and color
CO2
Apply the principle of solubility and extract pigments from colored foods and measure their optical densities and
analyze it in comparison to pigments broken down
CO3 Understand the process of yeast fermentation in bread preparation
CO4 Analyze bacteria and fungus or molds in rotten foods
CO5 Correlate of the quality of raw food and their pH values
CO1 Demonstrate DNA isolation from blood cells and plant cells
CO2 Evaluate the DNA isolated from blood and plants cells by agarose gel electrophoresis
CO3
Apply their knowledge of Polymerase Chain Reaction to perform a DNA fragment amplification and check their
products on a gel electrophoresis
CO4 Demonstrate experimental knowledge of plasmid isolation
CO1 Acquire knowledge on microbial flora of human body
CO2 Determine of bacterial diseases which are spread by air and water
CO3 Develop the concept about viral diseases and their transmission
CO4
Obtain the knowledge on morphology of protozoa and symptoms, mode of transmission ,control of diseases caused
by it.
CO5 Understand about fungal infective diseases and their treatment
Subject Name : Microbial Biotechnology
Subject Name :Practical Food & Dairy Microbiology
Subject Code :BMICP-407
Subject Name :Practical Molecular Diagnostic
Course Outcomes
Subject Code :BMICP-408
Subject Name : Medical Microbiology
Subject Code :BMIC 501
Subject Name :COMMUNICATIVE ENGLISH-IV
Subject Code :BENG-405
Subject Name :Analytical Reasoning II
Subject Code :BARII-406
Semester - 5
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
CO1
Gain an in depth knowledge of how microbes and their metabolic pathways and products can be used in
biotechnology
CO2 Learn about the applications of microbial biotechnology in all the industries producing biological products
CO3 Critically evaluate the role of microorganisms in specific biotechnological processes
CO4 Demonstrate a clear understanding of how biochemical pathways relate to biotechnological applications
CO5 Understand the cellular and molecular pathways that regulate the gene expression
CO1 Acquire knowledge on gross, functional and applied anatomy of various structures and organs in the human body
CO2
Analyze normal functioning of organ systems of the body and their interactions including the physiological aspects
of normal growth and development.
CO3
Formulate the microscopic structures of human tissues and organs in the body and correlate the structure with the
physiological functions.
CO4 Obtain the knowledge about deficiency of immunity and HIV.
CO5 Analyze the treatment of immunological disease.
CO1 Demonstrate the enormous microbial diversity in nature, their relation with environment & potential in the ecosystem
CO2 Acquire knowledge about the microflora of soil, water, animal, air & their dispersal
CO3
Obtain the knowledge about plant microbes interactions especially rhizosphere, phyllosphere & mycorrhizae & their
application especially biofertilizers
CO4 Illustrate about biogeochemical cycles- Carbon, Nitrogen, Sulphur Phosphorus cycle & microbes involved
CO5
Comprehend the methods to determine the sanitary quality of water & sewage treatment methods employed in waste
water treatment
CO1 Improve intelligence about erythrocytes level between a normal and abnormal patients.
CO2 Develop the concept about immunodifussion.
CO3 Apply the basic principle about serology in diagnostics.
CO4 Develop the knowledge about agglutination concept that will be applied in basic techniques of immunoassay.
CO1
Categorize the composition of different culture media & prepare media with appropriate pH for routine bacterial
isolation
CO2 Interpret to grow, isolate, culture & maintain bacterial stocks
CO3 Identify bacteria based on morphological & cultural characteristics
CO4 Perform MIC of antiseptics by filter paper disc method
CO5 Describe the principle of liver function & renal tests
Subject Name : Practical Immunology
Subject Code : BMICP 505
Subject Name :Practical Clinical diagnostic
Subject Code :BMICP-506
Subject Code :BMIC-502
Subject Name:Immunology II
Subject Code :BMIC -503
Subject Name :Microbial Ecology
Subject Code :BMIC-504
Course Outcomes
Semester - 6
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
CO1
Design types of research based on data set available as Descriptive vs. Analytical, Applied vs. Fundamental,
Quantitative vs. Qualitative, Conceptual vs. Empirical.
CO2 Demonstrate knowledge of biostatistic tools used for scientific data analysis.
CO3 Construct a research paper listing out step by step procedure with scientific layout.
CO4 Demonstrate knowledge of scientific data analysis,representation and its interpretation
CO5 Illustrate Research design, hypothesis formulation, and scientific writing methodology
CO1 Practice about handling & sampling of water samples & also analyze microbes of water
CO2 Apply the basic principles of environment microbiology for solving environmental problems
CO3 Interpret about plant microbes interactions & their applications
CO4 Apply the theories & principles of food microbiology in practical, real world situations & problems
CO1 Demonstrate knowledge to experimentally design a research project
CO2 Analyze Empirical or doctrinal data to meet reasearch hypothesis.
CO3 Develop skills on step by step research paper writting
CO4 Demonstrate skills of Scientific data Representation and presentation
CO5 Perform statistical tests using software with tabulation and graph mapping.
Subject Name :Applied Microbiology
Subject Code :BMIC-602
Subject Name :Dissertation
Subject Code :BMIC-603
Subject Name :Scientific methodology, Biostatistics & Technical Writing
Subject Code :BSBT-601
Course Outcomes
Course Outcomes
Course Outcomes
CO1 Classify carbohydrates, lipids and amino acids and correlate their functions.
CO2 Analyze the importance, functions and roles of proteins in biological systems.
CO3 Perceive the structures and importance of Adenosine triphaphate
CO4 Understand the prosthetic group-Thiamine PyroPhosphate, coenzyme,metal cofactors in the enzyme
CO5 Aquire the knowledge about the principles of catalytic reactions and inhibition.
CO1 Describe the concepts of pH, pOH, electrolytes & electrolytic dissociation, Bronsted theory of acids & bases.
CO2 Understand the concepts of buffers, Henderson-Hasselbach equation, biological buffer systems & their importance..
CO3 Understand about catalyst and biochemical reactions.
CO4
Understand about the laws of thermodynamics, concept of entropy, enthalpy, free energy & their application to
biological systems.
CO5 Acquire knowledge of colloidal solution, their separation & application of colloidal chemistry.
CO1 Understand the concept of operation and care of instruments used in the laboratories.
CO2
Perceive the chromatographic techniques for saparation of the pigments, amino acid and other molecules from the
cells.
CO3 Develop the basic concept about principle and application of HPLC
CO4 Saparation and identification of the nucleic acids and proteins by using electrophoresis and SDS PAGE technique.
CO5 Handle spectrophotometer and perform absorbance assay
CO6 Aquire the knowledge of the component and use of fluorometry
CO1 Understand application of germ theory, soil microbiology and role of microorganism in microbiological field.
CO2 Memorize the concept of cellular organization of a bacteria.
CO3 Understand the diversity of an microorganisms and develop a concept about both prokaryotes and eukaryotes.
CO4 Determine the biography about protozoa.
CO1 To develop the essential functional English aspects and communication skills
CO2
To train the students in oral presentations, expository writing, logical organization and structural support in english
language.
CO3
By acquiring skills in the use of communication techniques. Students will be able to express better, grow personally
and professionally, develop poise and confidence and achieve success.
CO4 To be coherent in language communication.
Subject Name :Basic microbiology
Subject Code :BBIOC 104
Subject Name : Communicative English I
Subject Code :BENG 105
Subject Name :Basic Biochemistry
Subject Code :BBIOC 101
Subject Name :Physical Aspects of Biochemistry
Subject Code :BBIOC 102
Subject Name : Biochemical Techniques
Subject Code :BBIOC 103
Semester - 1
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
SCHOOL OF LIFE & ALLIED SCIENCE
B. Sc Biochemistry Course Outcomes
CO1 Obtain the basic cencept about prevention and control, environmental issues and disaster management.
CO2 Understand participating clean and green programmes sanitation, health camps and briefing about ecosystem.
CO3 Develop the knowledge about health hygiene, nutritional pollution and environmental modifications.
CO4 Understand the management of bio medical waste and safety.
CO1 Aquire the knowledge about the equipments, glasswares required in the basic laboratory set up
CO2 Understand basic knowledge about the solution, solutes, and solvents
CO3 Identify the biomolecules by performing paper chromatographic technique.
CO4 Analyze acid and base characteristics in samples
CO5 Understand the pH values in a given sample.
CO1 Understand the all glassware about microbiology and their application.
CO2 Determine the principle of basic instruments which is used in microbiology.
CO3 Determine the serial dilution of fast green.
CO4 Develop the concept about blood cells morphology.
CO5 Understand basic concept about cultivation of microorganisms.
CO1 Aquire the knowlwdge about the classification and nomenclature of the enzyme
CO2 Develop the concept of co-enzymes and co-factors in enzyme activation.
CO3 Understand the concept of the enzyme-substrate relationship and kinetics parameters.
CO4 Analysis of enzyme-inhibitor relationship and predict type of inhibition.
CO5 Acquire the knowledge about multi-enzyme systems and regenerate enzymes during catalytic processes.
CO1 Understand the fundamental energetic of biochemical process.
CO2 Aquire the knowledge of fatty acid oxidation, synthesis as well as in ketogenesis.
CO3 Understand the metabolic pathways-the energy yielding & energy requiring reactions in life.
CO4 Recognize basic mechanisms of pathway regulation.
CO5 Understand of the metabolic basis of diseases.
CO1 Conceptual study of photosynthesis and its importance in green plants.
CO2 Understand about the significance of photosynthesis and photophosphorylation.
CO3 Understand the basic concept of photorespiration and oxidative phosphorylation.
CO4
Develop the basic concept on metabolism of glycogen and fatty acids leads ultimately to generation of large
quantities of ATP.
CO5 Understand the importance and biosynthesis of secondary metabolites.
Subject Name : Environmental Sciences
Subject Code :BENV 106
Subject Name :Metabolism I
Subject Code :BBIOC-202
Subject Name : Plant Biochemistry
Subject Code :BBIOC 203
Subject Name : Practical Biochemistry
Subject Code :BBIOCP 107
Subject Name : Practical Microbiology
Subject Code :BBIOC 108
Subject Name : Enzymology
Subject Code :BBIOC 201
Course Outcomes
Course Outcomes
Semester - 2
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
CO1 Understand the structure of the basic biological unit of life.
CO2 Analysis of cellular defect and malfunction by identifying the structure and morphology.
CO3 Understand the central dogma of cell function and the structure of the nucleus its importance and function.
CO4 Determine the process of protein synthesis, folding, sorting and their transport to the organelles.
CO5
Correlate the mechanism of Mitogen activated protein kinase and Insulin pathways to diseases with emphasis on
cancer.
CO6 Identify stem cells, its types and its role in treating disorders.
CO1 Apply the essential functional English aspects and communication skills
CO2 Employ oral presentations, expository writing, logical organization and structural support in English language.
CO3
Illustrate skills in the use of communication techniques be able to express better, grow personally and professionally,
develop poise and confidence and achieve success.
CO4 Demonstrate perfection in language communication.
CO1 Understand the basics of computers & its application using Microsoft softwares for statistics.
CO2 Demonstrate the basics of internet & its real world application .
CO3 Compute the scientific search engines for research articles.
CO4 Memorize the basics of mathematics that is essential for a biologists.
CO5 Apply the basics of mean, its relevance in biological data processing.
CO1 Understand the basic kanowledge about instruments using in laboratory.
CO2 Obtain the knowledge about preparation of blood smear and blood cells morphology.
CO3 Determine the process of fermentation of wine production .
CO1 Analysis of starch formation that takes place inside green leaves during photosynthesis.
CO2 Aquire the knowledge about evollution of oxygen during photosynthesis.
CO3 Understand the concept and application of light during photosynthesis .
CO4 Analysis and purification of pigments from the green plants.
CO1 Understand the comparative study of cell wall structure with reference to gram +ve & gram –ve bacteria.
CO2
Recognize the structure of lipids, mono, di & polysaccharides, describe their physical & chemical properties & their
function in living organisms.
CO3
Describe amino acid structures, their physical & chemical properties and list the essential & non essential amino
acids.
Subject Name :Cell Biology
Subject Code :BBIOC 204
Subject Name :Practical Biochemistry
Subject Code :BBIOCP-208
Subject Name : Biomolecules
Subject Code :BBIOC-301
Subject Name : Communicative English II
Subject Code :BENG 205
Subject Name :Baisc of Computer & Math For Biologists
Subject Code :BCBM-206
Subject Name : Practical Basic Lab Technology
Subject Code :BBIOCP-207
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Semester - 3
Course Outcomes
CO4 Understand about the structure of nucleic acids, DNA & RNA and the processes of DNA replication.
CO5 Comprehend about the structure, sources & deeficincy disorders of water & fat soluble vitamins.
CO1 Understand the basic concept of metabolic reactions involved in protein metabolism..
CO2
Evaluate the disorders of metabolism of proteins and understand the various disorders generated due to errors in
amino acid metabolism.
CO3 Correlate the metabolism of amino acids with nucleic acid biosynthesis.
CO4 Analyze degradative and synthetic pathways of gluconeogenic and ketogenic amino acids.
CO5 Perceive de novo and salvage pathways of biosynthesis of purines and pyrimidines.
CO1 To learn the correlation and concept of erythrocytes sedimentation rate with disease.
CO2 To study the calculation of RBC and WBC and study about MCV, MCH and MCHC.
CO3 To understand the basic principle of blood clotting and get the knowledge about bleeding and clotting time.
CO4 To develop the concept about hemolytic anemia, megaloblastic anemia and Sickle cell anemia.
CO1 Aquire the knowledge about DNA ,gene, central dogma and genetic code.
CO2 Understand of basic and ultra structure and topology of DNA.
CO3 Aquire the basic concept of chromatin fiber and chromosome.
CO4 Understand the replication of both prokaryotes and eukaryotes.
CO5 Develop the knowledge about mutation and DNA error.
CO1 To develop the essential writing skills necessary to deliver your thoughts
CO2 To train the students in oral presentations, logical organization and structural support in english language.
CO3 Students will be able to express his knowledge in a skillfull manner and achieve success.
CO4 Student will be trained to present himself as per the corporate requirements
CO1 Understand problems or circumtances & find the solution.
CO2 Apply strategic protocols and methodology in analysing numerical data.
CO3 Apply logical reasoning to solve problems in diverse contexts..
CO4 Use formal, analytical, or computational techniques to address real-world problems
CO5 identify the ideas, theories, or methods relevant to topics, tasks, or problems.
CO1 Develop the concept of blood coagulation and learn about bleeding and clotting time.
CO2 Aquire the knowledge of pathological disorders by identification of crystals.
CO3 Understand the application of EDTA and other anticoagulants and study about morphology of cells.
CO4 Understand the basic and ultrastucture about primary and secondary lymphoid organs.
Subject Name : Metabolism II
Subject Code :BBIOC -302
Subject Code :BBIOC 304
Subject Name : Communicative English III
Subject Code :BENG-305
Subject Name :Analytical Reasoning I
Subject Code :BBIOC-306
Subject Name :Practical Clinical Diagnostics
Course Outcomes
Course Outcomes
Subject Name : Diagnostic Biochemistry
Subject Code :BBIOC-303
Subject Name : Molecular biology I
Subject Code :BBIOCP-307
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
CO1 Analyze the quality of milk samples obtained from sources by the methylene blue reductase test
CO2 Identify blood cells by smear prepration and staining.
CO3 Understand the preparation of basic, enriched, transport and selective culture media required for bacteria growth &
its application.
CO4 Identify the bacteria by morphological, cultural characteristics & gram staining.
CO1
To understand the theory behind spectacle lenses and frames, their materials, types, advantages and disadvantages.
CO2 To acquire knowledge on mathematical calculations on prescribing spectacles and eye wear.
CO3 At the end of the course students will be able to write spectacle prescriptions of lenses.
CO4 To get acquitted on transposition and types of spectacle prescriptions.
CO1 To understand the optometric instruments, its basic principle, description and usage in clinical practice.
CO2 To acquire knowledge on design an optics of the instruments used in eye care.
CO3 At the end of the course students will be able to identify and practical skills in handling the following instruments
CO4 To get information in various optometric instruments available in Indian market.
CO1 Understand and Catagorize the different structure of protein.
CO2 Understand the basic concept of saparation of the proteins by using different techniques.
CO3 Understand the concept Ramchandran plot in protein structure.
CO4 Understand the application of different radiographic techniques to determine the structure of proteins.
CO5 Apply and correlate proteins with different biological disorder in the human being.
CO1
Remember how to perform restriction digestion along with knowledge of customizing genes for further molecular
application.
CO2
Understand about the types of vectors & its advantages in cloning.
CO3 Apply the knowledge of DNA amplification by performing a Polymerase chain reaction.
CO4 Understand about genomic libraries & its preparation.
CO5
Understand about the products that are available as an outcome of recombinant DNA technology, its application &
relevances.
CO1 To develop the essential writing skills necessary to deliver your thoughts
Subject Name :Practical Molecular Biology
Subject Code :BBIOCP-308
Subject Name : Human Physiology
Subject Code :BBIOC-401
Subject Name : Biochemical Correlation in Disease
Course Outcomes
Course Outcomes
Subject Name : Genetic Engineering & Biotechnology
Subject Code :BBIOC 404
Subject Name : Communicative English IV
Subject Code :BBIOC-405
Course Outcomes
Course Outcomes
Subject Code :BBIOC -402
Subject Name : Proteins
Subject Code :BBIOC-403
Course Outcomes
Course Outcomes
Semester - 4
CO2 To train the students in oral presentations, logical organization and structural support in english language.
CO3 Students will be able to express his knowledge in a skillfull manner and achieve success.
CO4 Student will be trained to present himself as per the corporate requirements
CO1 Understand problems or circumtances & find the solution.
CO2 Apply strategic protocols and methodology in analysing numerical data.
CO3 Apply logical reasoning to solve problems in diverse contexts..
CO4 Use formal, analytical, or computational techniques to address real-world problems
Demonstrate the vocabulary and diction.
CO1 Analysis of albumin protein.
CO2 Isolation and purification of casein protein from the given sample.
CO3 Study of hemoglobin concentration in the given sample.
CO4 Qualitative analysis of protein.
CO1 Learn the basics of DNA isolation from blood cells and plant cells
CO2 Analyze the isolated DNA by gel electrophoresis
CO3 Apply their knowledge of PCR to perform a DNA fragment amplification and will check their products on a gel
electrophoresis.
CO4 learn plasmid isolation
CO1 Formulate the concept of antibody which harmfull to its own body.
CO2 Aquire the knowledge about hypersensitivity reaction and degranulation of allergy reaction.
CO3 Understand the basic concept about lymphoproliferative assay and basic methods of molecular diagnostics.
CO4 Accumuate knowledge about systematic and organ specific immunodeficiency with study of HIV.
CO5 Obtain the knowledge about of disease whch blocks the immunity.
CO1 Understand the roles of the endocrine system in maintaining homeostasis, integrating growth & development.
CO2 Understand among endocrine, paracrine & autocrine systems.
CO3 Analyze the regulation of hormones including the principles of negative & positive feedback mechanisms.
CO4 Analyze the production of hormones.
CO5 Define & discuss the physiological actions of hormones.
CO6Apply endocrinological principles to determine the patho physiology & consequences of specific endocrine
disorders.
Subject Name :Analytical Reasoning II
Subject Code :BBIOC-406
Semester - 5
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Subject Name :Hormone Biochemistry
Subject Code :BBIOC -502
Subject Name : Food Biochemistry
Subject Code :BBIOC-503
Subject Name :Practical Protein
Subject Code :BBIOCP-407
Subject Name :Practical Biotechnology
Subject Code :BBIOCP-408
Subject Name : Immunology II
Subject Code :BBIOC-501
CO1 Catagorize the food stuff on the basis of their nutrition levels.
CO2 Understand the concept the biomolecules in animals.
CO3 Evaluated and described mineral metabolism with chronic insufficiency
CO4 Aquire the knowledge about the different vitamins and their roles for the organisms.
CO5 Understand and correlate vitamins and hormones deficiency with origin and progression of diseases.
CO1
Corelate the basic concept of anatomical, physiological, phagocytic and inflammatory barrier and complete adaptive
immunity.
CO2 Access the knowledge about bone marrow, thymus and lymphatic system with secondary immune organs.
CO3 Apply the knowledge of antigen and antibody on their reaction.
CO4 Determine the basic concept about Major histo-compatibility complex and complement system.
CO5 Develop the knowledge about mucosal immune system.
CO1 Develop the intelligence about erythrocytes level between a normal and abnormal patients.
CO2 Apply the concept immunodifussion in antigen antibody reaction.
CO3 Formulate the basic principle about serology.
CO4 Determine agglutination concept that will be applied in basic techniques of immunoassay.
CO1 Understand of fat in the given samples via Translucency Test.
CO2 Characterize the presence of fat via solubility test
CO3 Assess the presence of lipids by performing Emulsification Test
CO4 Explain and demonstrate Iodine Test for dermining the presence of lipid in a given sample.
CO5 Determine the vitamines in the given sample.
CO1 Design types of research based on data set available as Descriptive vs. Analytical, Applied vs. Fundamental,
Quantitative vs. Qualitative, Conceptual vs. Empirical.
CO2 Demonstrate knowledge of biostatistic tools used for scientific data analysis.
CO3 Construct a research paper listing out step by step procedure with scientific layout.
CO4 Demonstrate knowledge of scientific data analysis,representation and its interpretation
CO5 Illustrate Research design, hypothesis formulation, and scientific writing methodology
CO1 Analyze the principle of antigen antibody interaction that will be applied many immuno assay.
CO2 Aquire the knowledge about hypersensitivity reaction.
CO3 Accumulate the knowledge of immunodefficiency, autoimmunity and immuno-diagnostic fields.
CO4 Analyze the protozal infections in human body.
CO5 Corelate the immunosuppressive therapy with tissue grafting.
CO6 Develop the knowledge about the recombinant vaccines and its beneifits .
Subject Name : Practical Food Biochemistry
Subject Code :BBIOCP-506
Subject Name : Immmunology I
Subject Code :BBIOC 504
Subject Name : Practical Immunology
Subject Code :BBIOCP-505
Semester - 6
Subject Name : Scientific methodology, Biostatistics & Technical writing
Subject Code :BSBT-601
Subject Name : Immunology II
Subject Code :BBIOC-602
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
CO1 Demonstrate knowledge to experimentally design a research project
CO2 Analyze Empirical or doctrinal data to meet reasearch hypothesis.
CO3 Develop skills on step by step research paper writting
CO4 Demonstrate skills of Scientific data Representation and presentation
CO5 Perform statistical tests using software with tabulation and graph mapping.
Subject Name : Dissertation
Subject Code :BBIOC-603
Course Outcomes
CO1 Develop the knowledge about the dIgestive, urinenary, nervous systems of human body.
CO2 Understand the structure and function of the heart and the composition of blood and cardiovascular system.
CO3 Illustrate about the structure of the lymph vessels, lymph nodes and lymphoid organs.
CO4 Understand of Endocrine and Exocrine glands in human body and respiratory system.
CO1
Perceive the structure, function, division of the cells and the microscopic structures of the tissues and organs in
human body.
CO2
Undrstand the structure and function of endocrine glands, their hormones and correlate the function with hormonal
regulation.
CO3 Understand about the physiological function of heart, blood and blood vessels on the the cardiovascular system.
CO4
Comprehend the function and inter-relationship between the parts of the respiratory system so they identify the
organs according to their functions.
CO1 Remember the health concepts, medical care and safety regulation for the good clinical laboratory.
CO2
Perceive the communication between physician and patients which is important for the medical laboratory
profession.
CO3 Understand about the management of the medical laboratory, planning and medical records.
CO4 Understand the management of bio medical waste, safety and first aid.
CO5 Understand the laboratory equipments, their uses, cleaning and care.
CO6 Analyze the collection of specimen – blood, urine, stool and semen.
CO1 Classify carbohydrates, lipids and amino acids and correlate their functions.
CO2 Analyze the importance, functions and roles of proteins in biological systems.
CO3 Perceive the structures and importance of Adenosine triphaphate
CO4 Understand the prosthetic group-Thiamine PyroPhosphate, coenzyme,metal cofactors in the enzyme
CO5 Aquire the knowledge about the principles of catalytic reactions and inhibition.
CO1
To develop the essential functional English aspects and communication skills essential for the health care
professionals in delivering the patient care
CO2
To train the students in oral presentations, expository writing, logical organization and structural support in english
language.
Course Outcomes
Course Outcomes
Course Outcomes
Semester - 1
Course Outcomes
Subject Name :Human Anatomy I
Subject Code : BMLT 101
Subject Name : Human Physiology I
Subject Code :BMLT 102
Subject Name :Fundamentals of MLT
Subject Name : Basic Biochemistry
Subject Code :BMLT-104
Subject Name :COMMUNICATIVE ENGLISH-I
Subject Code :BENG-105
Course Outcomes
Subject Code : BMLT 103
SCHOOL OF LIFE & ALLIED SCIENCE
B. MLT Course Outcomes
CO3
By acquiring skills in the use of communication techniques. Students will be able to express better, grow personally
and professionally, develop poise and confidence and achieve success.
CO4 Understand the management of bio medical waste, safety and first aid.
CO1 Understand the concept about environmental issues and disaster management.
CO2 Understand participating clean and green programmes sanitation, health camps and briefing about ecosystem.
CO3 Develop of intelligence about health hygiene, nutritional pollution and environmental modifications.
CO4 Understand the management of bio medical waste and safety .
CO1 Understand about glassware about microbiology and their application.
CO2 Determine the principle of basic instruments which is used in microbiology.
CO3 Understand the serial dilution of biological samples
CO4 Understand about blood cells and their morphology.
CO5 Deteremine basic concept about cultivation of microorganisms.
CO1 Aquire the knowledge about the equipments, glasswares required in the basic laboratory set up
CO2 Understand about the solution, solutes, and solvents
CO3 Identify the biomolecules by performing paper chromatographic technique.
CO4 Analyze acid and base characteristics in samples
CO5 Determining the pH values in a given sample.
CO1 Determin the anatomy and orgonal structure of digestive system.
CO2 Develop the concept about anatomy of human nervous system.
CO3 Understand the ultra structure and sophisitication of urinary system.
CO4 Develop the concept about the basic structure of eye, ear, tongue and nose.
CO5 Understand the basic cellular arrangment of skin.
CO1 Analyze the basic functions of digestive system.
CO2 Develop the concept about physiology of human nervous system and its function.
CO3 Understand the process of urine formation .
CO4 Develop the concept about basic function of eye, ear, tongue and nose.
CO5 Accumulated knowledge the basic function of skin.
CO1
Understand the basic of computers, it storage devices which will help them in automated data entry and record
maintenance
Course Outcomes
Subject Name : Human Physiology II
Subject Code :BMLT 202
Subject Name : Lab management Skills
Subject Code :BMLT-203
Semester - 2
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Subject Code : BMLT 201
Subject Name :ENVIRONMENTAL SCIENCES
Subject Code :BENV 106
Subject Name : Practical Microbiology
Subject Code :BMLT-107
Subject Name :PRACTICAL Biochemistry
Subject Code :BMLT-108
Subject Name :Human Anatomy II
Course Outcomes
CO2
Understand about MS WORD and EXCEL to prepare and maintain documents and records, data entry and basic
statistic analysis using Excel and to make graphics to represent data.
CO3 Demonstrate knowledge of power point required for making power point presentations of their data.
CO4
Apply the knowledge of the forms of communication relevant to their laboratory background
CO5 Develop skills to run online scientific search engines for scientific literature search and scientific data bases
CO1 Understand the basic steps of sample collection and the lab preparation in hematology.
CO2 Understand the basic principle of erythrocytes sedimentation rate with disease.
CO3
Understand the of RBC and WBC counting with basic conept of Mean Corpuscular Volume , Mean Corpuscular
Haemoglobin and Mean Corpuscular Hemoglobin Concentration.
CO4 Understand the basic principle of blood clotting and get the knowledge about bleeding and clotting time.
CO5 Develop the concept about hemolytic anemia, megaloblastic anemia and Sickle cell anemia.
CO1 Apply the essential functional English aspects and communication skills
CO2 Employ oral presentations, expository writing, logical organization and structural support in English language.
CO3
Illustrate skills in the use of communication techniques be able to express better, grow personally and professionally,
develop poise and confidence and achieve success.
CO4 Demonstrate perfection in language communication.
CO1 Understand the basics of computers & its application using Microsoft softwares for statistics.
CO2 Demonstrate the basics of internet & its real world application .
CO3 Compute the scientific search engines for research articles.
CO4 Memorize the basics of mathematics that is essential for a biologists.
CO5 Apply the basics of mean, its relevance in biological data processing.
CO1 Understand the basic instrumentation of laboratory.
CO2 Accumulated knowledge about blood smear preparation and identification of blood cells.
CO3 Determine of fermentation of wine production .
CO1 Aquire the chemical and molecular Structure, function and interrelationship of bimolecular and human fluids.
CO2
Develop the knowledge on human specimens, extracted fluidsaspects of metabolism, and their regulatory pathway
mechanisms.
CO3 Obtain interpretive skill about biochemical properties collected from the human body specimens.
CO4 Understand the management of bio medical waste, safety and first aid.
Course Outcomes
Subject Name :Clinical hematology
Course Outcomes
Course Outcomes
Course Outcomes
Subject Code : BMLT 204
Subject Name : Communicative English II
Subject Code :BENG-205
Subject Name : Basics of computer/Maths of biologist
Subject Code :BMLT-206
Subject Name : Practical Basic Lab Technology
Subject Name : PRACTICAL Medical Lab Technology
Subject Code :BMLTP-208
Course Outcomes
Semester - 3
Subject Code :BBLTP-207
CO1 Analysis of biochemical reactions and their clinical assessments.
CO2 Aquire the knowledge of clinical biochemistry experiments.
CO3 Understand of liver test, renal test, endocrine function tests, lipid profile, Lactate dehydrogenase,etc.
CO4 Develope the knowledge about Hormones and clinical endocrinology with the diagnostic significances.
CO5 Develope the concept of molecular biology and purification of molecules for molecular diagnosis
CO1
Understand the basic microbial structure, function & study the comparative characteristics of Prokaryotes &
Eukaryotes & compare & contrast gram +ve & gram –ve cell walls.
CO2
Understand the microbial transport systems, nutritional requirements of bacteria & the effect of environmental
factors on the growth of bacteria
CO3 Understand physical & chemical means of sterilization.
CO4 Demonstrate principle & procedure of negative, capsule, flagella, endospore and differential staining.
CO5 Apply the methods of bacteriology & microbial techniques for isolation of pure culture of bacteria.
CO1 Understand about the basics of immunology, immune system, their types, local immunity and herd immunity.
CO2
Understand about the lymphoid organs, primary lymphoid organs and secondary lymphoid organs and their role in
immune system.
CO3
Understand the humoral and cell mediated immune responces and complement system with pathways, regulation and
their biological effects.
CO4 Perceive the antigens and antibody, their classifications, structures and functions in immune system.
CO5
Analyse the techniques, agglutination, precipitation, immunofluorescence, ELISA and RIA techniques of antigen-
antibody reaction.
CO1 Understand basic initial blood bank laboratory procedure.
CO2 Understand the reagent preparation for blood bank laboratory.
CO3 Develop the skill of phlebotomy in blood banking.
CO4 Acquire the knowledge about principle of blood transfusion.
CO5 Understand the haemolytic disease in new born.
CO1 Acquire formal and informal writing and oral communicative skills.CO2 Train students in oral presentations, logical organization and structural support in english languuageCO3 Develop their ability to express knowledge, views and thoughts in a skillfull mannerCO4 Student will be trained to present himself as per the corporate requirements
CO1 Understand problems or circumtances & find the solution.
Course Outcomes
Course Outcomes
Course Outcomes
Subject Code :BMLT-305
Subject Name :Clinical Biochemistry
Subject Code :BMLT 301
Subject Name : MIcrobiology I
Subject Code :BMLT 302
Subject Name : Basics of Immunology and Serology
Subject Code :BMLT 303
Subject Name : Blood banking
Subject Code :BMLT 304
Subject Name : Communicative English III
Course Outcomes
Course Outcomes
Subject Name : Analytical Reasoning I
Subject Code :BARI-306
Course Outcomes
CO2 Apply strategic protocols and methodology in analysing numerical data.
CO3 Apply logical reasoning to solve problems in diverse contexts..
CO4 Use formal, analytical, or computational techniques to address real-world problems
CO5 Identify the ideas, theories, or methods relevant to topics, tasks, or problems.
CO1 Apply technical skills to draw blood by venipuncture, separate blood plasma and serum .CO2 Analysis of the types of organisms grown on culture media, its isolation and identification.
CO3
Acquire knowledge about identification of bacteria based on morphological characteristics and by staining
techniques
CO4 Perform antigen antibody reactions and use it to clinical settings at hospitals and diagnostic centres.
CO5
Understand about antibody titres and carry out routine WIDAL(Widely Investigated Diagnosed Assay Laboratory)
tests.
CO1 Aquire the technique of blood group identification.
CO2 Understand the forward and reverse grouping in basic procedures of blood banking.
CO3 Accumulate of knowledge about blood sample prior to transfusion.
CO4 Understand, appropriate precautions in blood banking.
CO5 Determine, about blood collection camp and motivation about blood donation.
CO1 Learn basic priciples and introduction pathologyCO2 Understand the composition of body fluids, blood, sputum and semen.CO3 Understand the physical and chemical examination of urine.
CO4 Physical and chemical examination of Semen and Urine CO5 Learn stool examination to diagnose the obtrusion in digestive system.
CO1
Develop the essential functional English aspects and communication skills essential for the health care professionals
in delivering the patient care
CO2
Train the students in oral presentations, expository writing, logical organization and structural support in english
language.
CO3
Acquire skills in communication techniques. Students will be able to express better, grow personally and professionally, develop poise and confidence and achieve success.
CO4 Understand the management of bio medical waste, safety and first aid.
CO1 Remember the microorganisms on the basis of their morphological characteristics & biochemical tests.
CO2
Define & describe forms, features, morphology, classification & diseases concerning with different groups of
microorganisms
CO3 Acquire knowledge about lab diagnosis of bacteria, fungi, nematodes & protozoa.
Course Outcomes
Subject Code :BMLT-403
Subject Name : Practical Serology
Subject Code :BMLT-307
Subject Name : Practical Blood Banking
Subject Code :BMLT-308
Course Outcomes
Course Outcomes
Semester - 4
Subject Name :General Pathology and clinical pathology
Subject Code :BMLT-401
Subject Name : Cytopathology and Histopathology
Subject Code :BMLT-402
Subject Name : Microbiology II
Course Outcomes
Course Outcomes
CO4 Analyze, Collect & process microbiological specimens.CO5 Acquire knowledge about the culture of viruses by inoculation & Tissue culture techniques.
CO1 Understand the basics of statistics and biostatistics mean,median and standard deviation
CO2 Analysis of the probability and significance of the acquired dataCO3 Demonstrate the use of chi square test in scientific dataCO4 Demonstrate the knowledge in statistical calculations required for conducting the research
CO1 Acquire the essential writing skills necessary for scientific communicationCO2 Train students in oral presentations, logical organization and structural support in english language.CO3 Skillful and structured communication of scientific data, its interpretation and presentationCO4 Student will be trained to present himself as per the corporate requirements
CO1 Understand problems or circumtances & find the solution.
CO2 Apply strategic protocols and methodology in analysing numerical data.
CO3 Apply logical reasoning to solve problems in diverse contexts..
CO4 Use formal, analytical, or computational techniques to address real-world problems
CO5 Demonstrate the vocabulary and diction.
CO1 Develop technical skills in blood pressure measurement and disease correlation.
CO2 Analysis the level of Hemoglobin in human blood.
CO3 Analyze the cross match reaction to check the compatibility of donor's blood.
CO4 Aquire the knowledge of blood collection.
CO1 Understanding the the structure and morphological characteristics of cells, tissues, organs and organ systemsCO2 Acquire knowledge about types of abnormalities, function and structure of the abnormal cells and tissue.
CO3 Analyze growth patterns that can trigger the change in shape and function of the organ.CO4 Evaluate transvere sections of tissues.
CO1 Conceptual development about autoimmunity.
CO2 Develop the concept about hypersensitivity reaction and degranulation of allergy reaction.
CO3
Understand the basic concept about Immno Assay, lymphoproliferative assay and basic methods of molecular
diagnostics.
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Subject Code :BMLT 501
Subject Name : Biostatistics
Subject Code :BMLT-404
Subject Name : Communicative English IV
Subject Code :BENG-405
Subject Name : Analytical Reasoning II
Subject Code :BMLT-406
Semester - 5
Subject Name : Practical Cytology
Subject Code :BMLTP-407
Subject Name : Practical Histology
Subject Code :BMLTP-408
Subject Name : Immunology II
CO4
Aquire the knowledge about systemic and organ specific immunodeficiency with the infection of Human immuno
virus.
CO5
Understand treatment of immunological disease.
CO1 Aquire the knowledge about of gene cloning.
CO2
Analyze the process of Polymerase Chain Reaction (PCR ), RT PCR, Nested PCR, Ligase chain reactionand evaluation of theirproducts.
CO3 Analysis of 16S and 18S sequencing of rRNA in species identification.CO4 Understand the automated sequencing of DNA and the concept about microarray.
CO5 Develop the concept of proteomics and biosafety.
CO1 Understand electrocardiograph, Phonocardiography and Plethysmography.
CO2 Aquire the knowledge about the Importance of neurological equipments EEG and MEG.
CO3 Develope the concept about skeletal muscular equipments and their feedback instrumentation.
CO4 Analysis of extra corporeal devices, biochemical auto analyzer and blood glucose sensors.
CO5 Understand the principle and application of laproscopy and thermography.
CO1 Understanding the concepts and basic techniques of cytogeneticsCO2 Analysis and application of Karyotyping
CO3 Design,evaluation and application of cytological techniques
CO4 Experimental design and culture of in vitro cells and tissuesCO5 Evaluation of karyotyping results
CO1 Develop the basic priciple of erythrocytes morphology between a normal and abnormal patients.
CO2 Understand basic technique antigen andtidody interaction immunodifussion.
CO3 Demonstrate the basic principle about serology.
CO4 Develop the knowlaledge about agglutination concept that will be applied in basic techniques of immunoassay.
CO1 Emplpoy the concept on DNA isolation in molecular diagnostics.
CO2 Understand about chromosomal size by karyotyping .
CO3 Determine the basic principle about serology.
CO4 Practice the protine separation by electrophoresis.
Course Outcomes
Course Outcomes
Subject Name : Molecular Diagnostics
Subject Code :BMLT 502
Subject Name : Biomedical Instrumentation and Techniques
Subject Code :BMLT 503
Subject Name : Cytogenetics and Tissue culture
Subject Code :BMLT 504
Semester - 6
Subject Name : Practical Immunology
Subject Code :BMLT 505
Subject Name : Practical Molecular Diagnostics
Subject Code :BMLT 506
Subject Name : Scientific methodology, Biostatistics & Technical writing
Course Outcomes
Course Outcomes
Course Outcomes
CO1
Design types of research based on data set available as Descriptive vs. Analytical, Applied vs. Fundamental,
Quantitative vs. Qualitative, Conceptual vs. Empirical.
CO2 Demonstrate knowledge of biostatistic tools used for scientific data analysis.
CO3 Construct a research paper listing out step by step procedure with scientific layout.
CO4 Demonstrate knowledge of scientific data analysis,representation and its interpretation
CO5 Illustrate Research design, hypothesis formulation, and scientific writing methodology
CO1 Demonstrate the social,legal and ethical issues in correlation with the health care sector. CO2 Determine the medical diagnostics techniques and instrumentation.
CO3 Aquire the knowledge about molecular techniques in diagnosis.CO4 Understand the waste and laboratory management , that will help in laboratory development.
CO5
Apply the knowledge for trouble shooting in pathological laboratry.
CO1 Demonstrate knowledge to experimentally design a research project
CO2 Analyze Empirical or doctrinal data to meet reasearch hypothesis.
CO3 Develop skills on step by step research paper writting
CO4 Demonstrate skills of Scientific data Representation and presentation
CO5 Perform statistical tests using software with tabulation and graph mapping.
Subject Name : "Medical Techniques:Social, Legal & ethical issues
Subject Code :BMLT 602
Subject Name : Dissertation
Subject Code :BMLT 603
Course Outcomes
Course Outcomes
Subject Code :BMLT 601
Course Outcomes
CO1 Acquire knowledge on gross, functional and applied anatomy of various structures and organs in the human body
CO2
Understand the normal functioning of organs of the Human body and physiological aspects of normal growth and
development
CO3
Identify the microscopic structures of tissues and organs in the human body and correlate the structure with the
physiological functions.
CO4 Analyze the integrative and regulative functions on the organs and systems.
CO1 Understand the thorough knowledge and properties of light
CO2 Identify the physical properties and principles of light
CO3 Predict the distribution of light underdifferent illumination conditions and learn the theories of light
CO4 Analyze the lighting phenomena in optical systems and carry out experiments using LASER light.
CO1 Remember the visual task, special care to be taken while working with Visual Display Unit and factors affecting it.
CO2
Understand the theories of light and color and color synthesis knowing the concept of primary and secondary color
groups.
CO3 Apply the concept of illumination and standards used in Optical industries and daily life practices .
CO4 Identify the construction and classification of photometers .
CO1 Classify carbohydrates, lipids and amino acids and correlate their functions.
CO2 Analyze the importance, functions and roles of proteins in biological systems.
CO3 Perceive the structures and importance of Adenosine triphaphate
CO4 Understand the prosthetic group-Thiamine PyroPhosphate, coenzyme,metal cofactors in the enzyme
CO5 Aquire the knowledge about the principles of catalytic reactions and inhibition.
CO1
Develop the essential functional English aspects and communication skills essential for the health care professionals
in delivering the patient care
CO2 Practice of oral presentations, expository writing, logical organization and structural support in english language.
CO3 Identify the personal and professional growth, develop poise and confidence in communication.
CO4 Able to be fuent and coherent in language communication.
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Semester - 1
Subject Name : Basic Biochemistry
Subject Code :BOPT-104
Subject Name :COMMUNICATIVE ENGLISH-I
Subject Code :BOPT-105
Subject Name :ENVIRONMENTAL SCIENCES
Subject Code :BOPT-106
Subject Name :GENERAL ANATOMY & PHYSIOLOGY
Subject Code :BOPT-101
Subject Name :PHYSICAL OPTICS & LIGHTING
Subject Code :BOPT-102
Subject Name :GEOMETRICAL OPTICS
Subject Code :BOPT-103
Course Outcomes
Course Outcomes
SCHOOL OF LIFE & ALLIED SCIENCE
B. Optometry Course Outcomes
CO1 Provide knowledge on control and environmental issues and disaster management.
CO2 Understand the importance of clean and green programmes sanitation, health camps and briefing about ecosystem.
CO3 Practice to counsel on health hygiene, nutritional pollution and environmental modifications.
CO4 Understand the management of bio medical waste and safety .
CO1 Understand about micro organisms and their role in ophthalmology
CO2 Determine the principle of basic instruments which is used in microbiology.
CO3 Apply the concept of morphology to describe the pathophysiology of diseases.
CO4 Evaluate ocular specimens and name the pathogens.
CO5 Interpret the microbiology report applying the basic concept of cultivating the microorganisms.
CO1 Develop the concept on molecular and biochemical properties of enzymes in Ophthalmology
CO2 Understand the chemical & physical properties of Solutions in Ophthalmology
CO3 Identify the biomolecules by performing paper chromatographic technique.
CO4 Analyze acid and base characteristicsof solutions in ophthalmology
CO5 Interpret the Ocular & systemic biochemical reports
CO1 Understand the anatomy of the orbit, eyeball and cranial nerves associated with ocular functions.
CO2 Acquire knowledge and inter-relationships, gross, functional and applied anatomy of the eye and adnexa.
CO3
Identify the microscopic structures of tissues in the eye and correlate the structure with the functions and principles
of ocular embryology.
CO4 Analyze the integrative and regulative systems of eye anatomy
CO1 Understand the physiological functions of ocular structures.
CO2
Acquire knowledge on normal functioning of eye and their interactions including the physiological aspects of normal
growth and development of the eye
CO3 Visualize the phenomenon of vision processing in relation to brain.
CO4 Analyze the integrative and regulative function of visual system
CO1
Understand the structure, function and interrelationship of bimolecular and consequences of eye and medications or
pharmacological drugs used for treatment.
CO2
Acquire knowledge on ocular metabolism and regulatory pathways including drug action on the site of ocular
structure.
CO3 Interpret commonly used ocular drugs, mechanism, indications, contraindications, drug dosage and adverse effects.
CO4 Identify the drugs and their composition availability and mode of drug delivery.
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Subject Name :OCULAR PHYSIOLOGY
Subject Code :BOPT-202
Subject Name :OCULAR BIOCHEMISTRY & BASIC PHARMACOLOGY
Subject Code :BOPT-203
Subject Name :MICROBIOLOGY PRACTICALS
Subject Code :BOPTP-107
Subject Name :Practical Biochemistry
Subject Code :BOPT-108
Subject Name :OCULAR ANATOMY
Subject Code :BOPT-201
Semester - 2
CO1 Understand the basic biological, biochemical and pathogenic characteristics organisms and their pathophysiology.
CO2 Acquire knowledge of the principles of sterilization and disinfection in hospital and their disease process.
CO3 Interpret the characteristics of bacteria, viruses, fungi , parasites and pathological reports.
CO4 Analyze the pathological reports of Ocular & systemic diseases.
CO1
Develop the essential functional English aspects and communication skills essential for the health care professionals
in delivering the patient care
CO2
Apply English language precisely for oral presentations, expository writing, logical organization and structural
support.
CO3 Identify the personal and professional growth, develop poise and confidence in communication.
CO4 Understand basic sentence formation to be used for an effective language communication.
CO1 Understand the basics of computers & its application using Microsoft softwares for statistics.
CO2 Demonstrate the basics of internet & its real world application .
CO3 Compute the scientific search engines for research articles.
CO4 Memorize the basics of mathematics that is essential for a biologists.
CO5 Apply the basics of mean, its relevance in biological data processing.
CO1 Understand the basic laboratory instrumentation, safety instructions to be followed while working in laboratory.
CO2 Evaluate the preparation of blood smear and identification about blood cells.
CO3 Demonstrate the fermentation of wine production in lab .
CO4 illustrate the concept about goats eye dissection through hands on training.
CO1 Understand the theory behind spectacle lenses and frames, their materials, types, advantages and disadvantages.
CO2 Memorize the mathematical calculations on prescribing spectacles and eye wear with changing vertex distances.
CO3 Create spectacle prescriptions of lenses listing the frame type, lens material and type of eyewear suitable.
CO4 Memorize different forms of lenses, ophthalmic lens material along with its manufacturing techniques.
CO1 Understand the optometric instruments, its basic principle, description and usage in clinical practice.
CO2 Construct and design optics of the instruments used in eye care.
CO3 Demonstrate practical skills in handling the Optometry instruments
CO4 Memorize information of optometric instruments available in Indian market.
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Subject Name :MICROBIOLOGY & PATHOLOGY
Subject Code :BOPT-204
Semester - 3
Subject Name : OPTOMETRIC OPTICS-I
Subject Code :BOPT-301
Subject Name :OPTOMETRIC INSTRUMENTATION
Subject Code :BOPT-302
Subject Name :COMMUNICATIVE ENGLISH-II
Subject Code :BENG-205
Subject Name: Baisc of Computer & Math For Biologists
Subject Code :BCBM-206
Subject Name :PRACTICAL BASIC LAB TECHNOLOGY
Subject Code :BBLTP-207
CO1 Understand the clinical procedures used in optometric examination.
CO2
Acquire knowledge on ethical and professional procedures to deal with the patients during clinical eye examination.
CO3 Evaluate the visual acuity using charts matching their literacy and age group.
CO4 Memorize clinical skills used in eye examination with updated tecniques.
CO1
Understand the light behavior as it propagates in a variety of media. Specifically, the phenomena of reflection and
refraction of light.
CO2
Demonstrate a thorough knowledge on Schematic and Reduced Eye model explained by Gullstrand, Donder and
Listing.
CO3 s Summarize the system of surfaces and lenses including their imaging properties in lenses and prisms .
CO4 Analyze the path of light traveling in mirrors and lenses including the properties of lasers used in eye care.
CO1 Understand ocular diseases that affecting structures of the eye.
CO2
Acquire knowledge on clinical signs and symptoms, cause, path physiological mechanism, diagnostic approach of
eye diseases.
CO3 Interpret differential diagnosis and management aspects of the ocular diseases.
CO4 Estimate global burden of eye diseases in community level.
CO1 Memorize the practical phenomena of reflection and refraction of light.
CO2 Acquire knowledge on light deviations in prism and lenses
CO3
Categorize the imaging process and orientations in mirrors and lenses based on their magnification, image
characteristics.
CO4 Co-Utilize the theoritical optical techniques in day to day life practice.
CO1 Operate the optometric instruments, its basic working principles.
CO2 Acquire knowledge on instrumentation design and technical information of the instrument.
CO3 Utilize optometric instruments on dummy eyes/ and their calibrations.
CO4 Memorize wide range of optometric instruments available in Indian market with their specifications.
CO1 Understand the theory behind spectacle lenses and frames, their manufacturing process.
CO2 Acquire knowledge on modality of prescribing spectacles and eye wear including specialty lens in optometry.
CO3 Transpose spctacle prescription based on the availability in market and suitabilty and patient's cosmetic interest.
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Subject Name : OPTOMETRIC OPTICS-II
Subject Code :BOPT-401
Semester - 4
Subject Name : GEOMETRICAL OPTICS PRACTICALS
Subject Code :BOPTP-306
Subject Name : OPTOMETRIC INSTRUMENTATION PRACTICAL
Subject Code :BOPTP-307
Course Outcomes
Subject Code :BOPT-303
Subject Name : GEOMETRICAL OPTICS-II
Subject Code :BOPT-304
Subject Name : OCULAR DISEASES -I
Subject Code :BOPT-305
Subject Name : CINICAL EXAMINATION OF THE VISUAL SYSTEM
CO4 Demonstrate counseling the patient while choosing the eye wear.
CO1 Understand posterior segment ocular diseases affecting structures of the eye.
CO2
Evaluate clinical signs and symptoms, cause, path physiological mechanism, diagnostic approach of eye diseases in
retina and optic nerve.
CO3
Interpret differential diagnosis and management aspects of the ocular diseases in retina, glaucoma and optic nerve.
CO4 Estimate global burden of posterior segment eye diseases in community level.
CO1
Understand nutrient derivatives relevant to ocular health and aspects of medical psychology essential for Clinical and
hospital.
CO2
Memorize the availability of nutrient sources and to develop professionalism and behavioral skills during patient
examination.
CO3 Narrate nutritient requirement for promoting a sound Ocular health and ill-effects of Vitamin A deficiency on eye.
CO4 Demonstrate the Body mass index calculation and prepare diet chart as per Required Dietary Allowance (RDA).
CO1
Understand the impart construction, design application and development of lenses, particularly methods of
calculating their power and effect on optical lenses.
CO2 Acquire knowledge on modality of dispensing spectacles and eye wear including specialty lens and prisms.
CO3
Demonstrate the spectacles to patients as per their refractive error and choice of eyewear frame, glass material and
enhancements in the form of coating.
CO4 Memorize the lens manufacturing industries and MNC across India.
CO1 Understand the ocular diseases that affecting with systematic causes.
CO2
Evaluate the clinical signs and symptoms, cause, path physiological mechanism, diagnostic approach of metabolic
systemic diseases and its association to eye.
CO3 Interpret differential diagnosis of eye diseases associated with human metabolic systems.
CO4 Estimate global burden of systemic disease and their impact on eye care.
CO1
Understand the construction, design application and development of lenses, particularly methods of grinding, and
fitting in frames.
CO2 Acquire knowledge on modality of dispensing spectacles and eye wear including specialty lens and prisms.
CO3 Demonstrate the special modes of eye wear spectacles and troubleshoot the adverse factors associated.
CO4 Develop hands on experience through on industrial visits and MNC across India.
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Subject Name : OCULAR DISEASES-II
Subject Code :BOPT-402
Subject Name :NUTRITION & MEDICAL PSYCHOLOGY
Subject Code :BOPT-403
Subject Name : DISPENSING OPTICS-I
Subject Code :BOPT-404
Subject Name : MAJOR EYE DISEASES -I
Subject Code :BOPT-405
Subject Name : PRACTICAL DISPENSING OPTICS - I
Subject Code :BOPTP-406
CO1 Understand the theory behind spectacle lenses and frames, their manufacturing process.
CO2 Acquire knowledge on modality of prescribing spectacles and eye wear including specialty lens in optometry.
CO3 Memorize the optical standards and parameters available for eye wear.
CO4 Demonstrate optical quality measurement instruments available in Indian market.
CO1
Summarize binocular vision assessment, manage non-strabismus and strabismus binocular vision anomalies and refer
condition which warrants surgery.
CO2
Analyse the causes, signs, symptoms and diagnosis of strabismus and ocular deviation including their developmental
anomalies.
CO3 Demonstrate an in-depth knowledge of the gross anatomy and physiology relating to the extra ocular muscles.
CO4 Estimate global burden of strabismus prevailing in different age groups and their surgical management.
CO1
Understand the causes of low vision and rehabilitate the visually impaired individuals to utilize their residual visual
skills.
CO2 Discover the knowledge on Low vision assistive devices and dispensing
CO3 Perform specialized diagnostics for patients with low vision with multiple disabilities and visual impairment.
CO4 Create awareness on various low vision devices manufacturing industries and MNC across India.
CO1 Illustrate the need of visual rehabilitation and suitable devices for eye wear in different sports activities.
CO2 Acquire knowledge on specialty sports eye wear devices and dispensing
CO3 Create awareness on visual rehabilitation and needful services provided to impaired ones.
CO4 create awareness on advanced technology for rehabilitation for visually impaired.
CO1
Explain about Accommodation, measurement of NPA, AOA, AC/A ratio and manage anomalies associated with
Increased or Deficiet Accommodation.
CO2 Develop knowledge and practical skill on visual acuity measurement, objective and subjective clinical refraction.
CO3 Perform refraction and quantification of refractive error.
CO4 Analyze with basic optics in human visual system.
CO1 Memorize types, properties and manufacturing techniques of Soft and RGP contact lens.
CO2 Acquire knowledge both in theoretical and practical aspects of Rigid gas permeable Contact Lenses
CO3 Analyze and manage the adverse effects of contact lens
CO4 Provide patient care with contact lens practice.
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Semester - 5
Subject Name : CONTACT LENS-I
Subject Code :BOPT-505
Subject Name : PRACTICAL OPTOMETRIC OPTICS
Subject Code :BOPTP-407
Subject Name : BINOCULAR VISION
Subject Code :BOPT-501
Subject Name : LOW VISION AID
Subject Code :BOPT-502
Course Outcomes
Course Outcomes
Subject Name :VISUAL REHABILTATION & VISION TRAINING ,SPORTS VISION
Subject Code :BOPT-503
Subject Name : VISUAL OPTICS-I & II
Subject Code :BOPT-504
CO1 Perform an Objectivce refraction in schematic eye model and human eyes
CO2 Acquire knowledge on retinal reflexes and neutralization using retinoscope including subjective refraction
CO3 Estimate the spherical and cylindrical retinoscopy including subjective refraction techniques
CO4 Demonstrate hands on techniques of retinoscopy
CO1 Perform a quality assessment to patients with Low vision with relevant clinical and diagnostic tests.
CO2 Illustrate low vision devices available for distance and near including rehabilitation services.
CO3
Evaluate the causes of low vision and advice Optical/non-optical/electrical devices as per patient's occupation and
age.
CO4 Create hands on experience on low vision workup and device management.
CO1
Understand theoretical and practical aspects of diagnosis, management of eye conditions related to pediatric &
geriatric population
CO2
Acquire knowledge on the principal theories of childhood development, and visual development and ageing process
in geriatrics.
CO3 Demonstrate the management of refractive eye conditions in pediatric, geriatric eye care
CO4 Estimate the causes of childhood blindness and avoidable blindness in geriatric population.
CO1 Memorize the type, wearing Schedule and care and maintenance regimen to be followed while soft lens wear.
CO2 Acquire knowledge both in theoretical and practical aspects of soft Contact Lenses
CO3 Evaluate the adverse effects of soft contact lens
CO4 Create awareness on specialty contact lenses manufacturing industries and MNC across India.
CO1 Understand law and medical ethics for clinical optometric practice.
CO2
Acquire knowledge on medical laws, acts, and code of conduct in medical practice and duties of practitioner
including optometric oath.
CO3 Develop professionalism and duties in clinical optometry by involvement in public relations and welfare policies.
CO4
Develop awareness on medico legal aspects ,negligence act and consumer acts including patient safety management.
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Subject Name : PUBLIC HEALTH COMMUNITY & OCUPATIONAL OPTOMETRY
Subject Code :BOPT-604
Course Outcomes
Subject Name :CONTACT LENS- II
Subject Code :BOPT-602
Subject Name : LAW BASIC ACCOUNTANCY & PUBLIC RELATIONS
Subject Code :BOPT-603
Subject Name : PRACTICAL VISUAL OPTICS-I
Subject Code :BOPTP-506
Subject Name :PRACTICAL LOW VISION AID
Subject Code :BOPTP-507
Subject Name : PEDIATRIC & GERIATRIC OPTOMETRY
Subject Code :BOPT-601
Semester - 6
CO1
Understand the basics of public health optometry with an emphasis on the epidemiology of vision problems globally.
CO2 Acquire the knowledge on role of optometry in prevention of Blindness.
CO3 Estimate the barriers in public health to prevent avoidable blindness globally
CO4 Create awareness on public health policies,strategies to prevent the blindness in india
CO1 Create data collection and statistical application to carry out Prospective and retrospective research projects.
CO2 Demonstrate the knowledge in statistical calculations required for conducting the research
CO3 Design relevant statistical tests to test the research Hypothesis.
CO4 Evaluate statistical softwares including microsoft excel for data formulation with graph maping.
CO1 Illustrate the path physiology causes, treatment for glaucoma
CO2 Evaluate the construction and optics of diagnostic instruments used in practice of glaucoma.
CO3 Demonstrate optic disc mapping, gonioscopy and visual field assessments in glaucoma patients.
CO4 Interpret visual field reports and Glaucoma diagnostics reports.
CO1
Understand the available parameters, modalities, wearing schedule, properties of soft and Rigid gas permeable ontact
lenses.
CO2
Memorize indications & contra indications of soft and hard Contact Lenses and troubleshooting of complications if
arises from prolonged lens wear or lack of care.
CO3 Demonstrate individual potential in carrying out soft and hard contact lens fitting in self and patients.
CO4 Create hands on experience in managing the patients with contact lens.
CO1 Develop confidence, increased skill in diagnosis and management in eye care
CO2 Participate in advanced and specialized treatment procedures including diagnostics at eye hospital
CO3
Demonstrate comprehensive eye examination individually in Eye hospital, optical outlet or own eye clinic as
optometrist.
CO4
Create hands on training in identifying and co-management major eye diseases and refractive errors with
ophthalmologist.
CO1
Develop the concept of research under the guidance of a supervisor (who could be optometrists/vision scientists/
ophthalmologist).
CO2 Design a experimental or case study in their own area of research interest supported by Faculty.
CO3 Evaluate the hypothesis with sample size and distribution to aheive a statistical significance from the project
Course Outcomes
Course Outcomes
Semester- 7
Semester - 8
Course Outcomes
Subject Code :BOPTP-607
Subject Name : CLINICAL INTERNSHIP
Subject Code :BOPT-701
Subject Name : PROJECT & DISSERTATION
Subject Code :BOPT-801
Subject Name : BIOSTATISTICS
Subject Code :BOPT-605
Subject Name : PRACTICAL GLAUCOMA
Subject Code :BOPTP-606
Subject Name : PRACTICAL CONTACT LENSES
Course Outcomes
Course Outcomes
CO4 Interpret the research paper and find-out its clinical significance in eye care.
CO1
Understand the discovery and origin of virology with Baltimore and International Committee on Taxonomy of
Viruses.
CO2 Analyze about viral cultivation, cytopathic effect and virus modification.
CO3 Develop the concept about replication strategy of virus.
CO4 Understand the treatment and vaccination available against viral infection.
CO5 Understand the horizontal and vertical transmission of virus in a host.
CO1 Recognize the structure & properties of simple carbohydrates, oligosaccharides & polysaccharides.
CO2 Understand of structure, properties & functions of lipids & biological membranes.
CO3 Understand the principles, concepts & facts of the structure & their related functions in proteins.
CO4 Analyze the structure, properties & functions of nucleic acids.
CO5 Understand knowledge of water soluble vitamins.
CO6 Acquire knowledge about the influence of minerals on the production of toxins & mineral metabolism in microbes.
CO1
Describe the microscopic techniques to identify differences between cells, cell organelles and intracellular
localization of proteins.
CO2 Understand the principle of autoclaving and its use in disease prevention.
CO3 Demonstrate the techniques of dialysis and ultrafiltration.
CO4 Demonstrate the functioning of Radio Immuno Assay and Nuclear Magnetic Resonance techniques.
CO5 Develop the concepts how colorimeter and spectrophotometer perform absorbance assays.
CO6 Analyze the basic concepts of radioisotopes and its uses in the laboratory
CO1 Understand the structure and purposes of basic components of prokaryotic and eukaryotic cells
CO2 Analyze the basic difference of obtaining nutrition in bacteria
CO3 Understand the important concepts of cell signaling and protein trafficking in and outside the cell.
CO4 Understand the International Union of Biochemistry enzyme classification and enzyme kinetics
CO5 Illustrate the mechanism of enzyme isolation and purification industrially.
CO1 Understand the composition of culture media and their preparation for bacterial isolation.
CO2 Analyze the quality of milk through simple laboratory tests
Semester - 1
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Subject Name :CELL BIOLOGY AND ENZYMOLOGY
Subject Code :MMIC-104
Subject Name : PRACTICAL MICROBIOLOGICAL METHODS AND VIROLOGY
Subject Code :MMICP-105
Subject Code :MMIC 103
Subject Name : Virology
Subject Code :MMIC 101
Subject Name :BIOMOLECULES
Subject Code :MMIC 102
Subject Name :ANALYTICAL TECHNIQUES
SCHOOL OF LIFE & ALLIED SCIENCE
M. Sc Microbiology Course Outcomes
CO3 Remember to identify bacteria by morphology, characteristics & gram statining.
CO4 Analyze the quality of water samples by determing dissolved oxygen
CO1 Understand the basic principles of microscopes and their applications.
CO2 Interpret the principle and application of centrifuge types.
CO3 Understand about the acidity ans basicity of given samples.
CO4 Catagorize of acids and base by using pH meter
CO1 Evaluate between innate and adaptive immunity and alsobetween humoral and cell mediated immunity.
CO2 Apply the mechanism primary and secondary responses and their relevance to immunizations
CO3 Evaluate the role of antigen presenting cells, lymphocytes, and phagocytic cells in immune responses.
CO4 Apply the immunochemical techniques used in pathological laboratories
CO5 Analyze the importance antigens and antibodies
CO6 Understand the immunology in organ transplantation and immunodeficiency diseases
CO1
Apply the principles of the energy-yielding and consuming reactions, the transport systems and the mechanisms of
energy conservation in microbial metabolism
CO2 Understand the metabolism of proteins, carbohydrates and lipids in microbes
CO3 Understand the mechanism of fermentation in microbes
CO4 Describe the role of nucleotide and nucleoside metabolism inside a cell
CO1 Evaluate the mechanisms behind mutations and their effects
CO2 Interpret the genetic regulatory mechanisms and their role in humans
CO3 Create a knowledge about the plasmids and their role in genetic variations
CO4 Understand the basis of bacterial reproduction and mapping
CO1
Understand the concept of the sampling distribution of a statistic, and in particular describe the behaviour of the
sample mean
CO2 Demonstrate an appreciation of one—way analysis of variance (ANOVA).CO3 Understand the role of regression analysis in statistical computation
CO4 Interpret the results of Bivariate Regression and Multivariate Regression
CO5 Apply the concept of research methodology and scientific writing
Course Outcomes
Course Outcomes
Course Outcomes
Semester - 2
Course Outcomes
Subject Name : BIOSTATISTICS & APPROACH REVIEW WRITING PRESENTATION AND DATA REPRESENTATION
Subject Code :MMIC - 204
Subject Name :IMMUNOLOGY PRACTICAL
Subject Code : MMICP - 205
Subject Code :MMIC - 203
Course Outcomes
Course Outcomes
Subject Name : Practical ANALYTICAL TECHNIQUES
Subject Code :MMICP 106
Subject Name : IMMUNOLOGY
Subject Code :MMIC - 201
Subject Name :MICROBIAL PHYSIOLOGY AND METABOLISM
Subject Code :MMIC - 202
Subject Name :MOLECULAR AND MICROBIAL GENETICS
CO1 Analyze the concept of basic immunology practicals
CO2 Evaluate the latex agglutination test for pathogen determination
CO3 Interpret the basic principles of serology.
CO4 Analyze the basic techniques of immunoassy in disease diagnosis
CO1 Practice the isolation of DNA from bacterial cells
CO2 Practice the isolation of plasmid from bacterial cells
CO3 Evaluate the bacterial conjugation experimentally
CO4 Analyze the agarose gel electrophoresis setup for nucleic acid
CO1 Analyze about the normal microflora of human body and their pathogenecity
CO2 Interpret the pathology of dieseases caused by microorganisms
CO3 Understand the disease trasmission vectors and their role in spreading the disease
CO4 Understand the classification and mode of action of antibiotics
CO5 Apply the study of virology and epidemology of some viruses in practical life
CO1 Analyze about disinfectants and preservatives used in hospitals
CO2 Understand the types of antibiotics and their mode of action
CO3 Apply the method of industrial production of enzymes and microbial transformation in small scale
CO4 Understand the mechanism of medicine spoilage and instruments damage by microbes
CO1 Analyze the characteristics of important pathogens and spoilage microorganisms in foods
CO2 Identify ways to control the growth of microorganisms in food and dairy industries
CO3 Interpret the applications of microorganisms in fields of environmental microbiology
CO4 Understand the importance of aquatic microbes and diseases caused
CO1 Interpret the modern concept of gene and its role as a heredititory material
CO2 Describe the replication and transcriptional process in protein synthesis
CO3 Understand the process of translation and post translational modifications
CO4 Analyze the gene regulation mechanism and its outcome
CO1 Perform the Human Immunodeficiency Virus test and interpret the results
CO2 Apply the latex agglutination test in disease identification
Course Outcomes
Course Outcomes
Course Outcomes
Semester - 3
Course Outcomes
Course Outcomes
Course Outcomes
Subject Name :MOLECULAR BIOLOGY
Subject Code :MMIC - 304
Subject Name :MEDICAL AND DIAGNOSTIC PRACTICAL
Subject Code :MMICP - 305
Subject Name : MEDICAL MICROBIOLOGY
Subject Code :MMIC - 301
Subject Name :PHARMACEUTICAL MICROBIOLOGY
Subject Code :MMIC - 302
Subject Name :FOOD, AGRICULTURE AMD ENVIRONMENTAL MICROBIOLOGY
Subject Code :MMIC - 303
Subject Name :MOLECULAR GENETICS PRACTICAL
Subject Code :MMICP - 206
CO3 Apply the principle of polymerase chain reaction in nucleic acid amplification
CO4 Analyze the microbial staining technique for microbes
CO1 Perform isolation of bacteria from spoiled food
CO2 Perform isolation of pure cultures of bacteria from spoiled food products
CO3 Analyze the bacterial count in a given sample of contaminated water
CO4
Apply the method of calculting Dissolved Oxygen, Biological Oxygen Demand and Chemical Oxygen Demand in
water treatment
CO1 Apply the mechanism of genetic engineering and its applications
CO2 Interpret the use of cloning vectors in recombinant technology
CO3 Interpret the mechanism of gene expression in gene therapy
CO4 Analyze the differences between DNA and protein microarrays
CO1 Interpret the various fermentation processess
CO2 Apply the importance of microbe kinetics in product formation in a fermentor
CO3 Apply the idea of fermentation in designing a small scale laboratory fermentor
CO4 Analyze the mechanism of synthesis of microbial producs
CO5 Apply the knowldge of patenting the fermentaion design, product or microbe used in production
CO1 Interpret the basics of doing research and its role in self development
CO2 Analyze how to review a literature and find a problem for pursuing research
CO3 Apply the methods of compiling a thesis
CO4 Analyze the importance of hands on training in research and development
Course Outcomes
Course Outcomes
Course Outcomes
Semester - 4
Subject Code: MMIC - 401
Subject Name : FERMENTATION TECHNOLOGY AND INDUSTRIAL MICROBIOLOGY
Subject Code : MMIC 402
Subject Name: DISSERTATION
Subject Code :MMIC - 403
Course Outcomes
Subject Name : MOLECULAR BIOTECHNOLOGY
Subject Name : FOOD AND AGRICULTURE MICROBIOLOGY PRACTICAL
Subject Code :MMICP - 306
CO1 Understand the basics of bioenergetics in human physiology
CO2 Differentiate between the metabolism of carbohydrates, lipids and proteins
CO3 Analyze the composition of blood and the importance of Red Blood Cellls
CO4 Understand the composition of body fluids like lymph, saliva, bile juice.
CO5 Understand the nueromuscular junctions of our body
CO1 Understand the importance of the four biomolecules of our life
CO2 Analyze the detailed structure and functions of carbohydrates, lipids, proteins and nucleic acids
CO3 Understand the mechanism of signal transduction inside a cell
CO4 Understand the role of cell suicide in maintaning the cellular balance
CO1 Differentiate between innate and adaptive immunity and also between humoral and cell mediated immunity.
CO2 Aquire the knowledge about primary and secondary responses and their relevance to immunizations.
CO3 Identify the role of antigen presenting cells, lymphocytes, and phagocytic cells in immune responses.
CO4 Apply immunochemical techniques used in pathological laboratories
CO5 Understand about the nature of antigens and antibodies
CO6 Understand the immunology in organ transplantation and immunodeficiency diseases
CO1 Analyze the functioning and dynamics of a clinical laboratory
CO2 Evaluate the pathophysiology of disease processes and their correlation in the study of body functions
CO3 Understand the use of clinically significant enzymes in disease prediction
CO4 Understand the mechanism of cancer induction and its treatment
CO1 Prepare Normal solution of Sodium Hydroxide and Sodium Bicarbonate
CO2 Prepare percentage / vov-vol solutions of Sulphuric acid and Hydrochloric Acid
CO3 Apply the techniques of paper chromatography in seperation of compounds
CO4 Isolate deoxyribonucleic acid from whole blood
CO5 Apply the tecnique of gel electrophoresis in protein seperation
Semester - 1
Course Outcomes
Course Outcomes
Course Outcomes
Subject Name : BASICS OF BIOCHEMISTRY
Subject Code :MBIOC 101
Subject Name : MOLECULES OF LIFE
Subject Code :MBIOC 102
Subject Name : IMMUNOLOGY
Subject Code :MBIOC 103
Course Outcomes
Course Outcomes
Subject Name : CLINICAL BIOCHEMISTRY
Subject Code :MBIOC 104
Subject Name : PRACTICAL BIOCHEMISTRY
Subject Code :MBIOCP 105
Subject Name : PRACTICAL MOLECULAR BIOLOGY TECHNIQUES
SCHOOL OF LIFE & ALLIED SCIENCE
M. Sc Biochemistry Course Outcomes
CO1 Understand about the basic laboratory procedures and safety meausers before starting any experiment
CO2 Understand the principles and working mechanism of basic lab equipments
CO3 Prepare buffer solutions and estimate the pH
CO4 Apply the electrophoretic techniques in seperation of nucleic acids
CO1 Interpret about the kinetics of drug action
CO2 Analyze the affects of drugs on cardiovascular and central nervous system
CO3 Understand the use of chemotherapeutic agents in treatment of diseases
CO4 Understand the mechanism of drug interactions in curing a disease
CO1
understand the separation, identification, and quantification of the chemical components of natural and artificial
media
CO2 Apply the principle , methodology and applications of Centrifugation techniques
CO3 Understand the principle, methodology and applications of Electrophoretic techniques
CO4 Apply the principle, methodology and applications of Chromatography techniques
CO5 Understand the principle, methodology and applications of Radioisotopic techniques
CO6 Interpret the principle, methodology and applications of Agglutination techniques
CO1 Apply how to optimise diet in the treatment of disease
CO2 Understand biochemical mechanisms associated with the digestion and assimilation of macronutrients
CO3 Understand the physiology behind malnurition, obesity and starvation
CO4 Understand the role of carbohydrates, lipids and proteins in food
CO1 Understand the concept of the sampling distribution in statistics and the behaviour of the sample mean
CO2 Demonstrate an appreciation of one—way analysis of variance (ANOVA).CO3 Understand the method of regression analysis in statistics
CO4 Interpret the results of Bivariate Regression and Multivariate Regression
CO5 Analyze the concept of research methodology and skills of scientific writing
CO1 Perform the basic lab procedure to be followed while performing an experiment
CO2 Understand the method of preparing percentage and molar solutions
CO3 Understand about the standard operating methods of each instrument
CO4 Apply the qualitative and quantitaive methods of biomolecules analysis
Semester - 2
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Course Outcomes
Subject Name : MEDICINAL BIOCHEMISTRY
Subject Code :MBIOC 201
Subject Name : ANALYTICAL TECHNIQUES
Subject Code :MBIOC 202
Subject Name : NUTRITIONAL BIOCHEMISTRY
Subject Code :MBIOC 203
Subject Name : BIOSTATISTICS & APPROACH REVIEW WRITING PRESENTATION AND DATA REPRESENTATION
Subject Code :MBIOC 204
Subject Name : PRACTICAL BASIC LAB TECHNOLOGY AND BIOCHEMISTRY
Subject Code :MBIOCP 205
Subject Code :MBIOCP 106
CO1 Understand the principles of blood urea estimation and its clinical significance
CO2 Understand the principles of the blood glucose estimation and its clinical significance
CO3 Apply the spectrophotometric technique in estimation of blood proteins
CO1 Analyze the modern concept of gene and its role as a backbone of cellular metabolism
CO2 Interpret the replication and transcriptional processes of a cell
CO3 Analyze the process of translation and post translational modifications
CO4 Evaluate the gene regulatory mechanisms in a eukaryotic cell
CO5 Apply the recombinant DNA methods in designig new recombinants
CO1 Accumulate the knowldge the general principles of toxicology
CO2 Understand the methods of disposing toxic materials
CO3 Create a relationship between toxicity in carcinogenesis
CO4 Understand the effect of toxic substances on environment
CO5 Interpret the effect of toxic chemicals on body parts and their cure
Course
Outcomes
CO1 Understand the structure of bacteria and their microscopic examinations
CO2 Analyze the types bacterial toxins and the toxicology
CO3 Apply the mechanisms of plant genetic engineering in environment
CO4 Analyze the production of monoclonal antibodies and its applications
CO5 Interpret the mechanisms of xenobiotic metabolism with their pro ans cons
CO6 Apply the knowledge of enzyme production and applications in industries
Course
Outcomes
CO1 Interpret the muscle physiology and biochemistry of a human body
CO2 Acquire knowledge of the organization of nervous system in a human body
CO3 Acquire knowledge of the working mechanism of nueromuscular nerve transmissions
CO4 Analyze about the neuromuscular transport mechanisms
CO5 Understand the disorders and diseases acquired due to neuromuscular malfunctioning
Course
Outcomes
CO1 Interpret about the basic molecular biology tools and their use
CO2 Perform the methods to prepare buffers
Semester - 3
Subject Name : Neurobiochemistry
Subject Code : MBIOC 304
Subject Name : Practicals - MOLECULAR BIOLOGY AND TOXICOLOGY
Subject Code : MBIOCP 305
Course Outcomes
Course Outcomes
Course Outcomes
Subject Name : MOLECULAR BIOLOGY
Subject Code :MBIOC 301
Subject Name : TOXICOLOGY
Subject Code :MBIOC 302
Subject Name : MICROBIAL BIOCHEMISTRY AND OUTLINES OF BIOTECHNOLOGY
Subject Code :MBIOC 303
Subject Code :MBIOCP 206
Subject Name : PRACTICAL MOLECULAR AND BIOCHEMICAL TECHNIQUES
CO3 Apply the methods to quantify any biomolecule spectrophotometrically
CO4 Understand about the impact of any toxic agent on survival of bacterial or fungal culture
Course
Outcomes
CO1 Interpret about the nucleic acids and their isolation methods
CO2 Perform the bacterial cloning in a pilot scale
CO3 Apply the principle of agrose gel electrophoresis in seperation of isolated DNA, RNA and plasmids
CO4 Perform the Polymerase Chain Reaction amplification of isolated DNA
Course
Outcomes
CO1 Interpret the mechanisms of mitosis and meiosis in a prokaryotic cell
CO2 Interpret the types of cell communication mechanisms
CO3 Analyze the role of cell signals and signal transduction
CO4 Analyze the cause of cancer and its spread inside the human body
CO5 Acquire a knowledge on the mechanism of programmed cell death
Course
Outcomes
CO1 Analyze the structure, function and sequencing of proteins
CO2 Interpret the mechanisms of protein biosynthesis
CO3 Acquire knowledge of protein sorting and its role in proper protein functioning
CO4 Analyze the tools used in designing artificial peptides and their use in therapeutics
Course
Outcomes
CO1 Review the importance of doing a hands on research project
CO2 Design how to review a literature and finalize a topic of research
CO3 Illustrate the process of compiling a thesis
CO4 Summarize the importance of hands on training in research and development
Semester - 4
Subject Name : CELL BIOLOGY AND CELLULAR BIOCHEMISTRY
Subject Code :MBIOC 401
Subject Name : PROTEIN BIOCHEMISTRY & ADVANCED RESEARCH - STEM CELLS AND MOLECULAR MEDICINE
Subject Code :MBIOC 402
Subject Name : DISSERTATION
Subject Code :MBIOC 403
Subject Name : PRACTICALS - BIOTECHNOLOGY
Subject Code :MBIOCP 306
CO1 Understand legal terms and legal maxims
CO2 Analyse the technical skills of drafting
CO3 Interpret legal materials and apply them on legal cases
CO4 Explain the basic concepts of Civil and Criminal case procedures.
CO1 Understand the contractual issues in both social, domestic and commercial environments
CO2 Analyse contractual issues in social, domestic and commercial environment
CO3 Recognise issues of contractual liabilities and obligations
CO4 Interpret and apply the legal principles of contract.
CO1 Understand basic knowledge of management and organization
CO2 Recognise basic understanding of management functions such as planning, organising, leading and controlling
CO3 Represent leadership styles to anticipate its consequences
CO4 Analyse both quantitative and qualitative information to isolate issues and formulate best control methods.
CO1 Understand the concept of formal and informal channels of communication
CO2 Represent personality through group discussions and interview skills
CO3 Represent effective and concise letters, memos and reports
CO4 Apply career skills that are needed to succeed, such as using ethical tools, working collaborately, observing business
etiquette.
CO1 Acquire knowledge of the basic accounting principles
CO2 Utilize accounting standards and basis of accounting practically
CO3 Represent final accounts with and without adjustments
CO4 Describe customised accounting software packages including tally, excel.
CO1 Understand systems and cycles on the earth of how individual and organisms live on the earth
CO2 Analyse the concept of Bio-Diversity Conservation
CO3 Recognise environmental or physical aspects of the Earth and biotic system
CO4 Apply the sense of community responsibility by becoming aware of scientific issues in larger social contracts.
After completion of the course, the students will be able to:
Subject Name: Environmental Studies.
Subject Code: 402A16.
After completion of the course, the students will be able to:
Semester - 1
Subject Name: Legal Language, Legal Writing and Legal History.
Subject Code: 402A11.
After completion of the course, the students will be able to:
Subject Name: Business Communication.
Subject Code: 402A14.
After completion of the course, the students will be able to:
Subject Name: Fundamental of Accounting.
Subject Code: 402A15.
After completion of the course, the students will be able to:
Subject Name: Law of Contract-I.
Subject Code: 402A12.
After completion of the course, the students will be able to:
Subject Name: Fundamentals of Management.
Subject Code: 402A13.
SCHOOL OF LAW
BBA LLB Course Outcomes
CO 1 Understand the priciples of tortious liabilities
CO 2 Analyze the specific torts against the individual and property
CO 3 Interpret expensive charater of Judicial proceedind of Consumer Protection Act, 1986
CO4 Explain basic concepts of Law enshrined under Motor Vehicles Act, 1988.
CO1 Understand the concept of bailment, pledge and indemnity
CO2 Analyse the common law system applicable on bailment, pledge and indemnity
CO3 Recognise kinds and duties of bailer and bailee, rights to dispose off the goods
CO4 Interpret and apply the legal principles of Partneship Act and Sales of Goods Act in contract.
CO1 Understand basic knowledge of individual and group behaviour in an organization
CO2 Recognise basic understanding of factors affecting and determinants of personality
CO3 Remember behaviour dynamics
CO4 Analyze stages of group behaviour.
CO1 Understand the basic statistical techniques required in making business decisions
CO2 Analyse data condensation and graphical methods of representing data
CO3 Remember corelation and regression for ungrouped data
CO4 Apply linear formulation programmings to solve problems.
CO1 Understand the scope and subject matter of managerial and macro-economics
CO2 Remember the realtionships of quantitative and behavioural science
CO3 Analyse the tools and techniques of economics and use them while examining decision -making process of a firm
CO4 Describe how managerial decisions are actually made in the real world.
CO1 Understand the basics of general awareness
CO2 Analyze the concept logical and analytical reasoning
CO3 Recognise logical reasoning
CO4 Apply the concept of reasoning logical diagrams.
CO1 Analyse the concept, source and Schools of Hindu Law
CO2 Understand the concept of marriage and its legal provisions under the Hindu Law
Subject Code: 402A31.
After completion of the course, the students will be able to:
Semester - 2
Subject Name: Law of Tort, Consumer Protection and Motor Vehicles Act ,
Subject Code: 402A21
After completion of the course, the students will be able to:
Subject Name: Law of Contract- II
Semester - 3
Subject Name: Family Law-I.
Subject Code: 402A22
After completion of the course, the students will be able to:
Subject Name: Organizational Behaviour
Subject Code: 402A23
After completion of the course, the students will be able to:
Subject Name: Reasoning and Quantitative Aptitude
Subject Code: 402A26
After completion of the course, the students will be able to:
After completion of the course, the students will be able to:
Subject Name: Business Statistics
Subject Code: 402A24
After completion of the course, the students will be able to:
Subject Name: Principles of Managerial Economics
Subject Code: 402A25
CO3 Represent the legal provisions of Hindu adoption and maintenenace through the relevant provisions of Hindu Law
CO4 Describe knowledge about Family Courts, their powers, jurisdictions, appeals and other legal provisions.
CO1 Understand the meaning, significance, historical background of the Constitution of India
CO2 Interpret provisions of the Fundamental Rights and the remedies available
CO3 Define knowledge about writs and their significance
CO4 Represent their independent views over contemporary crucial constitutional issues.
CO1 Understand the market and communicate through marketing skills
CO2 Identify and understand the customer segementation, targeting, positioning and customer behaviour
CO3 Analyse companies and competitors and to introduce marketing strategies
CO4 Apply the marketing theory into practical aspect.
CO1 Analyse the ratio, budgetary and fund flow statement in accounting
CO2 Relate between management accounting and financial accounting systems
CO3 Define finanacial statements and tools for the analysis of finanacial statements
CO4 Analyse the use and limitations of marginal costing.
CO1 Analyse the behavioural issues, performance, appraisal and employee benefit
CO2 Understand the recruitment process, training and development
CO3 Describe basic concepts of human resource management and employee related issues
CO4 Apply human behaviour and its usefulness in the organization.
CO1 Understand the english language through grammer and vocabulary
CO2 Apply the use of four language skills, i.e., reading, listening, speaking and writing
CO3 Analyse the business communicative english through business letters and report writing
CO4 Draw an interest in appreciation of literature.
CO1 Anlyze the concept, sources and school of Mislim Law.
CO2 Understand the concept of marriage and its legal provisions under Muslim Law
CO3 Represent the legal provisions of adoption and maintenance through the relevant provisions of the Muslim Law.
CO4 Describe the provisions of Indian Succession Act and Christian Personal Laws.
CO1 Understand the organs of Central Govenrnment and State Legislature
After completion of the course, the students will be able to:
Subject Name: Constitutional Law- I.
Subject Code: 402A32.
After completion of the course, the students will be able to:
Subject Name: Principles of Marketing.
Subject Code: 402A41
After completion of the course, the students will be able to :
Subject Name: Constitutional Law-II
Subject Code: 402A42
Subject Code: 402A33.
After completion of the course, the students will be able to:
Subject Name: Management Accounting
Subject Code: 402A34
After completion of the course, the students will be able to:
Subject Name: Human Resource Management
Semester - 4
Subject Name: Family Law- II
Subject Code: 402A35
After completion of the course, the students will be able to:
Subject Name: Communicative English
Subject Code: 402A36.
After completion of the course, the students will be able to:
CO2 Remember the relation between the centre and state.
CO3 Define knowledge about introduction and passing of Money Bill
CO4 Analyse the importance of judicial positivity, judicial activism and judicial balancing.
CO1 Understand the imporatnce of values and ethics in business
CO2 Identify and understanding the conceptual framework of corporate governance
CO3 Analyse corporate ethics
CO4 Apply the concept of fundamental priciples of ethics, value principles and managerial ethics.
CO1 Analyze the entrepreneurial development prespective
CO2 Relate between entrepreneur and intrapreneur
CO3 Define the role of govenrment in promoting entrepreneurship
CO4 Indentify business opportunities and plan for business service and production
CO1 Analyse the concepts of strategy, levels of strategy
CO2 Understand the environmental scanning techniques
CO3 Describe corporate level strategies
CO4 Remember strategy implementation, control and operational control.
CO1 Understand the fundamentals of computer system
CO2 Apply the use of the MS Word with basic commands and formatting
CO3 Analyse spread sheet and working with excel
CO4 Remember presentations with Power Point with sound and animation effects.
CO1 Analyse general principles of criminal responsibility, and to a selection of substantive criminal ofences and
criminal defences
CO2 Understand the meaning of crime, methods of controlling them and the essential principles of criminal liability
CO3 Understand the provisions of general exceptions of criminal liability
CO4 Interpret problems of criminal issues related to crime against women, children, bodily injury, murder, culpable
homicide.
CO1 Analyse the schools of law and their ideologies
CO2 Analyse theories of various jurists relating to law and application of their theories
CO3 Understand the concept of legal rights, duties, ownership, possessions, legal persons, properties and their
emerging issues
CO4 Analyse the process of administration of justice and concept of punishment and its theories
After completion of the course, the students will be able to:
Subject Name: Law of Crimes
Subject Code: 402A51
After completion of the course, the students will be able to:
Subject Name: Jurisprudence
Subject Code: 402A52
After completion of the course, the students will be able to:
Semester - 5
After completion of the course, the students will be able to:
Subject Name: Computer Application
Subject Code: 402A46
Subject Name: Business Ethics and Corporate Social Responsibility (CSR)
Subject Code: 402A43
After completion of the course, the students will be able to:
Subject Name: Entrepreneurship Development
Subject Code: 402A44
After completion of the course, the students will be able to:
Subject Name: Strategic Management
Subject Code: 402A45
Subject Name: Administrative Law
CO1 Acquire a detailed knowledge of legal rules and institutions through which governmental decision-making
bodies are authorised, effected, limited and reviewed
CO2 Relate both the exercise of executive power by administrative agencies and officials, and the meaning by
which administrative decisions can be supervised, controlled and challenged
CO3 Analyse the fundamentals of judicial review of agency action
CO4 Interpret the current controversies and the principles of administrative law.
CO1 Apply the concept of property and nature of transferable properties
CO2 Understand the procedure of transering the property
CO3 Understand the doctrine applicable in transfer of property
CO4 Summarise the procedure for transfer of property through sale, lease, mortgage, exchange and gift and its application
in India.
CO1 State the evolution of competition law in India and its historical background
CO2 Understand basic elements of law of market structure and of fair competition law
CO3 Analyse the important concept of unfair trade practices, market monopoly and organization of Competition
Commission of India
CO4 Represent independent reasoning and judgement on competition cases.
CO1 Analyse the procedural law for fair trial of criminal justice
CO2 Understand the concepts of pre-trial, trial and procedure of delivery of justice in criminal matters
CO3 Acquire knowledges of stages and operation of functionaries under the code
CO4 Interpret the provisions of Probation of Offenders Act and Juvenile Justice Act..
CO5 Interpret problems of criminal issues related to crime against women, children, bodily injury, murder, culpable
homicide.
CO1 Understand the meaning, nature and scope of interpretation and rules of construction
CO2 Analyse the intention of legislature by using primary principles of interpretation
CO3 Remember the gramatical and golden rule of interpretation
CO4 Analyze the process of interpretation of penal statutes.
CO1 Understand collective terms describing international conventions and statutes and regulations to protect environment.
CO2 Describe the major subjects of pollution control and remedies
CO3 Analyse the laws relating to preservation and protection of environment
CO4 Remember the workings of the National Environmental Tribunal and National Environmental Appellate Authority.
CO1 Understand the exclusive rights granted to owner of intangible assests
After completion of the course, the students will be able to:
Subject Name: Intellectual Property Law
Subject Code: 402A64
Semester - 6
Subject Name: Code of Criminal Procedure, Probation of Offenders and Juvenile Justice Act
Subject Code: 402A61
After completion of the course, the students will be able to:
Subject Name: Interpretation of Statute
Subject Name: Competition Law
Subject Code: 402A55
After completion of the course, the students will be able to:
Subject Code: 402A62
After completion of the course, the students will be able to:
Subject Name: Environmental Law
Subject Code: 402A63
Subject Code: 402A53
After completion of the course, the students will be able to:
Subject Name: Transfer of Property
Subject Code: 402A54
After completion of the course, the students will be able to:
After completion of the course, the students will be able to:
CO2 Remember the nature and scope of protection provied by the Intellectual Property Rights
CO3 Analyse the laws relating to Copyright, Patent, Trade Mark, Geographical Indications
CO4 Summarise the intellectual property rights in legal, social and philosophical context.
CO1 Understand the basic concepts of the reliefs available under the statute
CO2 Remember the liquidation of damages and bar to specific performance
CO3 Explain discertionary powers under the Act to award compensation
CO4 Analyse the rectification of instruments.
CO1 Understand the stages of cvil suits starting from fiing to case to final hearing or order
CO2 Analyse main concepts of Civil Procedure Code and its application in Civil Courts
CO3 Analyse the procedure to be applied in the Civil Court and identify proper jurisdiction of Court
CO4 Apply drafting skills of plaint, written statement, affidavit and their application in the Court.
CO1 Explain industrial relations and social security framework prevailing in our country
CO2 Analyse the legal framework and the machinery provided for protecting the interest of workers
CO3 Interpret the rights and benefits of the workmen under the legislations of labour law in India
CO4 Understand the importance of the maintenance of industrial peace and efforts to reduce the incidence of strikes and
lockouts and industial disputs by applying legal provisions.
CO1 Understand the concept, kinds, principles and theories of corporate law under the Companies Act, 2013
CO2 Analyse the concept and problems of shares, stocks, debetures, charges, accounts and audit
CO3 Explain diferent theories and procedures of meetings, reconstructions and winding up of companies
CO4 Remember the procedures of the company tribunal.
CO1 Understand historical background of international law and importance of international law in current scenario
CO2 Represent reasons for establishement of United Nations Organization and its role in International Law
CO3 Analyse present status of various organs of the United Nations and emerging issues among states and its resolving
process
CO4 Understand the concept of state and its recognition and status of individual person in International Law.
CO1 Represent the skills of drafting an pleading
CO2 Understand te theoritical concept of drafting, pleading and conveyancing
CO3 Analyse deeds, affidavits, wills and other testamentary documents
After completion of the course, the students will be able to:
Semester - 8
After completion of the course, the students will be able to:
After completion of the course, the students will be able to:
Subject Name: International Law
Subject Code: 402A74
After completion of the course, the students will be able to:
Subject Name: Drafting, Pleading and Conveyancing
Subject Code: 402A75
After completion of the course, the students will be able to:
Subject Name: Labour Law
Subject Code: 402A72
After completion of the course, the students will be able to:
Subject Name: Corporate Law
Subject Code: 402A73
Semester - 7
Subject Name: Code of Civil Procedure and Limitaton Act
Subject Code: 402A71
Subject Name: Specific Relief Acr
Subject Code: 402A65
CO1 Understand the legal provisions of substantive and procedural laws
CO2 Recognise the priciples underlying the law of evidence
CO3 Analyse the relevancy of judgements
CO4 Remember the rules relating to burden of proof
CO1 Explain the provisions of land revenue, appointment and powers of revenue authorities
CO2 Anlyse the legal framework for appeal, revision and review of cases related tp land revenue
CO3 Interpret the provinsions related to rent
CO4 Understand the importance of rent controlling authority.
CO1 Understand the concept, kinds of media
CO2 Analyse the concept freedom of expression in Indian Constitution
CO3 Explain different theories of media and criminal Law.
CO4 Interpret the media freedom.
CO1 Understand the importance of human rights in international affairs
CO2 Analyse the law relating to women and children
CO3 Analyse the law relating to refugees
CO4 Remember international human right instruments.
CO1 Prepare records covering alternative dispute resolution system
CO2 Understand objectives and definitions of legal provisions of Arbitration and Conciliaton
CO3 Analyse the workings of Lokayukta nad Lok Adalats.
CO1 Analyse the Indian banking structure, its types and fuctions
CO2 Interpret the Banking Regulation Act, 1949
CO3 Analyse the Negotiable Instrument Act, 1881 along with latest Amendment Act of 2002
CO4 Interpret the recent trends of the banking system.
CO1 Analyse the concepts of insurance business in India
CO2 Interpret the kinds and forms of insurance
CO3 Analyse the nature and scope of Marine Insurance
CO4 Interpret the concept of the perils of the sea.
Subject Name: Human Rights and Law Relating to Women and Children
Subject Code: 402A84
After completion of the Course, the students will be able to:
Subject Name: Alternative Dispute Resolution (Practical Paper)
Subject Code: 402A85
After completion of the Course, the students will be able :
Subject Name: Law of Evidence.
Subject Code: 402A81 (After completion of the Course, the students will be able :)
Subject Name: Land Laws
Subject Code: 402A82
Subject Code: 402A92
After completion of the course, the students will be able to:
Subject Name: Cyber Law
Subject Code: 402A93
After completion of the course, the students will be able to:
Semester - 9
Subject Name:Banking Law and Negotiable Instrument Act
Subject Code: 402A91
After completion of the course, the students will be able to:
Subject Name: Insurance Law
After completion of the Course, the students will be able to:
Subject Name:Media Law
Subject Code: 402A83
After completion of the Course, the students will be able to:
CO1 Acquire critical knowledge of cyber law
CO2 Represent legal implications of social networkings
CO3 Interpret the jurisdiction in cyber space
CO4 Analyse cyber crimes and their redressal.
CO1 Analyse the legal profession and its responsibilities
CO2 Interpret the duties of an advocate towards, public, client and court
CO3 Analyse the disciplinary proceedings for professional misconduct
CO4 Interpret the needs for maintenance of accounts.
CO1 Analyse the nature of salvage and the elements required for salvage claim
CO2 Interpret the nature of marine insurance law
CO3 Analyse the ship finance law
CO4 Interpret the legal provisions relating to oil and chemical pollution.
of the Course, the students will be able :
CO1 Understand the rules, policies and rules of tax process
CO2 Understand objectives and definitions of legal provisions of Income Tax Act
CO3 Analyse the heads of income that comes under the perview of tax
CO4 Remeber the provisions to GST and wealth tax.
CO1 Understand the development and classification of law of Trust and Equity
CO2 Remember the duties and rights of trustees
CO3 Analyse the conscientized of the emerging pub trust doctrine of common property resources.
CO4 Remember the rights and obligations of the beneficiaries.
CO1 Understand criminal policies including theories of punishment
CO2 Analyse the notion of punishment
CO3 Analyse the concepts of prison reforms
CO4 Remember the role of National Human Right Commission on framing policies of victimology.
CO1 Understand thwe dimentions of research
CO2 Analyse the nature of legal research
CO3 Analyse the sources of data collection
CO4 Remember the methods of reporting and thesis writing.
Subject Name: Moot Court (Practical Paper)
Subject Name: Research Methodology
Subject Code: 402A104
After completion of the Course, the students will be able :
Subject Code: 402A105
Subject Name: Law of Taxation
Subject Code: 402A101
Subject Name: Law of Trust and Equity
Subject Code: 402A102
After completion of the Course, the students will be able :
Subject Name: Penology and Victimology
Subject Code: 402A103
After completion of the Course, the students will be able :
Semester - 10
Subject Code: 402A94
After completion of the course, the students will be able to:
Subject Name: Maritime Law
Subject Code: 402A95
After completion of the course, the students will be able to:
Subject Name: Professional Ethics and Accountancy for Lawyers
CO1 Understand the procedures of mock trial and moot court
CO2 Analyse the preparation of draft and memorials
CO3 Represent in various trial procedures
CO4 Remember the process of documentations for trial procedure.
After completion of the Course, the students will be able :
Course Outcomes :-At the end of course, Student will able to
CO1 Define design ideas in graphics and literature.
CO2 Analyse ideas from abstract thinking
CO3 Develop a critical approach to architectural thinking and criticize their own work by group discussions
CO4 Understand basic nature and vocabulary of the design process
Course Outcomes :-At the end of course, Student will able to
CO1
Examine the critical role of construction materials(stone,bricks,timber) and methods for the design and construction
of buildings
CO2
Understand the basic components of a building with its construction details-Foundation Footing (stone, brick &
RCC)
CO3 Comprehend the construction systems of Arches & Lintels
CO4 Enlist properties and applications of construction materials-brick,stone,timber
Course Outcomes :-At the end of course, Student will able to
CO1 Understand concepts and fundamentals of Architectural Drawing.
CO2 Define geometric solids in terms of plan, elevation and side elevation in first angle projection
CO3 Represent building materials as specified by Indian Standard Code of practice.
CO4 Understand necessity of Scaled drawing by selection of scale while preparing architectural drawing
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the characteristics of graphic elements-shape and form
CO2 Apply elements and principles of design in 2D & 3D Compositions.
CO3 Apply the art of abstraction & texture composition in 2D,3D
CO4 Understand color theory and there applications in design principles.
Course Outcomes :-At the end of course, Student will able to
CO1 Calculate acting forces on beams and behaviour throgh shear force and bending moment diagram.
CO2 Define principles of structural mechanics and its apllication.
CO3 Compute mathematical formulations for dynamic problems through energy equations.
CO4
Understand basics of forces & its effects in simple building structural systems in Steel and Reinforced cement &
Concrete.
Course Outcomes :-At the end of course, Student will able to
CO1
Develop qualities to express their opinions clearly, initiate a discussion, negotiate, and argue using appropriate
communicative strategies.
CO2 Analyze genres of texts, infer implied meanings and use them for ideas as well as for method of presentation
CO3 Compose spoken excerpts critically and infer unspoken and implied meanings
CO4
Develop narration, description, exposition and argument as well as creative, critical, analytical and evaluative writing
Course Outcomes :-At the end of course, Student will able to
Year - 1
Course Outcome : 150101- Architectural Design-I (Introduction)
Course Outcome : 150102- Construction Technology & Materials-I
Course Outcome : 150103- Architectural Graphics-I
Course Outcome : 150104- Basic Design & Visiual Arts
Course Outcome : 150105- Structures-I
Course Outcome : 150106- Communication Skills
Course Outcome : 150107- Workshop Modelling & Site Exposure-I
SCHOOL OF ARCHITECTURE & PLANNING
B. Arch Course Outcomes
CO1 Define the techniques of using clay,plaster of paris,sunboard.
CO2 Develop 3d models by execution drawings
CO3 Understand carpentary joints and there applications
CO4 Execute masonary works as per working drawings
Course Outcomes :-At the end of course, Student will able to
CO1
Understand the needs of privacy, habitation, sense of comfort and belonging, community spaces, efficiency of open
spaces and ideas of extended living areas
CO2 Differentiate the nature of organic and planned communities.
CO3 State role of climate and history in indigenous housing
CO4 Discover the concept of sustainability by case study
Course Outcomes :-At the end of course, Student will able to
CO1 Understand nature of rural and traditional materials and their appliaction in construction
CO2
Represent building components-Staircases, damp proofing & water proofing,doors & windows through relevant
drawings.
CO3 Define details of doors,windows and represent through relevant drawings.
CO4 State types of wall opening Accessories and there method of construction.
Course Outcomes :-At the end of course, Student will able to
CO1 Develop drawings to communicate their ideas effectively
CO2 Define forms-2d & 3d composition by perspectives using vanishing point system.
CO3 Define methods of drafting perspectives of 3d forms
CO4 Define the concept of sciography and draft them.
Course Outcomes :-At the end of course, Student will able to
CO1 Comprehend the evolution of design and define its parameters.
CO2 Refine the imperfections of design in terms of visiual aspect.
CO3 Define the evolution of design using design princples-balance,rhythm,harmony,prportion.
CO4 Understand Contemporary expressions in Architecture in terms of Ideas and directions.
Course Outcomes :-At the end of course, Student will able to
CO1 Design simple beams, columns, trusses in steel and timber along with there load calculations.
CO2 Analyze the shear stresses in composite beam sections
CO3 Enlist principles of steel beams and built-up sections.
CO4 Define Advantages and disadvantages of prestressed concrete
Course Outcomes :-At the end of course, Student will able to
CO1
Enlist Themes and variations - 3500-1500 BC River Valley Civilisations - Indus Civilisation, Egypt, Mesopotamia
CO2 Understand the ancient civilizations of the world, their cultural and architectural developments
CO3 DEfine the unique features of oriental architecture in Indian temples.
CO4 Comprehend the evolution and characteristics of Mughal architecture
Course Outcomes :-At the end of course, Student will able to
CO1 execute joining and fixing of basic plumbing layout.
CO2 Identify electrical fittings and way of fixing them.
CO3 Define available types of paints and there applications.
CO4 execute plumbing and electric layout on site.
Course Outcome : 150206- History of Architecture-I
Course Outcome : 150207- Workshop Modelling & Site Exposure-II
Course Outcome : 150205- Structures-II
Course Outcome : 150201- Architectural Design-II
Course Outcome : 150202- Construction Technology & Materials-II
Course Outcome : 150203- Architectural Graphics-II
Course Outcome : 150204- Theory of Design
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the role of climate and environment as a context in shaping building.
CO2 Enlist relevant materials & building techniques suitable for the particular region.
CO3 Interpretate prescribed environmental directions/norms for building forms.
CO4 Analyse the site and its unique topography in terms of nature of soil,bearing capacity,slope
Course Outcomes :-At the end of course, Student will able to
CO1 Define timber as a versatile construction material
CO2 Draw fixing details of joints (timber) used in construction process required for execution.
CO3 Execute construction process of Timber truss roof
CO4 Design suitable roof structures according to the site
Course Outcomes :-At the end of course, Student will able to
CO1 Determine climate as a significant determinant of built form
CO2 Apply the Climatic principles in design problems
CO3 Understand interrelationship of climatic elements and psychometric chart
CO4 Analyse site along with its climatic consederations for making conceptrual plans.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the need and scope of using computers in architectural simulation
CO2 Define aspects of line, shapes, commands, layers, printing color codes
CO3 Visualise design process in 3d software-sketchup
CO4 Develop presentations by use of rendering softwares-photosop
Course Outcomes :-At the end of course, Student will able to
CO1 Determine the stress in beams and make stress diagrams by load calculations.
CO2 Understand concept of fixed and continuous beams
CO3 Define span, strength & number of supporting memebers of truss by load calculations.
CO4 Calculate load on tensile structures (beam,slabs)
Course Outcomes :-At the end of course, Student will able to
CO1 Understand evolution and development of architectural and urban built environment.
CO2 Comprehend the evolution and characteristics of Roman Architecture.
CO3 Understand philosphy of greek optical corrections
CO4 Draw inference from the concept of Mesopotamian Civilisation
Course Outcomes :-At the end of course, Student will able to
CO1 Summarize architectural project in terms of materials, nature of construction and design concept.
CO2 Analyse architectural forms -mughal,dravidian,tombs from history
CO3 Differentiate nature of architecture according to the site and climatic conditions.
CO4 Compare characteristics of building acoording to the regions
Course Outcomes :-At the end of course, Student will able to
CO1 Determine natural environmental factors which would impact on design process
CO2 Design a complex with both built and open spaces.
CO3 Understand relationship between human abode wih surrounding climate
Year - 2
Course Outcome : 150301-Architectural Design-III
Course Outcome : 150302-Construction Technology & Materials-III
Course Outcome : 150303-Climatology
Course Outcome : 150304-Computer Application-I
Course Outcome : 150305-Structures-III
Course Outcome : 150306-History of Architecture-II
Course Outcome : 150307-Architectural Documentation
Course Outcome : 150401-Architectural Design-IV
CO4 Understand the nature of human Settlements in climateic considerations
Course Outcomes :-At the end of course, Student will able to
CO1 Determine the need of Steel members in Structure systems and there impacts
CO2 Analyze the nature of Structural members and their application.
CO3 Understand application of steel fittings and Incorporate them in there design
CO4 Develop construction drawings-fixing details of Fall celling
Course Outcomes :-At the end of course, Student will able to
CO1 Define linear/angular measurement methods-chain surveying, compass surveying
CO2 Determine all the aspects of land in context with area,slope,dimensions.
CO3 Understand tacheometric surveying in distance and height measurements
CO4 Acquire basic knowledge of levelling and theodolite survey in elevation and angular measurements
Course Outcomes :-At the end of course, Student will able to
CO1 Develop 2d designs with the use of softwares- Autocad & photoshop
CO2 Generate 3d designs of interior and exterior with sketchup
CO3 Visiualise the 2d plans of projects in 3d
CO4 Create render images of interior and exteriors defining the materials used to build it.
Course Outcomes :-At the end of course, Student will able to
CO1 Determine basic properties of Reinforce cement concrete
CO2 Apply knowledge of Pre-Stressed concrete in building construction.
CO3 Calculate load and Design Beams, one-way & two-way slabs.
CO4 Design Footings according to IS codes stated by the government
Course Outcomes :-At the end of course, Student will able to
CO1 Acquire knowledge of Christian Architecture in terms of the technology used to build them.
CO2 State concepts of Gothic cathedral and document it.
CO3 Enlist characteristics of Renaissance movement and its influence
CO4 Understand the princple of Deconstruction-Zaha Hadid, Rem Koolhaas
Course Outcomes :-At the end of course, Student will able to
CO1 Understand Conventional and Non-Conventional resources for low cost construction.
CO2 Analyze nature of materials and technology used in construction of vernacular architecture
CO3 Determine space as per norms of low cost buildings
CO4 Execute the philosophies of Laurie baker, Hasan Fathy
Course Outcomes :-At the end of course, Student will able to
CO1 Understand philosophies of contemporary Architects and use them in conceptual designs.
CO2
Summarize the role of historic, philosophic, aesthetic, and thematic abstractions influencing contemporary
architecture and emerging trends in practice. (supportive lectures and charrettes)
CO3 Define the process of implementing sketches to concrete.
CO4
Analyse case studies/meeting architect and client/ and literature studies with an emphasis on typologies, program,
areas, character of institution, growth, materials and structure.
Course Outcomes :-At the end of course, Student will able to
CO1 Analyse advanced techniques in building construction
Year - 3
Course Outcome : 150404-Computer Applications-II
Course Outcome : 150405-Structures-IV
Course Outcome : 150406-History of Architecture-III
Course Outcome : 150407-Low Cost Materials
Course Outcome : 150501-Architectural Design-V
Course Outcome : 150502-Construction Technology & Materials-V
Course Outcome : 150403-Surveying & Levelling
Course Outcome : 150402-Construction Technology & Materials-IV
CO2 Apply cost effective and easy way to install building materials
CO3 Define materials in exterior infrastructure elements-roads, pathways, yards, street furniture, drains, ducts.
CO4 Apply finishing materials used in civil construction including insulation, weatherproofing and cladding
Course Outcomes :-At the end of course, Student will able to
CO1 Understand standards and conventions used for preparation of architectural drawings
CO2 Develop architectural drawings highlighting construction details
CO3 Define components of a building along with dimensioning and annotations using IS Codes
CO4
Prepare working drawings along with tabulation of schedules of materials, finishes and hardware/ Linking up
working drawings / specifications in an architectural project.
Course Outcomes :-At the end of course, Student will able to
CO1 Remember the fundamental of water supply and drainage
CO2 Prepare Electrical Scheme and the electrical load calculations for building
CO3 Design effective water supply and drainage design for a housing unit
CO4 Understand solid waste management interms of recycling and reuse
Course Outcomes :-At the end of course, Student will able to
CO1 Understand bolted and welded connections subjected to direct loads
CO2 Analyze Cyclic behaviour of concrete and reinforcement
CO3 Define behaviour of prefabricated components and there Design requirements
CO4 Understand modern steel structure used in high rise buildings.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand Industrial Revolution and modern Architectural works
CO2 Determine physical factors-surrundings,environment affecting the built form
CO3 Analyze Works of Architects by having case study of there work.
CO4 Develop plans inspired by contemporary as we as modern architecture
Course Outcomes :-At the end of course, Student will able to
CO1 Understand importance of site conditions for planning and site development.
CO2 Analyse interrelationship of intended site use with the environment.
CO3 Evaluate on-site and off-site factors responsible for development of site
CO4 Design vehicular and pedestrian movements keeping uniformity and effortless movements.
Course Outcomes :-At the end of course, Student will able to
CO1 Define complex typologies of projects and their relationship with surrounding contex
CO2 Understand the integration of architectural design expression with structure and services in complex typologies.
CO3 Understand the translation of design into built reality and the predicament of real site conditions.
CO4 Develop sections. elevations, with idea of services and infrastructure of given project
Course Outcomes :-At the end of course, Student will able to
CO1 Define fundamentals of Sustainability in Interior Design
CO2 Understand human psychology and behaviour for deriving concepts of interiors
CO3 Develop furniture layouts defining Fixtures,materials and finishes.
CO4 Understand principal of aesthetic composition of interiors
Course Outcomes :-At the end of course, Student will able to
CO1 Understand standards and conventions used for preparation of architectural drawings
Course Outcome : 150602-Interior Design
Course Outcome : 150603-Working Drawing-II
Course Outcome : 150503-Working Drawing-I
Course Outcome : 150504-Building Services (PHE & Elevators)-I
Course Outcome : 150505-Structures-V
Course Outcome : 150506-Modern & Contemporary Architecture
Course Outcome : 150507-Site Planning & Development
Course Outcome : 150601-Architectural Design-VI
CO2 Develop architectural drawings and details used for construction of buildings.
CO3 Define components of a building along with dimensioning and annotations using IS Codes
CO4
Prepare working drawings along with tabulation of schedules of materials, finishes and hardware/ Linking up
working drawings / specifications in an architectural project.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand fundamental engineering integration with architectural design
CO2 Define laws of illumination systems in terms of energy efficiency.
CO3 Define fundamentals of heat transfer for incorporating it into design.
CO4 Use Sabine’s and Eyring’s formulae for designing acoustics in Auditorium, seminar and multipurpose hall design
Course Outcomes :-At the end of course, Student will able to
CO1 Define Joints in Structural members: Joints for structural connections with Dimensions and specifications.
CO2 Analyze earthquake resistant building by calculating strength of structural stiffness
CO3 Design curved beam and calulate its strength as per ductility
CO4 Understand the principles behind designing of flat slab
Course Outcomes :-At the end of course, Student will able to
CO1 Understand Procedure of estimating, Types of estimates including sanitary & Electrical fittings
CO2 Define estimate of building through softwares( excel, revit.)
CO3
Define Estimate of R.C.C. and Steel works,Scheduling,Slab,Beam ,Column, Road,earthwork fully in banking,
cutting, partly cutting & Partly filling.
CO4 Understand rate analysis and process of preparation of bills of building materials
Course Outcomes :-At the end of course, Student will able to
CO1 Analyze energy consumption of building and ways to minimize them
CO2 Understand conventional and non-conventional energy sources
CO3 Enlist the norms of Energy Conservation Building Codes(ECBC)
CO4
Understand the concept of Green Buildings and International Rating systems – LEED, BREEAM, Green Star, HQE Rating system, IGBC, GRIHA with case studies.
Course Outcomes :-At the end of course, Student will able to
CO1 Understand the translation of design into built reality and the predicament of real site conditions
CO2 Understand the tangible integration of design, structure, services,landscaping.
CO3 Define concepts of architectural detailing and working drawings
CO4 Develop service drawings,sections, elevations of the given projects
Course Outcomes :-At the end of course, Student will able to
CO1 Develop thought process for fundamental research skills and communication.
CO2 Develop a systematic process of abstraction, with a rigor of scientific and qualitative analysis
CO3 Recognise inter-disciplinary research methods for thesis
CO4 Develop drawings and documentation regarding selected project
Course Outcomes :-At the end of course, Student will able to
CO1 Understand impacts of infrastructure on built environment on the grounds of surroundings,resources.
CO2 Define concepts and requirements for urban planning
CO3 Analyse public and private spaces across cultures
CO4
Define Concepts of redevelopment, renewal and conservation, socio economic issues relating to urban growth, smart
cities, statutory bodies.
Year - 4
Course Outcome : 150604-Building Services (mechanical, electrical & acoustics)-II
Course Outcome : 150605-Advanced structural systems & technology
Course Outcome : 150606-Estimation Costing & Specific Writing
Course Outcome : 150607-Energy Efficient Architecture
Course Outcome : 150701-Architectural Design-VII
Course Outcome : 150702-Introduction to thesis Project & Dissertations
Course Outcome : 150703-Elective (S2)Urban Design
Course Outcomes :-At the end of course, Student will able to
CO1 Define history and evolution of housing inreference to time periods
CO2 Enlist five year plans and housing schemes defined by government.
CO3 Compare housing designs by Charles Correa, B.V.Doshi, Laurie Baker, Giancarlodicarlo, Ralph Erskine.
CO4
Analyse Issues possibilities and concerns/ stake holders of Large Scale housing/ Mega townships and informal
settlements
Course Outcomes :-At the end of course, Student will able to
CO1 Define relation between Architecture & Journalism
CO2 Analyse properties and priorities of camera subjected to model
CO3 Analyse journalistic criticism in architecture.
CO4
Draft Project reports of architectural journalism – for national newspapers, Television, films, architectural journals, interviews and biographies,
Course Outcomes :-At the end of course, Student will able to
CO1 Enlist characteristics of intelligent buildings-Fire safety,energy conservation.
CO2 Develop energy conserving computer integrated building system.
CO3 Evaluate life cycles of buildings interms of its construction techniques used and structural design.
CO4 Analyse building efficiency with respect to cost per life cycle of the building
Course Outcomes :-At the end of course, Student will able to
CO1 Define elements of landscape,in respect to gardens,corridors,shrubs,trees
CO2 Define the indigenous aspect of landscaping (Sustainable Landscaping )
CO3 Enlist Urban & regional landscape characteristics-types of plant material used and there effect
CO4
Analyse landscape on the basis of Material of Construction, Types of vegetation, color,scale,proportion, light and
shade effect
Course Outcomes :-At the end of course, Student will able to
CO1
Engage independently in choice of project,research of program, philosophic underpinnings, critical thinking and
design processes.
CO2 Define Architectural concepts through service drawings.
CO3 Define Sustainability of design and its climatic response - passive and active.
CO4
Create Models, digital drawings, presentation techniques charrette for the different stages of design - conceptual to
schematic.
Course Outcomes :-At the end of course, Student will able to
CO1 Remember Architect’s act 1972 which defines rules and regulation for architectsCO2 Operate Arbitration comittes in case of disputes
CO3 Execute tendering process for construction, architectural consultations, and interior projects
CO4 State methods & importance of valuation in aspectes to the land use survey.
Course Outcomes :-At the end of course, Student will able to
CO1 Identify types of natural Disaster and effects caused by them.
CO2 Demonstrate techniques to overcome effects of disaster for awareness.
CO3 Define post disaster logistic management
CO4 Apply remote sensing techniques post disaster for rehabilitation programme
Course Outcomes :-At the end of course, Student will able to
Course Outcome : 150707-Elective (T2)Landscape Design
Course Outcome : 150801-Architectural Design thesis
Course Outcome : 150802-Professional practice, ethics& tendering process.
Course Outcome : 150803-Elective (T3)Disaster Management
Course Outcome : 150804-Elective (T3)Construction Management
Course Outcome : 150704-Elective (S2)Housing
Course Outcome : 150705-Elective (T1)Architectural Photography & Journalism
Course Outcome : 150706-Elective (T1)Intelligent Buildings
CO1 Determine onsite problems and cause of delay in construction.
CO2 Understand role of architect in construction management.
CO3 Examine cost time analysis in network planning.
CO4
Apply CPM(Critical Path Method) and PERT( Program Evaluation Review Technique) for planning construction
process.
Course Outcomes :-At the end of course, Student will able to
CO1 Identify the kind and range of practical Experience of their likely responsibilities.
CO2 Analyse the practical problems on the site and directly solve them.
CO3 Corelate municipal Drawings with building Bye-Laws.
CO4 Develop municipal estimates, bill of quantities &specifications
Year - 5
Course Outcome : 150901-Professional Training