B.Tech. Telecommunication Eng. (Lateral Entry): Subjects include digital comm., wireless tech, networks, signal processing, electronics, and more.
Syllabus & Subject: B.Tech. in Telecommunication Engineering (Lateral Entry) Course
The B.Tech. in Telecommunication Engineering (Lateral Entry) course syllabus is designed to provide students with advanced knowledge in the field. It encompasses a wide range of subjects such as digital communication, wireless communication, networking, signal processing, and electronics. Students delve into topics like microwave engineering, optical communication, and data transmission techniques. They also study advanced mathematics and gain practical skills in labs. The program focuses on industry-relevant technologies, ensuring graduates are equipped to design and manage telecommunication systems, work with emerging technologies, and meet the demands of the ever-evolving telecommunications industry. The curriculum combines theoretical concepts with hands-on experience to produce skilled professionals in the field of telecommunication engineering.
Year 1 & 2
S.No
| Subjects
|
1
| Foreign Language
|
2
| Probability and Random Process
|
3
| Signals and Systems
|
4
| Analog Communication
|
5
| Solid State Electronic Circuits
|
6
| Transforms and Boundary Value Problems
|
| 7 | Analog Integrated Circuits
|
8
| Digital Electronic Principles
|
9
| Transmission Line Theory and Network Analysis
|
| 10 | Electron Devices
|
| 11 | Electromagnetic Theory & Waveguide Components
|
Year 3
S.No
| Subjects
|
1
| Discrete Mathematics
|
2
| RF Microcontroller Design and Interfacing
|
3
| Digital Signal Processing
|
4
| Telecommunication Switching Methods
|
5
| Digital Communication Principles
|
6
| Antenna & Propagation Laboratory
|
| 7 | Minor project
|
8
| Microwave Radio & Optical Fiber Communications
|
9
| Antenna Theory & RF Propagation
|
| 10 | Industrial Training
|
Year 4
S.No
| Subjects
|
1
| RF Circuits for Telecommunications
|
2
| Network Analysis and Synthesis
|
3
| Broadband Communications
|
4
| Information Theory and Coding
|
5
| Data Communication Networks
|
6
| Spread Spectrum and Multicarrier Techniques
|
| 7 | Multimedia Signal Processing
|
8
| Satellite Communications
|
9
| Digital Design and Modeling using HDL
|
| 10 | Wireless & Cellular Telecommunications
|
| 11 | Major Project
|
3 Years
Under Graduate
Engineering
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