
The M.Tech in Electronics and Communication Engineering (ECE) is a flexible, work-integrated program that is an ideal solution for working professionals seeking to advance their careers while balancing their current job responsibilities. The course curricula are industry-aligned and teach advanced topics like wireless communication, IoT, and Signal Processing. The work-integrated program can be completed through a hybrid format.
It opens up various career opportunities like embedded system developers, research and development engineers, project managers, RF engineers, and system design engineers. Pursuing a Flexible Timing Part-Time Electronics and Communication Engineering (ECE) program offers numerous benefits for working professionals. These programs are tailored to meet the unique needs of individuals who wish to advance their education and career without compromising their current professional responsibilities.
(Non-Refundable)
(per semester)
(per semester)
Choosing a communication system course in the Mtech Evening Program offers several advantages, especially for professionals looking to advance their careers while maintaining a work-life balance. Experience practical learning through advanced tools and simulations, and review sessions at your convenience to reinforce learning.
An advanced degree can lead to better salary packages and career growth. The program opens opportunities across various sectors like telecommunications, IT, manufacturing, and R&D. An M.Tech degree enhances your credibility and marketability in competitive industries. The industry-aligned curriculum ensures that the knowledge you gain addresses current challenges in electronics and communication technology.
| 1st SEMESTER | 2nd SEMESTER | 3rd SEMESTER | 4th SEMESTER |
|---|---|---|---|
| Optical Communication and Networks | Data Communication and Networking | Elective-III | DISSERTATION |
| Advanced Digital Communication Systems | Advanced Digital Signal Processing | Elective-IV | |
| Mobile Communication | Elective-I | Dissertation Part-I | |
| Numerical Method and Computer Programming | Elective-II | ||
| Optical Communication and Networks Lab | Data Communication and Networking Lab | ||
| Numerical Method and Computer Programming Lab | Advanced Digital Signal Processing Lab |

Live & Recorded Lectures with cutting-edge tutorials.

Interact and Collaborate with Peers and Faculty

Mentoring

Use of Multimedia and Open Educational Resources

Flipped' Classrooms

E-portfolio & Peer Assessment

Work Integrated Advantage

Experiential Learning

Academic & Industry Mentorship

Continuous Assessment

Dissertation/Project Work

















