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M Tech Electronics and Communication Engineering (VLSI Design)

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MVJ College of Engineeringoffers a postgraduate programme in Electronics and Communication Engineering (VLSI Design), crafted to meet the demands of the fast-growing semiconductor and electronics design industry.
The programme is driven by technological innovationand evolving design methodologies, enabling fundamental of the fundamental development of miniaturised, high-performance, and energy-efficient electronic systems.
The curriculum equips students with the skills to address real-world design and verification challenges in VLSI systems across a wide range of application domains, including consumer electronics, automotive electronics, low-power superfast computing, and industrial automation.
Students gain hands-on exposureto industry-standard tools and technologies, including:
- ASIC & FPGA Design
- Hardware Description Languages (VHDL, Verilog)
- VLSI Testing and Verification
- Digital and Analog IC Design
- Semiconductor Device Modelling
The programme cultivates a strong research orientationin advanced VLSI topics, encouraging students to explore innovations in chip design, low-power electronics, and system-on-chip (SoC) architectures, paving the way for intellectual contributions and a rewarding professional journey in the global semiconductor ecosystem.

Highlights of Electronics and Communication Engineering (VLSI Design):

VLSI design technology drives a broad spectrum of innovations and emerging trends that play a pivotal role in shaping the way electronic systems are designed, optimised, and integrated for high-performance, low-power, and scalable solutions across diverse domains such as computing, communication, healthcare, automotive, and IoT.

Pioneering VLSI Education at MVJCE:

Cutting-edge Curriculum: Delve into an innovative curriculum designed to impart practical skills and foster research opportunities in VLSI design and technology.

Shaping Future Technologists – VLSI Design:

Immerse yourself in hands-on lab sessions focusing on essential aspects of VLSI design, including combinational and sequential circuits, embedded systems, and real-time processing.

Empowering Industry Leaders: VLSI Graduates:

Equip yourself with specialised knowledge in semiconductor devices, FPGA design, and cutting-edge EDA tools, ensuring readiness for dynamic roles in the semiconductor industry.

Revolutionising Electronics – Shaping Technological Advancements:

Engage in groundbreaking VLSI engineering, contributing to the evolution of electronics in smartphones, automobiles, medical devices, and beyond.

Navigating Career Horizons – Expansive Career Trajectories:

Explore diverse career avenues in the semiconductor industry, with top companies seeking skilled VLSI experts for high-demand roles and lucrative opportunities.

Fostering Research Excellence: Cultivating Research Enthusiasm:

Ignite your passion for research with a curriculum designed to inspire intellectual exploration and lifelong learning in the field of VLSI design.

Elevating VLSI Expertise: Cutting-edge Learning Experience

Experience an advanced curriculum that emphasises practical skills development and prepares graduates to excel in the dynamic field of VLSI engineering.

Innovating the Future: Driving Technological Innovation

Join a transformative journey in VLSI engineering, where graduates play a pivotal role in shaping the future of electronics through innovation and creativity.

A Sneak Peek Into Your Future

Embark on a journey into the future with VLSI design, where you’ll delve into cutting-edge technologies and research opportunities in electronics engineering. Discover the endless possibilities of creating complex integrated circuits and shaping the digital world.

Placement Opportunities

Prepare for a rewarding career in VLSI engineering, where lucrative job prospects await in semiconductor industries and beyond. Explore high-demand roles in designing integrated circuits for smartphones, laptops, and supercomputers, and step into a realm of innovation and technological advancement.

Read in More Detail

Premier Postgraduate Program in VLSI Design at MVJCE.
Research-focused curriculum fostering practical skill enhancement.
Hands-on projects under industry mentorship.
Graduates equipped for industry requirements.
Opportunities in semiconductor technology, FPGA design, and more.

Comprehensive Curriculum

Multidisciplinary Curriculum in VLSI Design
The curriculum of VLSI Design and Technology, under the Department of Electronics and Communication Engineering, is structured following NEP guidelines, offering a multidisciplinary approach. Students delve into designing combinational and sequential circuits, embedded systems, and interface methodologies, fostering real-time processing skills.

Hands-on Learning with Remote Labs
Participants gain practical experience through remote labs, accessing hardware and software tools for designing and testing embedded systems. They utilize various platforms like MultiCore STM32, Raspberry Pi, and Xilinx FPGA, enhancing their proficiency in VLSI Architecture, Simulation, and Mathematical Modeling tools.

Students should have a Bachelor’s degree in Engineering & Technology in Electronics & Communication Engineering / Electrical & Electronics Engineering / Electronics & Telecommunication Engineering / Electronics & Instrumentation Engineering / Industrial IoT / Electronics Engineering (VLSI Design & Technology) / Electronics & Computer Engineering (or equivalent degree such as AMIE in the appropriate branch), with a minimum aggregate of 50%. Management admission with a minimum aggregate of 60%.

Qualifying Entrance Test (Either option):