Bachelor of Technology (B.Tech.) in Telecommunication Engineering Course at APJ Abdul Kalam Technological University, Thiruvananthapuram Syllabus & Subjects Semester Wise

Dive into the comprehensive curriculum, highlighting courses that will shape your telecommunication engineering knowledge and prepare you for a dynamic career in the telecommunications industry.

Syllabus and subjects in B.Tech Telecommunication Engineering

A Bachelor of Technology (B.Tech) program in Telecommunication Engineering offers a comprehensive curriculum designed to provide students with the knowledge and skills required to work in the field of telecommunications. The syllabus typically includes core subjects such as electronic circuits, digital communication, electromagnetic theory, analogue and digital signal processing, communication networks, and wireless communication. Advanced courses may delve into topics like optical communication, satellite communication, mobile communication systems, and network security. Practical training, laboratory work, and projects are integral parts of the program, enabling students to gain hands-on experience in designing and troubleshooting telecommunication systems and networks. Graduates from this program are well-prepared for careers in telecommunication companies, network design and management, wireless technology development, and various sectors of the telecommunications industry where expertise in communication systems is essential.

Syllabus of Bachelor of Technology (B.Tech.) in Telecommunication Engineering

Year 1

S.No	Subjects
1	Professional Communication
2	Engineering Mathematics
3	Engineering Chemistry
4	Fundamentals of Electronics Engineering
5	Environmental Studies
6	Engineering Physics
7	Fundamentals of Electrical Engineering
8	Engineering Drawing
9	Fundamentals of Mechanical Engineering
10	Technical Communication
11	Fundamentals of Computer

Year 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