About the Programme
The world is seeing a humungous growth of electronic gadgets especially the smartphones, consumer electronics, automotive electronics and embedded systems . The growth of artificial intelligence and machine learning has ensured that the growth of electronic gadgets shall continue over the years. Any electronic gadget requires the usage of integrated chips (IC) . This programme aimed at providing the required skills in IC Design and fabrication with practical exposure in the digital and analog design of VLSI systems
Advanced Design and Fabrication Infrastructure
Students gain practical exposure to modern semiconductor laboratories, VLSI design environments, FPGA platforms, simulation tools, and microfabrication technologies that support hands-on learning and hardware innovation.
Industry-Aligned Technical Expertise
The program integrates industry-oriented learning through internships, semiconductor design projects, EDA tool training, workshops, and interactions with professionals from semiconductor and electronics industries.
Innovation and Intelligent Hardware Systems
The curriculum promotes innovation, research, and product development in emerging domains such as AI-enabled hardware, embedded systems, nanoelectronics, RF systems, and intelligent semiconductor technologies.
Research, Entrepreneurship and Global Opportunities
The programme prepares students for higher education, semiconductor research, global technology careers, startups, and innovation-driven entrepreneurship through strong technical foundations and multidisciplinary learning..
Why Choose This Programme?
High Demand Semiconductor Career Opportunities
The programme prepares students for rapidly growing careers in
semiconductor industries, chip design companies, embedded systems, and
electronics manufacturing sectors.
Industry-Oriented Curriculum
The curriculum is designed in alignment with current semiconductor industry
trends, including VLSI, FPGA, ASIC, AI hardware, and embedded
technologies.
Hands-on Training with EDA Tools
Students gain practical expertise using industry-standard design and
simulation tools for integrated circuit design and verification.
Strong Research and Innovation Focus
The programme promotes innovation through research projects,
semiconductor design challenges, product development, and technical
competitions.
Interdisciplinary Learning Opportunities
Students can explore emerging technologies through Open Electives, Global
Electives, Honours, and Minor programmes aligned with NEP 2020.
Excellent Higher Studies and Global Opportunities
Graduates can pursue careers, research, and higher education opportunities
in leading semiconductor companies and international universities.
Choose Your Track
Areas of Specialization
This track focuses on the design, simulation, verification, and optimization of integrated circuits used in modern semiconductor systems.
This track emphasizes intelligent hardware systems, embedded technologies, and real-time applications integrated with smart electronics.
This track focuses on semiconductor materials, fabrication processes, nanoelectronics, and advanced semiconductor manufacturing technologies.
What You Will Learn
Programme Structure
The programme structure outlines the academic curriculum designed to provide a systematic progression of learning through core subjects, electives, and practical components across semesters, ensuring both theoretical understanding and skill development.
Semester 1 — BASIC ELECTRICAL ENGINEERING
Semester 2 — BASIC ELECTRONICS
Semester 3 — ELECTRONIC DEVICES AND INTEGRATED CIRCUITS
Semester 4 — SYSTEMS AND SIGNAL PROCESSING
Semester 5 — ADVANCED DIGITAL SYSTEM DESIGN
Semester 6 — Analog IC Design
Semester 7 — SYSTEMS ENGINEERING
Semester 8 — PROJECT WORK PHASE
Eligibility & Fee Structure
Career Paths
Your Career Roadmap
Select a specialisation track to explore the learning journey and career outcomes tailored to your chosen domain.
Focus Areas: Engineering Mathematics, Basic Electronics, Semiconductor Fundamentals, Digital Logic Design, Programming Fundamentals
Skills Developed: Circuit understanding, Logic building, Basic programming, Analytical reasoning, Semiconductor basics
Focus Areas: Basic Electronics, Programming, Digital Systems, Engineering Mathematics, Computational Fundamentals
Skills Developed: Coding basics, Hardware understanding, Logical reasoning, Circuit analysis, Technical problem-solving
Focus Areas: Semiconductor Physics, Engineering Chemistry, Basic Electronics, Mathematics, Material Science Fundamentals
Skills Developed: Semiconductor understanding, Scientific analysis, Analytical reasoning, Material fundamentals, Problem-solving skills
Admission Process
- Register with your Email ID
- Login to the Admission Portal
- Fill the Application Form
- Pay Application Fee
- Entrance Test (If Applicable)
- Assessment
- Interview
- Check login page for result
- If selected, Offer Letter attached
- Pay Course Fee Online
- Complete Admission Process
Ready to Apply?
Applications are open. Deadline: 2026-11-25 23:45:00.