ELECTRONICS ENGINEERING (VLSI Design and Technology)

Department of Electronics Engineering (VLSI Design and Technology)

The Department of Electronics Engineering (VLSI Design and Technology) is a newly introduced undergraduate program designed to meet the rapidly growing demand in the Semiconductor and VLSI industry. The program aims to build a strong academic foundation in Electronics Engineering and Semiconductor Fundamentals, preparing students for advanced learning and industry relevance in the coming years.

Currently, students of the VLSI Design and Technology program are in their first year of study. The department is academically supported by the established Electronics and Communication Engineering department, with experienced and qualified faculty members handling both theory and laboratory components. This ensures academic stability, quality teaching, and effective mentoring from the very beginning of the program.

The curriculum places strong emphasis on fundamental concepts in electronics, mathematics, and computing during the initial semesters, in line with Outcome-Based Education (OBE) principles. As students progress, they will be gradually introduced to core areas such as Analog Circuits, Digital Electronics, CMOS Technology, VLSI Design, FPGA/ASIC concepts, and Semiconductor Devices, ensuring a structured and progressive learning path.

Students have access to well-equipped laboratories and infrastructure already established for the ECE department. These include industry-standard software and hardware platforms such as Cadence VLSI Design Suite, Xilinx Vivado, MATLAB 2026, NI Multisim, FPGA boards, ARM Cortex-based development kits, Digital Storage Oscilloscopes, and advanced simulation tools.

The department focuses on strong academic discipline, individual student attention, and continuous evaluation through structured assessments. Bridge courses and support mechanisms are implemented to help students smoothly transition into core engineering subjects. Equal importance is given to co-curricular and extracurricular activities, encouraging student participation in technical events, sports, NCC, and NSS for overall personality development.

Best Practices in the Department

• Strong emphasis on fundamentals in lower semesters
• Qualified and experienced faculty support through the ECE department
• Shared access to well-established laboratories and infrastructure
• Outcome-Based Education (OBE) aligned curriculum
• Support mechanisms through bridge courses
• Student-centric teaching and continuous assessment
• Individual mentoring and disciplined academic environment
• Encouragement for participation in technical, sports, NCC, and NSS activities