MIT World Peace University (MIT-WPU), Pune

B.Tech Electronics (Semiconductor & VLSI Design) at MIT World Peace University (MIT-WPU), Pune

• The B.Tech Electronics (Semiconductor & VLSI Design) at MIT World Peace University (MIT-WPU), Pune is a 4-year undergraduate program designed to build strong foundations in electronic systems, semiconductor devices, VLSI circuit design, and chip-level technologies.

• The program integrates core electronics engineering subjects, VLSI design tools, fabrication concepts, and industry-oriented training, preparing students for careers in semiconductor industries, chip design, embedded systems, and higher studies.

B.Tech Electronics (Semiconductor & VLSI Design) – Course Details

• Duration: 4 Years (8 Semesters)

• Eligibility: Minimum 50% aggregate in 10+2

• University: MIT World Peace University (MIT-WPU), Pune

• Course Fee (Per Year): ₹3,65,000

B.Tech Electronics (Semiconductor & VLSI Design) – Course Structure

• The curriculum focuses on electronics engineering fundamentals along with specialized semiconductor and VLSI subjects.

Career Scope after B.Tech Electronics (Semiconductor & VLSI Design)

• Graduates are prepared for high-demand technical roles in the global semiconductor and electronics industry.

Job Profiles & Key Responsibilities

• VLSI Design Engineer: Design and verify integrated circuits

• Semiconductor Engineer: Develop and test semiconductor devices

• Chip Design Engineer: Work on IC architecture and layout design

• Embedded Systems Engineer: Develop hardware-software integrated systems

• Hardware Design Engineer: Design and test electronic hardware systems

Career Sectors

• Semiconductor Manufacturing & Design Companies

• VLSI & Chip Design Firms

• Electronics & Embedded Systems Companies

• Consumer Electronics & IoT Industry

• Automotive Electronics Sector

• Research & Development Organizations

Why Choose B.Tech Electronics (Semiconductor & VLSI Design) at MIT-WPU?

• Industry-aligned curriculum focused on semiconductor and VLSI technologies

• Hands-on exposure through advanced labs, EDA tools, and projects

• Strong demand and global career opportunities in the chip design industry

• Practical learning supported by industry internships

• Excellent pathway for M.Tech, MS, and research careers