B.Tech in Civil Engineering

Program Educational Outcomes

1: Be professionally and technically comply in taking leadership roles in private industry and

public sector.

2: Pursue further studies to become researchers and administrators in corporate world.

3: Be successful entrepreneurs exhibiting sustainability and profitability.

4: Exhibit professional ethics and lifelong learning.

Program Specific Outcomes

1: Analyze Design, Construct, Maintain and Operate infrastructural projects.

2: Assess the environmental impact of various projects and take required measures to curb

environmental deterioration.

3: Able to use latest and relevant codes of practice, materials, techniques and software’s

pertaining to various streams of Civil Engineering.

Course Outcomes (COs)

B.Tech in Civil Engineering 2019-20 batch

Semester Course Code

Course Name Course Outcomes (COs)

3 14CE33 FLUID MECHANICS CO1: Discuss the fundamental properties of fluid at rest and in motion, boundary layer theory and methods of pressure measurement and flow measurement

CO2: Compute hydrostatic force on immersed surfaces

CO3: Analyze the fluid flow problems using basic principles and theories

3 14CE34 SURVEYING - I CO1: Describe basic principles of surveying, types of compass, leveling instruments, theodolites and maps

CO2: Explain chain surveying, compass surveying,

leveling and contouring, Theodolite surveying

CO3: Solve Linear measurement using chain surveying, three point and two point problems using Plane table surveying , horizontal angles and Vertical angles by the methods of Reiteration and Repetition

CO4: Analyse errors in Compass surveying, adjustment of error by graphical method, Area and Volume by Simpson’s rule and Trapezoidal rule, compensating and cumulative errors , elimination of errors in Theodolite surveying

CO5 :

Plot Traverse and Contour Map

3 14CE35 STRENGTH OF MATERIALS

CO1: Explain the concepts of stress, strain, Elastic constants, Hooke's law, Poisson's ratio, temperature stresses and composite sections

CO2: Discuss stresses such as bending stresses, shear stresses, torsional stresses and two dimensional stress system

CO3: Draw bending moment and shear force diagrams. To understand thin and thick cylinders.

3 14CE36 BUILDING MATERIALS AND CONSTRUCTION

CO1: Identify types of structures, foundations, classes of bricks, types of roofs, doors, windows and stairs

CO2: Explain stone masonry, brick masonry and lintels based on method of construction

CO3: Describe and sketch components of stairs, arches, lintels, roof, doors, windows

CO4: Interpret the need for plastering, painting, Damp proofing, Fire-proofing,

Sound proofing in construction

3 14CEL37 SURVEY LABORATORY

CO1: Describe basic principles of surveying, types of compass, leveling instruments, theodolites and maps

CO2: Explain chain surveying, compass surveying, leveling and contouring, Theodolite surveying

CO3: Solve Linear measurement using chain surveying, three point and two point problems using Plane table surveying , horizontal angles and Vertical angles by the methods of Reiteration and Repetition

CO4: Analyse errors in Compass surveying, adjustment of error by graphical method, Area and Volume by Simpson’s rule and Trapezoidal rule, compensating and cumulative errors , elimination of errors in Theodolite surveying

CO5: Plot of Traverse and Contour Map

3 14CEL38 STRENGTH OF MATERIAL LABORATORY

CO1: Estimate tensile and compressive strength of a specimen for applying in a practical design based project work

CO2: Calculate hardness, impact strength, fatigue strength to analyze the application of a specific material for a given design requirements for different loading conditions of structures.

CO3: Judge the capacity of a material to withstand torsional stresses for a safe and sustainable design of machine elements.

4 14CE42 STRUCTURAL

ANALYSIS-I CO1: distinguish slope-

deflection, moment area method, moment distribution method and conjugate beam method

CO2: Analyze columns by Euler's and Rankine's methods

CO3: Analyze frames by energy methods, Rolling loads and influence lines, Analysis of arches

4 14CE43 GEOLOGY CO1: Select the suitable sites for the construction of dams, bridges and tunnels

CO2: Identify folds, faults, joints in earth and identify different types of minerals and rocks

CO3: Identify the presence of ground water by different geophysical methods

4 14CE44 SURVEYING-II CO1: Describe Tacheometric surveying, Electromagnetic Waves in EDM, Concept of Triangulation, Geodetic Surveying and GPS

CO2: Compute error sources and accuracy in Satellite system surveying

CO3: Calculate angle and baseline measurement using triangulation and adjustment of errors, Spheroid, Datum and Projections using Geodetic surveying

CO4: Sequence simple, compound and reverse transition curves, SD and SSD

4 14CE45 SOIL MECHANICS CO1: Discuss the fundamentals of soil properties.

CO2: Analyze the interaction between water and soil and its effects

CO3: Distinguish the compaction and consolidation properties of soils

CO4: Examine to determine stress distribution in soils

4 14CE46 APPLIED HYDRAULIC

ENGINEERING CO1: Explain the fundamentals

of open channel flow and hydraulic machines

CO2: Develop the most economical open channel sections

CO3: Analyse and compute open channel surface profiles, bed load, discharge and hydraulic jump.

CO4: Classify and analyze hydro turbine and centrifugal pump

4 14CEL47 FLUID MECHANICS LAB

CO1: Explain the concept of types of flows, type of channels, velocity distribution, energy and momentum correction factors, Chezy’s, Manning’s and Bazin formulae for uniform flow.

CO2: Demonstrate the formulation of velocity triangles at inlet and out let ,expressions for work done and efficiency, Angular momentum principle, applications to radial flow turbines.

CO3: Estimate the performance characteristics and efficiency of various hydraulic machines under various conditions of working and apply momentum principle in hydraulic structures

4 14CEL48 SOIL MECHANICS LAB CO1: interpret soils with reference to their characteristics

CO2: Describe the behavior and effect of water in soils and Examine modes of soil behavior

CO3: Interpret different methods of improving soil stability including reference to compaction plant

CO4: Illustrate a variety of laboratory tests on soils and calculate soil properties from test results

5 14CE51 CONCRETE

TECHNOLOGY CO1: Classify cement,

aggregates and admixtures based on their physical and chemical characteristics

CO2: Describe special concretes like LWC, FRC, SPC

CO3: Analyze the test on aggregates, fresh and hardened concrete

CO4: Design Concrete mix

CO5: Differentiate corrosion mechanism of concrete in various applications

5 14CE52 HIGHWAY ENGINEERING

CO1: Explain the evolution of road construction methods and role of governmental agencies concerned with road development

CO2: Describe about components of highway, properties of highway construction materials and construction practices of WBM, WMM, DBM, their maintenance and evaluation

CO3: Solve problems related to sight distances, CBR, Modulus of subgrade reaction

CO4: Design Vertical, Horizontal, transition curves and surface drainage systems

5 14CE53 FOUNDATION ENGINEERING

CO1: Explain basic principles of foundation theories and limitations of it

CO2: Design foundations and retaining walls

CO3: Explain borehole log data to determine soil parameters and develop a geotechnical model, ability to write a geotechnical report

5 14CE54 DESIGN OF RCC STRUCTURES

CO1: Apply the basic requirements of the IS456-2000 design specification, concepts of strain compatibility and

equilibrium concepts to determine the strength of members

CO2: Design simple and continuous RC beams for shear, flexure, and deflection. Understand the issues related to designing slabs

CO3: Design RC beam-columns, foundations, retaining walls

5 14CE55 HYDROLOGY CO1: Distinguish the various components of the hydrological cycle and quantify the water balance in a watershed

CO2: Interpret the physical principles of all hydrological processes -evapotranspiration, precipitation, infiltration, and runoff

CO3: Estimate the values of hydrological processes and conduct hydrological analysis-river routing, rainfall-runoff, and statistical analysis of floods

CO4: Analyze steady state flow in confined and unconfined aquifers

5 14CE56 WATER SUPPLY ENGINEERING

CO1: Estimate the future trend of population and water demand required

CO2: Select suitable type of water sources and to analyze the different characteristics of water

CO3: Discuss the treatment mechanism and to design the water supply treatment units

CO4: Calculate the reservoir capacity and to analyze water distribution System

5 14DM57T67 DISASTER MITIGATION

CO1: Explain fundamental concepts relevant to natural disasters, their significance and types.

CO2: Analyze the factors that cause the disaster and

disaster management cycle.

CO3: Apply the approaches of Disaster Risk Reduction (DRR) and inter-relation between disaster and development.

CO4: Discuss the regulations, application of science and technology in disaster management.

5 14CEL58 CONSTRUCTION MATERIALS TESTING LAB

CO1: Classify cement, aggregates and admixtures based on their physical and chemical characteristics

CO2: Describe special concretes like LWC, FRC, SPC

CO3: Analyze the test on aggregates, fresh and hardened concrete

CO4: Design Concrete mix

CO5: Differentiate corrosion mechanism of concrete in various applications

5 14CEL59 COMPUTER AIDED DRAWING

CO1: Plan, elevation and sections of various types of buildings and Layouts using AutoCAD

CO2: Show imagination and creative skills in planning and detailing various types of buildings

6 14CE61 DESIGN OF STEEL STRUCTURES

CO1: Analyze and design steel members and connections

CO2: Design steel structural connections

CO3: Evaluate the steel structures using the moments resulted due to the load applies

CO4: Create economical and stable steel structure using IS codal provisions

6 14CE62 RAILWAY AND AIRPORT ENGINEERING

CO1: Develop good knowledge about design criteria of railways and airports.

CO2: Explain the basic principles of railways

CO3: indicate, identify and quantify various factors

and parameters of Airports and its elements.

6 14CE63 WASTEWATER ENGINEERING

CO1: Discuss the basic concepts of sewage Generation, its Effects and various components required for collection and transportation

CO2: Classify wastewater parameters and to describe the safe disposal of treated waste

CO3: Identify the various treatments required and to design the required treatment units

6 14CE64 ESTIMATING,COSTING AND SPECIFICATION

CO1: Distinguish different types of estimates

CO2: Compute cost and quantity estimation of buildings and its components

CO3: Estimate civil engineering structures like Culverts, manhole and septic tanks

CO4: Analyze and compare detailed construction specification and contracts

6 14CE65 DESIGN OF HYDRAULIC STRUCTURES

CO1: Discuss fundamentals of various hydraulic structures and their functions

CO2: Analyze the structural stability and behavior of hydraulic structures -spillways, dams, intakes and weirs.

CO3: Design the hydraulic structures using relevant codal procedure and methodologies.

CO4: Analyze and select the type of dam to be constructed.

6 14CEL68 EXTENSIVE SURVEY PRACTICE

CO1: Explain the applications of Surveying

CO2: Apply the use of total Station and other Measuring Equipments

CO3: Apply time management, communication and presentation Skills

6 14CEL69 DESIGN AND

DRAWING OF STRUCTURES

CO1: Draw the structural drawings

CO2: Design economically Structural Components

CO3: Create economical and stable steel structure using IS codal provisions

6 14CE661 GROUND IMPROVEMENT TECHNIQUES

CO1: Identify basic deficiencies of various soil deposits.

CO2: Classify different techniques involved in Ground improvement.

CO3: Compare Techniques involved in Ground improvement and analyze the soil strength.

6 14CE662 SMART MATERIALS AND STRUCTURES

CO1: Design and development of problem solving skills.

CO2: Explain the principles of Composite materials

CO3: Design and develop analytical skills.

CO4: Summerize the smart materials and structures

CO5 :

Discuss the concepts of control systems.

6 14CE663 REMOTE SENSING AND ITS APPLICATIONS

CO1: Analyze the principles of remote sensing and aerial photogrammetry

CO2: Describe the process of satellite image data acquisition and their characteristics

CO3: Explain the digital image processing techniques

CO4: Discuss RS applications and fundamental concepts of GIS

7 14CE71 STRUCTURAL ANALYSIS II

CO1: Describe Kani's method of structural analysis

CO2: Analyse structures by flexibility and stiffness matrix methods

CO3: Explain basic principles of dynamics

7 14CE72 IRRIGATION ENGINEERING

CO1: Discuss concepts of irrigation, various irrigation methods, water requirements of crops and reservoir planning.

CO2: Analyze various systems and methods of irrigation

and their respective usages

CO3: Calculate irrigation efficiencies, consumptive use of water, reservoir capacity and safe yield from a reservoir.

CO4: Design irrigation canals and canal regulation works.

7 14CE73 PRE-STRESSED CONCRETE

CO1: Discuss behavior of materials, strength concept and load balancing concept.

CO2: Analyze Losses of pre-stress occurred during the service of the pre-stressed structures

CO3: Distinguish Pre-tensioning and Post-tensioning and to analyse the pre-stressed concrete structures

CO4: Evaluate the stresses occurred in pre-stressed concrete structures using IS codal provisions

7 14CE74 CONSTRUCTION PLANNING AND MANAGEMENT

CO1: Describe steps involved in planning and scheduling construction projects

CO2: Compute project time through CPM and PERT, control the cost of the project by creating cash flows and budgeting

CO3: Analyze management of manpower, machinery and materials

CO4: Explain principles of economics and safety in construction projects

CO5: Use project information as decision making tool

7 14CEL77 COMPUTER AIDED IRRIGATION DRAWING LAB

CO1: Plot drawings to scale.

CO2: Produce relevant plans to different scales.

CO3: Design and draw different Irrigation structures

7 14CEL78 ENVIRONMENTAL ENGINEERING LAB

CO1: Experiment various test on Drinking water analysis to avoid water contamination and set up water treatment plant

CO2: Experiment the waste

water analysis and set up the waste water treatment plant

CO3: Analyze the Atmospheric pollutant

7 14CE751 AIR POLLUTION AND CONTROL

CO1: Discuss the basic concepts of air pollution and causes

CO2: Analyse the dispersion mechanisms of pollutants and its control

CO3: Design air pollution control equipments

CO4: Identify and analyze biological air pollution and noise pollution

7 14CE752 STRUCTURAL DYNAMICS

CO1: Design and development of problem solving skills.

CO2: Discuss the principles of Structural Dynamics

CO3: Design and develop analytical skills.

CO4: Summarize the Solution techniques for dynamics of Multi-degree freedom systems

CO5 :

Discuss the concepts of damping in structures.

7 14CE753 STRUCTURAL HEALTH MONITORING

CO1: Explain the fundamentals of maintenance and repair strategies

CO2: Investigate serviceability and durability aspects of concrete

CO3: Describe the materials and techniques used for repair of structures.

CO4: Use an appropriate health monitoring technique and demolition technique

7 14CE7604 SOLID WASTE MANAGEMENT

CO1: Classify different Sources and Types of Solid Wastes.

CO2: Analyze the onsite and offsite storage, Processing and collection and transfer of Solid waste.

CO3: Analyze about the Hazardous Waste, its Management and Treatment

CO4: Compare the safe

disposal methods of segregated solid waste.

8 14CE81 PAVEMENT ENGINEERING

CO1: Identify and categorize the factors affecting design and performance of pavements

CO2: Design flexible and rigid pavements in different design methods

CO3: Analyze the pavement failures and maintenance

CO4: Solve problems pertaining to road safety and management

8 14CE82 ADVANCED CONCRETE TECHNOLOGY

CO1: Discuss the role of Concrete in High rise building and special structures

CO2: Analyze the characteristics of admixtures, high density concrete and geopolymer concrete

CO3: Evaluate testing techniques and non-destructive testing methods

CO4: Discuss manufacturing, applications of RMC and durability aspects of conventional concrete

CO5: Identify, formulate and solve engineering problems in Concrete Mix Design.