BTech program in Electronics and Communication Engineering aims to provide strong foundation in the area of Electronics and Communication viz. Electronic Circuits, Signal Processing, VLSI, Embedded Systems, and Communication. The program's emphasis is on hands-on learning through well-designed laboratory experiments and projects throughout the course.

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Program Objectives:

·??????? To provide strong fundamentals in Electronics and Communication Engineering.

·??????? To impart skills for a career in design of systems, tools and applications in Electronics and, Communication domain.

·??????? To encourage students to pursue higher education and research in Electronics and Communication domain.

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Program structure: The 8-semester program consists of theory and practical courses. The theory courses comprise of core courses on Analog Electronics, Digital Electronics, Signal and Image Processing, Analog and Digital VLSI, Communication systems, Microprocessors, Integrated Circuits and Microwave Engineering. Besides, BTech in ECE also offers a wide range of elective subjects on Image Processing, Speech Processing, Computer Vision, Future Generation Communication System (5G and Beyond), Internet of Things, and Machine Learning. The student also has an option to enroll in one of the minor specializations offered by the institute. A few examples of the minor specializations are Computational Intelligence, Embedded Systems, Signal Processing, VLSI Design, and Communication Systems.

Duration of Program: 4 years

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Vision

Striving for excellence in academics and research for Electronics Engineering education through innovation, and teamwork.

Mission

1. To provide exceptional technical education in Electronics and related fields through innovative teaching and learning methods.

2. To foster creativity, innovation, and design thinking among students by cultivating partnerships with industries and entrepreneurs.

3. To equip students with the skills to address societal challenges through value-based education anchored in cutting-edge technologies.

4. To cultivate a vibrant learning atmosphere fostering collaboration and research initiatives among both students and faculty members.

Proposed Programme Educational Objectives?

Upon graduating from the department of Electronics and Communication Engineering, the students will possess the abilities to:

1. Utilize electronics engineering expertise to tackle pertinent societal and industrial challenges via research, innovation, and design-centric solutions.

2. Proficiently undertake engineering and managerial duties in diverse, cross-disciplinary, and multicultural settings, leveraging collaboration and teamwork.

3. Master effective communication, showcase leadership, uphold professional standards, and actively pursue career development.

Proposed Programme Specific Outcomes?

Electronics & Communication Engineering

Electronics & Communication Engineering Graduates will be able to:

1. Apply the principles of electronics and communication engineering across diverse domains including signal processing, control engineering, embedded systems, analog and digital system design, VLSI design, photonics, RF & microwave, networking, electronic communication, and associated areas

2. Analyse real-world challenges in electronics and communication domain using latest hardware and software tools to arrive at cost effective and appropriate solutions.

3. Create and validate pioneering methodologies in electronics and communication engineering to address societal challenges.

Electronics & Computer Engineering

Electronics & Computer Engineering Graduates will be able to:

1. Apply the principles of electronics & computer engineering across diverse domains including electronic design, software engineering, computer networks, embedded systems, operating systems, image processing, artificial intelligence, and associated areas.

2. Analyse real-world challenges in electronics and computer domain using latest hardware and software tools to arrive at cost effective and appropriate solutions.

3. Create and validate pioneering methodologies in electronics and computer engineering to address societal challenges

Electronics Engineering (VLSI Design and Technology)?

Electronics Engineering Graduates with specialization in VLSI design and Technology will be able to:

1. Apply the principles of VLSI design and technology across diverse domains including analog & digital integrated circuits, VLSI design, semiconductor device physics, photonics, integrated circuit fabrication, RF & microwave, digital system design, VLSI testing & testability, ASIC design, physical design, and associated areas.

2. Analyse real-world challenges in VLSI design using latest hardware and software tools to arrive at cost effective and appropriate solutions.

3. Create and validate pioneering methodologies in VLSI design to address societal challenges

The Department of Electronics and Communication Engineering, MIT offers the following programs:

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B.Tech - Electronics and Communication Engineering

B.Tech - Electronics and Computer Engineering

B.Tech - Electronics? Engineering (VLSI Design and Technology)