JSS Academy of Technical Education, Mauritius 1. Title • B.E. (Bachelor of Engineering) with specialization in o ECE – Electronics and Communication Engineering o CSE – Computer Science and Engineering o EEE – Electrical and Electronics Engineering o CVE – Civil Engineering 2. Awarding University • JSSATE Mauritius is affiliated to Visvesvaraya Technological University (VTU), located at Belgaum in Karnataka, is among the largest technical universities in India. VTU Belgaum offers engineering and technology courses at various levels. Its educational jurisdiction is spread throughout Karnataka. VTU Belgaum is a member of the Association for Commonwealth Universities (ACU) and Association of Indian Universities (AIU). • Established on 1st April 1998, by the VTU Act 1994, Visvesvaraya Technological University has been named after Bharat Ratna Sir M. Visvesvaraya. VTU is one of the largest technological universities in India. • VTU has over 186 affiliated Engineering Institutions with more than 12000 faculties, 2.5 lacks of Undergraduate/Post graduate students and over 2500 students pursuing Research studies in various disciplines. • For More Details Contact: www.vtu.ac.in . 3. Duration • 4 years. • 2 semesters per year. Odd semester starting in August and even semester starting in February. 4. Eligibility Criteria • HSC (or equivalent) with minimum of Two A-level and One AS-level passes in A-level subjects of: o Physics, Mathematics, Chemistry o Biology/ Computer Science/ Design & Technology/ Electronics/ Bio-Technology • AND a pass in General Paper (English) at AS level. • For more details about eligibility criteria refer to article : http://vtu.ac.in/index.php/component/content/article/68.html
Transcript
JSS Academy of Technical
Education, Mauritius
1. Title • B.E. (Bachelor of Engineering) with specialization in
o ECE – Electronics and Communication Engineering
o CSE – Computer Science and Engineering
o EEE – Electrical and Electronics Engineering
o CVE – Civil Engineering
2. Awarding University • JSSATE Mauritius is affiliated to Visvesvaraya Technological University (VTU), located at Belgaum in
Karnataka, is among the largest technical universities in India. VTU Belgaum offers engineering and
technology courses at various levels. Its educational jurisdiction is spread throughout Karnataka. VTU
Belgaum is a member of the Association for Commonwealth Universities (ACU) and Association of
Indian Universities (AIU).
• Established on 1st April 1998, by the VTU Act 1994, Visvesvaraya Technological University has been
named after Bharat Ratna Sir M. Visvesvaraya. VTU is one of the largest technological universities in
India.
• VTU has over 186 affiliated Engineering Institutions with more than 12000 faculties, 2.5 lacks of
Undergraduate/Post graduate students and over 2500 students pursuing Research studies in various disciplines.
• For More Details Contact: www.vtu.ac.in.
3. Duration • 4 years.
• 2 semesters per year. Odd semester starting in August and even semester starting in February.
4. Eligibility Criteria • HSC (or equivalent) with minimum of Two A-level and One AS-level passes in A-level subjects of:
o Physics, Mathematics, Chemistry
o Biology/ Computer Science/ Design & Technology/ Electronics/ Bio-Technology
• AND a pass in General Paper (English) at AS level.
• For more details about eligibility criteria refer to article :
o White board for live building of concepts and models from basics to advanced topics,
Projector for video presentations and Power point presentations for specialized topics by
highly qualified and experienced staff.
o Interactive discussions and simulated role-plays to provide with insight into the
understanding of responsibilities of various professionals involved in Engineering.
o Video conferencing courses on specialized topics from sister JSS institutions in India by
experts.
o Assignments are given on each topic.
o Exercises are given in the form of Multiple Choice Questions, Short Questions & Answers and Essay-type questions.
o Workshops and Seminars by relevant professionals are conducted to emphasize on problem-
solving through interaction and exchange of information.
• Library and Internet
o Students have access to Institute's computer and Internet facilities, enabling them in data
searches and computer-aided decision making.
o Students have access to the well-stocked library with latest books, periodicals, newspapers,
journals, prints and records are available for reading and references.
o E-Vidya facilities with comprehensive database of knowledge and information on a 24/7
online library for self learning.
o Project work – Practical exposure to industry in the developing of an engineering-related
project in their field.
6. Course Content • 6 theories and 2 practical labs every semester except VIII.
• Seminar presentation Practical project work (VIII semester).
• Industrial exposure (all through the course starting III semester).
7. Course Description
Common across all branches ( I and II semesters) The first two semesters of engineering course are common across all branches. The course work is designed to
provide basic and essential knowledge of all the branches to the students. The course covers fundamental and
advanced concepts of Mathematics, Physics and chemistry, which form the base for all engineering courses
SCHEME OF TEACHING AND EXAMINATION
I Semester (Physics Group)
II Semester (Chemistry Group)
Note: For detailed syllabus please visit the following URL http://vtu.ac.in/pdf/scheme/syll.pdf
Electronics and Communication Engineering (ECE)
The field of Electronics and Communication has experienced immense developments over the past years and
provides an area of exciting opportunities in telecommunication technology. Specializing in Electronics and
Communication is essential for those willing to join a number of industries in the future.
The course is designed in the field of telecommunication, data communication system, mobiles and wireless
communication and the management of networks. Electronics systems include instrumentation also. The course
provides advanced knowledge in ECE and issues related to communication networks and Electronic products.
Topics covered in the course include the latest developments in the field of ECE and their practical applications
in modern industries. Course is designed keeping in mind the fast pace of development in the ECE sector in such
a way that fundamental principles are also covered along with state of the art technological advances. The
course is suitable for those aspiring students wishing to gain knowledge and mastering of recent software tools
in the design and development and management of telecommunication systems.
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JSS Academy of Technical Education Mauritius 3
• Job Opportunities:
§ Research, Design and Implementation of :
o Microcomputers
o Microprocessors/Microcontrollers o Digital Signal Processing
o Digital Electronics
o Very Large Scale Integration (VLSI)
o Analog & Mixed-mode Electronics
o Application Specification Integrated Circuits (ASIC)
o Field Programmable Gate Array(FPGA)
o Networks
o Communications and Telecommunications
wired: optical fiber, wireless: mobile, satellite
o Electronic Instrumentation
o Medical Electronics
§ Testing, Troubleshooting, Debugging and Maintenance of the above
§ Higher studies and research opportunities in renowned world
class institutes of developed countries like USA, UK, and Australia
etc.
• Major Subjects:
o Analog Electronic Circuits
o Logic Design
o Network Analysis
o Electronic Instrumentation
o Field Theory
o Microcontrollers
o Control Systems
o Signals and Systems
o Fundamentals of HDL
o Linear Integrated Circuits
o Digital Signal Processing
o Analog Communication
o Microwaves and Radar
o Digital Switching Systems
o Fundamentals of CMOS VLSI
o Digital Communication
o Microprocessors
o Analog and Mixed-mode VLSI Design
o Antennas and Propagation
o Information Theory and Coding
o Satellite Communication
o Computer Communication Network
o Optical Fiber Communication
o Power Electronics
o DSP Algorithms and Architecture
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JSS Academy of Technical Education Mauritius 4
o Wireless Communication
o Embedded System Design
o Image Processing
o Speech Processing
o Biomedical Signal Processing
o Fuzzy Logic
o Multimedia Communication
• Laboratory Teaching:
o Analog and Digital Electronics Lab for Hard-wired Analog and Digital Electronic Circuits,
Linear Integrated Circuits
o Communication and Power Electronics Lab for Analog and Digital Communication,
Microwave Communication, Fiber Optic Communication and Power Electronics
o Computer Applications Lab for Digital Signal Processing, Simulation packages for Analog and
Digital Circuits, Microprocessor and Microcontroller, VLSI Design and Embedded systems
and High Performance Computing
• Detailed scheme of Electronics and Communication Engineering (III to VIII
Semesters) is listed:
III SEMESTER
SCHEME OF TEACHING AND EXAMINATION
Subject Code
Title Teaching
Dept Teaching hours/week Examination
Theory Practical Duration I. A Th./Pr. Total
06MAT - 31 Engineering Mathematics – III Mat 04 03 25 100 125
06EC831 Distributed Syste m s 06EC841 Multimedia Communication 06EC832 Network Security 06EC842 Real Time O p e r a t i n g Systems 06EC833 Internet Engineering 06EC843 Optical Networks 06EC834 Biomedical Signal Processing 06EC844 GSM 06EC835 High performance computer networks 06EC845 Adhoc Wireless Networks 06EC836 Fuzzy Logic 06EC846 Optical Computing
Note: For detailed syllabus please visit the following URL
06CS751 Advanced DBMS 06CS761 C# Programming and .Net 06CS752 Digital Signal Processing 06CS762 Digital Image Processing 06CS753 Java and J2EE 06CS763 Game Theory 06CS754 06CS755
Multimedia Computing Data Mining
06CS764 06CS765
Artificial Intelligence VLSI Design and Algorithms
06CS832 Web 2.0 & Rich Internet Application 06CS842/06IS81 Software Testing 06CS833 Storage Area Networks 06CS84 3 ARM Based System Design 06CS834 Network Management Systems 06CS84 4 Services Oriented Architecture 06CS835 Information and Network Security 06CS845 Grid Computing 06CS836 Microcontroller-Based Systems 06CS846 Programming Languages
Note: For detailed syllabus please visit following URL
The field of Electrical and Electronics Engineering has experienced immense developments over the past years
and provides an area of exciting opportunities in electrical and electronics technology. Specializing in Electrical
and Electronics Engineering is essential for those willing to join a number of industries in the future.
The course is designed in the field of Conventional Power Generation and Distribution (substation), Green and
Renewable Power Generation and Distribution, Alternators and Generators, UPS, Inverters, Voltage Stabilizers,
SMPS, Pumps, Air-conditioning, Refrigeration, Control Systems, Automobile Engines, Industrial Heavy machines
and Heavy motors, Electrical Measurements and Monitoring, Electrical Layout in Infrastructure Development,
Step-up and Step-down Transformers.
The course provides advanced knowledge in EEE and issues and related topics. Course is designed keeping in
mind the change of focus and demand in the EEE sector in such a way that fundamental principles are also
covered along with state of the art technological advances. The course is suitable for those aspiring students wishing to gain knowledge and mastering of recent software
tools in the design, development and management of electrical systems.
• Job Opportunities
§ Research, Design and Implementation of:
o Conventional Power Generation and Distribution (substation)
o Green and Renewable Power Generation and Distribution
o Alternators and Generators
o UPS, Inverters, Voltage Stabilizers, SMPS
o Pumps, Air-conditioning, Refrigeration
o Control Systems (Power control management – SCADA)
o Automobile Engines
o Industrial Heavy machines and Heavy motors
o Electrical Measurements and Monitoring
o Electrical Layout in Infrastructure Development
o Step-up, Step-down Transformers § Testing, Troubleshooting, Debugging and Maintenance of the above, where applicable
§ Higher studies and research opportunities in renowned world class institutes of developed
countries like USA, UK, and Australia etc.
• Major Subjects:
o Analog Electronic Circuits
o Logic Design
o Network Analysis
o Electrical Measurements
o Electric Power Generation
o Microcontrollers
o Control Systems
o Field Theory
o Transformers and Induction Machines
o Signals & Systems
o Transmission and Distribution
o DC Machines and Synchronous Machines
o Modern Control Theory o LIC and Applications
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o Power System Analysis and Stability
o Switchgear and Protection
o Electrical Machine Design
o Digital Signal Processing
o Computer Techniques in Power Systems Analysis
o Electrical Power Utilization
o High-voltage Engineering
o Industrial Drives and Applications
o Electrical Engineering Materials
o Power System Operation and Control
o Electrical Distribution Systems
o Electrical Power Quality
o Computer Control of Electrical Drives
• Laboratory Teaching:
o Analog and Digital Electronics Lab
o Microcontrollers Lab
o Power Electronics & Power Systems Simulation Lab
o Circuit Simulation and Measurements Lab
o Transformers and Induction Machines Lab
o DC Machines and Synchronous Machines Lab
o Control Systems Lab
o Relay and High Voltage Lab
• Detailed scheme of Electrical and Electronics Engineering (III to VIII Semesters) is listed:
SCHEME OF TEACHING AND EXAMINATION
III SEMESTER
Subject Code
Title
Teaching Dept Teaching hours/week Examination
Th. Pr. Duration I. A Th./Pr. Total
06MAT - 31 Engineering Mathematics - III Mat 04 03 25 100 125
