Graduate Programs
B.Tech ( Bachelor of Electronic and Communication Engineering )
Program Detail
- Bachelor of Electronic and communication Engineering course focuses on the electronic systems that we use daily, from simple circuits to complex devices and expensive biomedical equipment in hospitals.
 - The curriculum provides a broad introduction to electronics, with the opportunity to specialize in sustainability in energy production, or biomedical, microelectronic, optical or electronic systems engineering.
 
Eligibility Criteria
- Pass with 60% aggregate marks in 10+2 or equivalent (with Physics, Mathematics and English) subject to qualifying .
 - 3 years Diploma in Electronics and Communication.
 
Duration of this program
- 4 Years with total number of 8 semesters
 
Curriculum
| 1st Semester | |
|---|---|
| Course Code | Course Title | 
| BTPH101 | Engineering Physics | 
| BTAM101 | Engineering Mathematics-I | 
| BTHU101 | Communicative English | 
| BTEE 101 | Basic Electrical and Electronics Engineering | 
| HVPE101 | Human Values and Professional Ethics | 
| BTPH102 | Engineering Physics Laboratory | 
| BTHU102 | Communicative English Laboratory | 
| BTEE102 | Basic Electrical and Electronics Engineering Laboratory | 
| BTMP101 | Manufacturing Practice | 
| 2nd Semester | |
| BTCH 101 | Engineering Chemistry | 
| BTAM102 | Engineering Mathematics-II | 
| BTME101 | Elements of Mechanical Engineering | 
| BTCS 101 | Fundamentals of Computer Programming and IT | 
| EVSC 101 | Environmental Science | 
| BTCH102 | Engineering Chemistry Laboratory | 
| BTME102 | Engineering Drawing | 
| BTCS 102 | Fundamentals of Computer Programming and IT Laboratory | 
| BTME103 | Engineering Computer Graphics Laboratory | 
| 3rd Semester | |
| BTAM-301 | Engineering Mathematics-III | 
| BTCS-305 | Object Oriented Programming using C++ | 
| BTEC-301 | Analog Devices & Circuits | 
| BTEC-302 | Digital Circuit and Logic Design | 
| BTEC-303 | Network Analysis and Synthesis | 
| BTEC-304 | Lab Analog Devices & Circuits | 
| BTEC-305 | Lab Digital Circuit and Logic Design | 
| BTCS-309 | Lab Object Oriented Programming | 
| Workshop Training * Fourth Semester  | 
|
| BTEE-402 | Linear Control Systems | 
| BTEC-401 | Analog Communication system | 
| BTEC-402 | Signal & Systems | 
| BTEC-403 | Electromagnetics & Antennas | 
| BTEC-404 | Electronic Measurement & Instrumentation | 
| BTEC-405 | Pulse Wave Shaping and Switching | 
| BTEC-406 | Lab Analog Communication Systems | 
| BTEC-407 | Lab Electronic Measurement & Instrumentation | 
| BTEC-408 | Lab Signal & Systems using MATLAB | 
| General Fitness | |
| Fifth Semester | |
| BTCS-304 | Data Structures | 
| BTEC-501 | Digital Communication System | 
| BTEC-502 | Digital Signal Processing | 
| BTEC-503 | Linear Integrated Circuit | 
| BTEC-504 | Micro processors & Micro controllers. | 
| BTEC-505 | Lab Digital Signal Processing | 
| BTEC-506 | Lab Linear Integrated Circuit | 
| BTEC-507 | Lab Digital Communication System | 
| BTEC-508 | Lab Hardware Programme & Interfacing | 
| Sixth Semester | |
| BTCS-401 | Operating Systems | 
| BTEC-601 | Microwave & Engineering | 
| BTEC-602 | Wireless Communication System | 
| BTEC-603 | Engineering Economics & Industrial Management | 
| BTEC-604 | VLSI Design | 
| BTEC-XXX | Elective-I | 
| BTEC-605 | Lab VLSI | 
| BTEC-606 | Lab Microwave Engineering | 
| General Fitness | |
| Seventh Semester | |
| BTCS-403 | Computer Networks | 
| BTEC-701 | Embedded Systems | 
| BTEC-702 | Optical Communication | 
| BTEC-YYY | Elective-II | 
| BTEC-ZZZ | Elective-III | 
| BTEC-703 | Lab Wireless and Optical Systems & Networks | 
| BTEC-704 | Lab Embedded Systems | 
| BTEC-705 | Major Project | 
| Eighth Semester | |
| Software Training | Industry Oriented Project Training | 
Program Educational Objectives (PEOs)
Programme Educational Objectives of the B.Tech Program in Electronics and Communication Engineering:
Electronics and Communication Engineering graduates will be able to:
- Excel in their professional career, higher studies and research.
 - Present leadership through technological talent and contemporary knowledge.
 - Explore and adapt latest technologies in their relevant areas and demonstrate competency as well as social commitment in their work.
 
