M.Tech in Electronics and Communications Engineering

Course Overview

The M.Tech in Electronics and Communication Engineering (Communication) is a two-year full-time postgraduate program designed to develop highly skilled academic professionals and researchers in the rapidly evolving field of communication engineering.

The curriculum is aligned with emerging technological advancements and industry requirements, incorporating cutting-edge topics such as 5G/6G Communication Systems, Software Defined Radio (SDR), Internet of Things (IoT), Artificial Intelligence applications in Communications, and other contemporary research areas. This ensures that students gain both theoretical knowledge and practical expertise relevant to modern communication technologies.

The department is supported by AICTE (MODROB)-funded state-of-the-art laboratories equipped with advanced instruments and industry-standard software tools, including HFSS, CST Microwave Studio, QualNet, and MATLAB. These facilities enable students to acquire hands-on technical skills in communication engineering as well as interdisciplinary domains.

Intake Capacity

100% from PGET Examination conducted by MAKAUT

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Our Vision

To be a centre of academic excellence providing quality education in Electronics & Communication Engineering and research.

Our Mission

To create an active learning environment.
To blend the faculty research under students project work.
To promote inter disciplinary interaction and teamwork among the students.
To update the students with recent trends in industry and research.

Programme Educational Objective

For an M.Tech in Electronics and Communication Engineering, the Program Educational Objectives (PEOs) are as follows:

PEO-I: Advanced Professional Competence Graduates will establish themselves as competent professionals in Electronics and Communication Engineering by applying advanced knowledge and technical skills to analyze, design, and solve complex engineering problems in industry, academia, and research organizations.
PEO-II: Research, Innovation, and Lifelong Learning Graduates will engage in independent research, innovation, and development activities, contributing to technological advancements in Electronics and Communication Engineering while pursuing lifelong learning and adapting to emerging technologies.
PEO-III: Technical Leadership and Communication Graduates will demonstrate technical leadership and professional ethics by effectively communicating engineering solutions through technical reports, publications, presentations, and collaborative projects, thereby contributing to society and the engineering profession.

Programme Specific Outcomes

For an M.Tech in Electronics and Communication Engineering, the PSOs are as follows:

PSO – I: Advanced Communication System Design and Analysis Graduates will be able to analyze, model, design, and optimize modern analog and digital communication systems, wireless networks, and signal processing techniques using advanced mathematical tools and simulation platforms to meet contemporary communication requirements.
PSO – II: Research and Innovation in Communication Technologies Graduates will be able to independently conduct research and develop innovative solutions in emerging areas such as 5G/6G communications, MIMO systems, software-defined radio, IoT communications, cognitive radio and satellite communications, in communication engineering.
PSO - III: Development and Professional Dissemination of Communication Engineering Solutions Graduates will be able to develop, implement, validate, and communicate advanced communication system solutions through high-quality technical reports, research publications, patents, prototypes, and professional presentations while demonstrating mastery in the Communication Engineering domain.

M.Tech. Coordinator

Dr. Joydeep Banerjee
Associate Professor
B.Tech, M.Tech, Ph.D.(Engg.)

The M. Tech in Electronics and Communication Engineering (Communication) programme aims to develop students' knowledge, technical skills, and innovative thinking in emerging areas of electronics and communication. The curriculum integrates strong theoretical foundations with practical exposure through well-equipped laboratories and guidance from experienced and qualified faculty members. The course is designed to prepare students for careers in academia, research, and industry by fostering analytical thinking, problem-solving, and professional competence. The programme promotes collaborative learning, encouraging students to exchange ideas and develop critical insights. We are committed to ensure curriculum excellence integrating cutting edge topics like 5G Communication, Internet of Things (IoT), RF Electronics, Advanced Signal Processing, application of Artificial Intelligence in electronics and other emerging domains of electronics and communication; research and innovation encouraging interdisciplinary projects, patent development and quality research papers publications.

M.Tech in Electronics and Communications Engineering

MCKV Institute of Engineering