Master of Technology (M.Tech) in Electronics Engineering

There have been advances in semiconductor technology, IoT, AI hardware, 5G/6G communication, robotics, and smart systems. Hence, the requirement for electronics engineers has been growing exponentially in India as well as globally. Through this course, students will focus on dynamic areas and acquire skills such as problem solving, analytical, and research skills to become leaders in the electronics industry.

The programme is also designed to prepare students for doctoral studies in the electronics industry and other professional areas such as consulting and entrepreneurship. Design thinking, system operation knowledge, cross-disciplinary learning, and green electronics are the focus of the programme.

What is Electronics Engineering?

Electronics Engineering is a field of engineering that involves manufacturing, testing, installation, and maintenance of electronic devices. It includes the use of physics, mathematics, and other sciences to solve engineering problems and advance the field of modern technology. It is an extremely broad discipline which encompasses various sub-fields such as analogue electronics, digital electronics, consumer electronics, embedded systems, and power electronics.

Electronics engineers may work on analogue and digital circuits and embedded systems. They also design electrical systems for automobiles and aircraft. Transmission line implementation is another method to use electronic technology, including signal processing, communication networks, power electronics, and semiconductor devices. The industry is rapidly developing with AI, IoT, nanotechnology, and new materials.

Master of Technology (M.Tech) in Electronics Engineering Course Highlights

Why Study M.Tech in Electronics Engineering?

High Demand: The electronics industry is a prominent one in India, as it has become an integral part of our technologically powered world. Due to this dependence on electronic systems, there is a need for professionals who can handle them. 

Career Opportunities: Graduates are exposed to several career opportunities. They can land jobs in several industries like consumer electronics, automation, semiconductor, engineering, and the public sector. They can find jobs at companies that offer competitive paychecks and job security.

Skill Development: Students in the course learn advanced skill sets concerning electronics. This field requires an understanding of complex electronic systems to work on and make them functional. Students acquire basic technical knowledge and skills, including VLSI, microelectronics, electronic networking, and image processing, as well as develop essential soft skills such as analytical thinking, attention to detail, and effective communication.

Master of Technology (M.Tech) in Electronics Engineering Course Syllabus

Core Subjects

Research Components

Specialization Areas

Top 10 M.Tech Electronics Engineering Colleges in India

Fee Structure of M.Tech in Electronics Engineering Colleges in India

Note: The fee structure may vary depending on the type of institution and seat quota.

Higher Studies Options

• Ph.D in Electronics and Communication / Telecommunication / Instrumentation Engineering

• MBA in Technology or Operations Management

• Postgraduate Research Programmes

• International MS or Ph.D Programmes