About the course

ME/MTech Electronics & Communication is a two-year postgraduate degree that focuses on in-depth communication theory study. It is an interdisciplinary branch that utilizes active electrical components to design electronic circuits, Microprocessors/Microcontrollers, and other related systems.

The course is for 2 years which includes a total of 4 semesters. The main subjects taught during the course include Applied Mathematics, Advanced Digital Signal Processing, Optical Signal Processing, Electronics and Communication Engineering, Neural Networks and Applications, Analysis and Design of Analogue Integrated, Design of Semiconductor Memories, and various other electives.

Eligiblity: To be eligible for Electronics and Communication Engineering admissions, students must have passed the Class 12 board exam from a recognised board with Physics, Chemistry, and Mathematics as core subjects, with a minimum 60 percent aggregate in the PCM subjects. Some of the top entrance exams for Electronics and Communications Engineering courses are JEE Mains, WBJEE, MHT CET, KCET, BITSAT, etc.
Bachelor’s degree B.E./B.Tech from a recognized university with 55% marks Bachelor’s degree B.E./B.Tech from a recognized university with 55% marks

Why to study the course?

The products and solutions of Electronics and Communication are employed in a range of industries across the world. As an Electronics and Communications Engineer, you can find job opportunities in a variety of industries, including: Embedded Systems.
The field of electronics and communication engineering provides immense global exposure. With increasing globalisation, there is a rising demand for skilled communication engineers worldwide. Once you gain experience and expertise in this field, you have opportunities to work with companies located across the world.

Syllabus:

Semester 1:
1. Applied Mathematics
2. Advanced Digital Signal Processing
3. Advanced Radiation Systems
4. Optical Fibre Communication
5. VLSI Design Techniques
6. Wireless Communication Networks
7. Practical
8. Electronics and Communication Engineering LAB I

semester 2:
1. Machine Vision
2. RF System Design
3. Optical Signal Processing
4. Mobile and Personal Communications
5. Data Communication Networks
6. ASIC Design
7. Practical
8. Electronics and Communication Engineering LAB II

semester 3:
1. Speech and Audio Signal Processing
2. VLSI Signal Processing
3. Wireless LAN
4. Practical
5. Project Work (Phase I)

semester 4:
1. Elective
2. Project Work (Phase II)

Sope of the course

Beyond these top profiles, ECE graduates can find rewarding careers in aerospace and defense, designing avionics and communication systems for aircraft and spacecraft with organizations like ISRO and DRDO;
in consumer electronics, developing cutting-edge features for smartphones and TVs with companies such as Samsung ..
The scope for ECE engineers encompasses areas like telecommunications, robotics, artificial intelligence, and the Internet of Things, with a constant demand for their skills in various roles.

Top 10 Government Colleges To Study ME/MTech ECE