B.Tech. Electronics and Communication Engineering in collaboration with Texas
Why take this course?
B.Tech – Electronics and Communication Engineering, will enable you to be ready for Industry 4.0 emerging and exponential technologies. The course is industry-integrated with Texas Instrument certifications, ISRO research collaboration and Svyasa research, development, education and training. The course is delivered using project- based learning, project centric learning, Industry 4.0 hands on training, robotic rover design and training, industry based platform tools, model based learning, on demand student development specific programs leading to internships, research projects, patents, career opportunities in IT and non-IT. The course wide spreads student innovative ideas which are elevated through entrepreneurial platforms and supported by Jain Incubation Centre for start-ups.
The program provides knowledge and skill sets for wide applications related to digital system design, android development, computer networking, embedded system design, chip design, various types of communication including mobile, radar, satellite, consumer electronics, gadgets, software design and development, IOT, AI, Medical electronics, antenna design, wireless network system interface, low power system design. Courses supporting the applications are
What will I experience?
- Industry 4.0 hands on and projects from Texas Instruments on Embedded System and System on Chip.
- Rich Research experience and opportunity to work on live projects from ISRO and be part of creation of India’s navigation system .
- Industry lab set-up, standard tools and module based learning to make students industry ready.
- Develop customised chip design and embedded design for real time societal applications.
- Develop the entrepreneurial mind-set to develop and use emerging and exponential technologies to make a difference in the world.
What opportunities might it lead to?
The course provides complete skill sets and updated Industry 4.0 training. By 2026, you will be industry ready with wide career opportunities in both IT and Non-IT. The course also makes you ready for government sector jobs. Some of the market and career growth opportunities are listed below:
- Embedded Design Engineer
- Design Engineer
- Network planning Engineer
- Electronics Test Engineer
- RF Engineer
- Chip Designer
- Mobile application developer
- Cloud Engineer
- Android Developer
- Control Systems Engineer
- Design and Development Engineer
- Microelectronics Engineer
- Data Analyst
- Data Engineer
- Field Test Engineer
- Scientist
- Software Engineer
- Software Developer
Curriculum Structure & Teaching
Physics Cycle
- Engineering Mathematics –I
- Physics
- Communicative English
- Problem Solving Through Programming
- Engineering Graphics
- Physics Lab
- Problem Solving Through Programming Lab
- Communicative English Lab
Chemistry Cycle
- Engineering Mathematics – II
- Chemistry
- Basics of Electrical Engineering
- Workshop Practice
- Sociology and Elements of Indian History for Engineers
- Chemistry Lab
- Electrical Engineering Lab
- Applied Mathematics
- Language - I
- Electronic Circuit Design - I
- Digital System Design using Verilog
- Network Analysis
- General Elective - I
- Electronic Circuit Design – I Lab
- Digital System Design using Verilog Lab
- Mind Management and Human Values (MMHV)-3
- Project Centric Learning
- Diploma Mathematics-I
- Probability and Statistics Processes
- Language - II
- Microprocessors and Microcontrollers
- Electronic Circuit Design - II
- Signals and Systems
- General Elective - II
- Microprocessors and Microcontrollers Lab
- Electronic Circuit Design – II Lab
- Mind Management and Human Values (MMHV)-4
- Project Centric Learning
- Diploma Mathematics-II
- Electromagnetic Field Theory
- Digital Signal Processing
- Control Systems
- Analog and Digital Communication
- Embedded System Architecture
- General Elective - III
- Digital Signal Processing Lab
- Analog and Digital Communication Lab
- Mind Management and Human Values (MMHV)-5
- Project Centric Learning
- Economics for Engineers
- Mobile Communication
- Antenna and Wave Propagation
- VLSI Design
- Discipline Specific Elective - I
- General Elective - IV
- Wireless Communication and Antenna Lab
- VLSI Design Lab
- Mind Management and Human Values (MMHV)-6
- Internship/Minor Project
- Computer Networks
- Millimeter and Optical Wave Communication
- Discipline Specific Elective - II
- Discipline Specific Elective - III
- Constitutional Values
- Computer Networks Lab
- Mind Management and Human Values (MMHV)-4
- Project Dissertation – Phase I
- Discipline Specific Elective - IV
- Discipline Specific Elective - V
- Environmental Science
- Project Dissertation – Phase II
Discipline Specific Elective – I
|
Semester
|
Domain
|
Subjects
|
|
6
|
COMMUNICATION
|
Satellite Communication
|
|
EMBEDDED Systems
|
RFID and Flexible Sensors
|
|
VLSI
|
CAD for VLSI
|
Discipline Specific Elective – II
|
Semester
|
Domain
|
Subjects
|
|
6
|
COMMUNICATION
|
RADAR and Navigation
|
|
EMBEDDED Systems
|
MSP 430 Microcontroller
|
|
Signal Processing
|
Image Processing
|
Discipline Specific Elective – III
|
Semester
|
Domain
|
Subjects
|
|
7
|
COMMUNICATION
|
VoIP
|
|
EMBEDDED Systems
|
IOT with Arduino and Raspberry Pi
|
|
Signal Processing
|
Navigation and Remote Sensing
|
Discipline Specific Elective – IV
|
Semester
|
Domain
|
Subjects
|
|
7
|
COMMUNICATION
|
Cognitive Radio Networks
|
|
EMBEDDED Systems
|
Robotics and Automation
|
|
VLSI
|
System on Chip
|
Discipline Specific Elective – V
|
Semester
|
Domain
|
Subjects
|
|
8
|
COMMUNICATION
|
Wireless Sensor Networks
|
|
VLSI
|
Low Power VLSI
|
|
Embedded Systems
|
1. Real Time Embedded Systems
2. Open Source Systems
|
