The Electronics Engineering (VLSI Design and Technology) program focuses on the design, development, and testing of VLSI circuits and semiconductor devices used in modern electronics. It covers key areas such as microelectronics, chip design, analog and digital VLSI techniques, and semiconductor fabrication.
Students gain hands-on experience with EDA tools like Cadence and Synopsys, and build a strong foundation in electronics, signal processing, and embedded systems — developing end-to-end understanding of the semiconductor design flow from concept to chip.
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VLSI Design and Technology graduates will demonstrate the ability to:
Build in-demand skills from Day 1 and stay ahead in your engineering journey.
1. IOT
Internet of Things
2. AI & ML
Introduction
3. Data Analytics
4. Certification in Networking
5. Design Thinking
6. MS Excel
Beyond the classroom, we ensure hands-on exposure therough real-world challenges.
Industry internships every semester to apply learning, gain experience and build your professional network.
Participate in hackathons every month to innovate, collaborate and turn ideas into impactful solutions.
Students build a strong foundation in engineering sciences, mathematics, and programming.
Subjects Include:
Students also participate in:
Students develop knowledge in analog and digital electronics systems.
Core Subjects Include:
Laboratory Components:
Students gain practical understanding of electronic circuit analysis and embedded hardware programming.
Students begin specialization in integrated circuit and embedded system design.
Subjects Include:
Practical Learning Includes:
Students gain exposure to semiconductor design workflows and hardware implementation techniques.
The final year focuses on advanced VLSI technologies, research, and industry integration.
Advanced Subjects May Include:
Final Year Components:
Students complete industry-oriented projects in semiconductor systems, embedded applications, and intelligent electronics solutions.
Highest-demand paths such as:
Graduates from the VLSI field build impactful careers in industries like AI, 5G, EVs, and smartphones, where there is strong demand for specialized chip design skills such as Verilog, System Verilog, and EDA tools.
VLSI (Very Large Scale Integration) involves designing integrated circuits by combining millions of transistors into compact semiconductor chips used in modern electronic devices.
Yes. Students gain exposure to VLSI simulation tools, FPGA platforms, HDL programming, and electronic design automation environments.
Yes. The curriculum includes embedded systems, microcontrollers, IoT systems, and hardware-software integration concepts.
Yes. Students complete laboratory projects, mini projects, internships, and a major capstone project aligned with industry applications.
Overview
