M.Tech – Electronics and Communication Engineering

with specializations in Communication Systems / VLSI Design and Embedded Systems

  • Course Level

    Course Level

  • Course Fee

    Course Fee
    INR 1,29,500
    US $ 4,400

  • Duration

    2 Years

  • Scholarship

Department Of Electronics and Communication Engineering
Department Of Electronics and Communication Engineering
Department Of Electronics and Communication Engineering

The program offers a comprehensive curriculum that covers both theoretical and practical aspects of Communication systems. The course is structured with core modules such as wireless communication, advanced communication systems such as MIMO and 5G. These modules provide the professional with solid foundation in Communication system technologies. M.Tech in Communication systems provides professionals with skills and knowledge they need to succeed in rapidly changing field of communication systems. Curriculum is well designed according to industry. Thus, it offers ample Career opportunities to the students.

M.Tech programme in VLSI Design and Embedded System offered by MRIIRS , School of Engineering and Technology.

The programme provides strong knowledge in VLSI design and Embedded system at various levels of design & development. Further, the curriculum aims at training students by incorporating state of the art development in VLSI design and Embedded systems domain like role of AI in design and development of circuit board. It imparts skills in design and development of thrust areas like low power high speed devices, analog/RF IC design, Embedded system design, next generation interconnect technology, VLSI in IoT development and cyber security. The course focuses on industry-relevant tools (Xilinx Vivado, CogendaTCAD, Tanner, FPGA Kits, LabVIEW, CADENCE) and practices involved in the VLSI design process and embedded systems development.

This programme is offered with specializations in Communication Systems / VLSI Design and Embedded Systems based on the courses opted by the students out of the basket of offered elective courses.



Minimum 50% Marks or equivalent CGPA in B.Tech - Electronics & Communication Engg. / Telecommunication Engg./Computer Science &Engg. / Information Technology/ Electronics & Instrumentation Engg./Instrumentation & Control Engg./Electrical & Electronics Engg. /Electrical Engg./Biomedical Engg./Power Electronics or MSc Electronics / Physics with Electronics as one of the subjects

Merit preparation / short listing of candidates shall be on the basis of Valid GATE score/ Marks in Qualifying Examination


Programme Highlights

Curriculum as per Industry standards.

Project based learning.

Learn about the underlying technologies and concepts associated with 5G.

Hands on training on 5G Project.

Discover the key differences between 5G and previous generations of mobile technology.

Smart antenna Design.

5G lab.

24*7 online learning support.

Mentorship opportunity.

Research Projects.

The programme aids to advance skill sets in both hardware and software, thereby not only widening the spectrum of job opportunities but also in pursuing a career in research and development.

Students gain hands on experience in the state of art laboratories.

Analog and Digital Integrated circuit lab.

RTL design and simulation lab.

System on Chip (SoC) lab.

VLSI testing and verification lab.


Career Path

Research and Development Engineer:

  • Conduct advanced research in communication systems, VLSI design, or embedded systems.
  • Work on developing new technologies, algorithms, and methodologies.

Communication Systems Engineer:

  • Design and optimize communication networks and systems.
  • Work on projects related to wireless communication, satellite communication, and networking.

VLSI Design Engineer:

  • Engage in the design and development of Very Large Scale Integration (VLSI) circuits and systems.
  • Work on optimizing performance, power, and area (PPA) metrics for integrated circuits.

Embedded Systems Engineer:

  • Design and develop embedded systems for various applications, including consumer electronics, automotive, and industrial automation.
  • Work on firmware development and system integration.

Signal Processing Engineer:

  • Work on signal processing algorithms for communication systems.
  • Explore opportunities in areas like image and speech processing.

Wireless Network Engineer:

  • Design and optimize wireless communication networks, including 4G/5G networks.
  • Work on improving network performance and reliability.

ASIC Design Engineer:

  • Engage in Application-Specific Integrated Circuit (ASIC) design for specific applications.
  • Optimize circuits for power, performance, and area.

Industry-Specific Roles:

Telecommunication Engineer:

  • Plan, implement, and manage telecommunication networks.
  • Work for telecom operators, service providers, or equipment manufacturers.

Semiconductor Industry Professional:

  • Work in semiconductor companies involved in designing and manufacturing integrated circuits.
  • Roles may include design, verification, and testing.

Automotive Embedded Systems Engineer:

  • Design and develop embedded systems for automotive applications.
  • Work on autonomous vehicles, in-car entertainment systems, and control units.

Aerospace and Defense Electronics Engineer:

  • Contribute to the development of electronics for aerospace and defense applications.
  • Work on communication systems, radar systems, and navigation systems.


Comprehensive Specializations:

  • Tailor your expertise with specialized tracks in Communication Systems, VLSI Design, or Embedded Systems.
  • Develop in-depth knowledge and hands-on skills in your chosen field for targeted career opportunities.

Industry-Relevant Curriculum:

  • Stay ahead with a curriculum designed in collaboration with industry experts.
  • Emphasize practical applications, cutting-edge technologies, and real-world projects.

State-of-the-Art Laboratories:

  • Access advanced laboratories equipped with the latest tools for Communication Systems, VLSI Design, and Embedded Systems.
  • Learn by doing with hands-on experiments and projects that mirror industry scenarios.

Industry-Experienced Faculty:

  • Learn from accomplished faculty members with extensive industry experience.
  • Benefit from insights into current trends, challenges, and best practices.

Interdisciplinary Approach:

  • Foster collaboration across disciplines with opportunities to work on interdisciplinary projects.
  • Gain a holistic understanding of electronics and communication systems for versatile career paths.

Research and Innovation Hub:

  • Engage in cutting-edge research initiatives and innovation projects.
  • Contribute to advancements in communication technologies, VLSI design, and embedded systems.

Internship and Industry Partnerships:

  • Bridge theory and practice through strategic industry partnerships.
  • Access internship opportunities with leading companies for hands-on experience and networking.

Global Perspective:

  • Cultivate a global mindset through international collaborations and exchange programs.
  • Prepare for a career in the interconnected world of electronics and communication engineering.


Faculty Mentorship:

  • Benefit from mentorship by experienced faculty members with industry knowledge.
  • Receive guidance and support for academic and career development.

Alumni Network:

  • Join a strong alumni network with connections in diverse industries and regions.
  • Leverage the network for career advice, job opportunities, and professional development.

Career Services:

  • Access career counseling, placement services, and workshops to enhance employability skills.
  • Receive support in crafting resumes, preparing for interviews, and navigating the job market.



Electronics is the profession of applying scientific principles to the design and development, fabrication, repair & maintenance of Electrical/Electronic Machines, Instruments and Communication systems. Prior knowledge of Electronics is required in all domains of engineering like Chemical, Aeronautical, Electrical, Mechanical, Computer, Civil, Automobile sectors etc.

  • PM Modi’s ‘Make in India’ concept is a push to manufacturing sector and has opened plethora of jobs for Electronics Engineers.
  • Several Electronics manufacturing hubs and electronics manufacturing clusters have been developed across the country to reduce imports.
  • PMs ‘Digital India’ vision is to integrate villages with National Optical Fibre Network.
  • As per the National Policy on Electronics: To make India a globally competitive destination for Electronics System Design and Manufacturing.

In present era the field of Electronics & Communication plays an important role in almost every sphere of our life.

Some of the Present and Emerging Technologies are: Wireless Communication; Direct To Home; Remote Sensing; Earthquake Monitoring; Microwave Communication; Speaker Recognition; Radar; Robotics; MEMS; Fiber Optics; GPRS; Electronics Cooling System; Thin Film Technology; Brain Computer Interfaces; Advanced Optical Networks; Display Technology; Electrocardiograph (ECG); Optical Computing; Wireless Sensor Networks; Embedded System; Teleconferencing; Nanotechnology; Internet Telephony; Satellite Communication; Smart Technology; Space Engineering.

Following are the various courses in the field of Electronics & Communication:

  • B.Tech ECE (Normal /Lateral)
  • B.Tech ECE with specialization in AI and IoT with Intel Corporation
  • B.Tech ECE with specialization in Communication System / VLSI Design & Embedded Systems
  • M. Tech (Electronics & Communication Engineering with specialization in Communication System / VLSI Design & Embedded Systems)
  • Doctor of Philosophy (Ph.D.)

An Electronics engineer can work at the frontier of high technology and is involved in research, creation of new ideas, design and development of new products and technologies, manufacturing and marketing activities.

Electronics & Communication Engineering offers career scope in DRDO (Defence Research and Development Organization); ISRO (Indian Space Research Organization); Public and Private Sectors; Defence Services and Engineering services. Electronics and Communication Engineers get equal opportunity to explore and build a career in IT sector.

The department has state of the art, modern and well-equipped Laboratories and smart class rooms with adequate facilities. One separate laboratory course is associated with each core course in the undergraduate program.

Some of the prominent Labs are Intel Intelligent Systems Lab, Embedded Systems Lab, Digital IC design Lab, MATLAB, LabVIEW, ORCAD Lab, Advanced Communication Lab, Microwave Lab, Advanced Digital System Design Lab, Microcontroller & Application Lab etc.

Over the last few years, the Department has seen excellent placements, with over 90% of its students getting placed in Public and Private sectors. This includes students who have opted for higher studies.

The students have been placed in various public and private sector organizations including:

  • Public Sector: DRDO, ISRO, BEL, BHEL, BSNL,MTNL, SAIL, NTPC, Indian Railways, ONGC, GAIL
  • Defence Services: Indian Air-force, Indian Navy and Indian Army
  • Private Sectors: Capital IQ, TCS, HCL, Wipro, Hilti, L&T, Infosys, WIPRO, TATA Telecom, Siemens, AIRTEL, Reliance Communication, Catalyst Business Solution, NSN, Ericsson to name a few.

We organize regular workshops and conduct seminars on the latest topics like Embedded Systems, Wireless Communication Systems, Artificial Intelligence, Internet of Things, Robotics etc for value addition of the students.

Regular programmes for overall personality & career skill development are organized with the help of expert trainers. Regular Industrial visits are also organized to give the students about the feel of work culture in the industry.

Latest equipment and software are available in the Department to promote research. Moreover the students can access e-Journals (IEEE & Springer etc), to explore latest development in the field of Electronics and Communication Engineering.

The core faculty in the Department comprises of distinguished academicians from the best institutions and leading professionals from the corporate world with rich industry experience. The faculty lays great emphasis on continuous evaluation by means of well-designed tutorials and practical experiments. Every effort is made to reinforce the concepts taught in the classroom.

Apart from teaching, the faculty members have been vigorously pursuing research and have been regularly publishing research papers in various National and International Journals of repute as well as in prestigious Conferences.

Contact Us

Icon location ADDRESS

Sector – 43, Aravalli Hills, Delhi – Surajkund Road, Faridabad – 121004, (Haryana), India