Chip Design to Quantum Computing: The path to a tech-ready India

NIT Rourkela is driving India's semiconductor ambitions with a comprehensive approach to education, research, and industry collaboration. By integrating chip design, AI-powered Electronic Design Automation (EDA), and quantum computing into its curriculum, the institute is preparing students to take on key roles in semiconductor R&D and fabrication. An interview with Prof. Debiprasad Priyabrata Acharya, Professor, Electronics and Communication Engineering.

- By Aanchal Ghatak

IT Rourkela is tackling the complex challenges of the semiconductor and quantum computing industries by integrating these fields into its educational programs. This approach, combining chip design, AI-driven EDA, and quantum computing, aims to equip students with a holistic understanding of these interconnected technologies. In this interview, explore the institute's curriculum, research initiatives, and industry partnerships, examining how it prepares graduates for the demands of a rapidly evolving tech landscape. Excerpts:

How is NIT Rourkela integrating chip design, fabrication, and semiconductor R&D into its engineering programs?

Department of Electronics and Communication Engineering, NIT Rourkela is offering postgraduate (MTech.) programme in “VLSI Design and Embedded Systems” since 2005 which is dedicated towards chip design, fabrication and semiconductors. In addition, PhD degree is also offered in the aforesaid areas since then. The undergraduate (BTech) students are also offered courses and projects in these domains. Another MTech programme on Semiconductor Technology will shortly be offered.

What partnerships does NIT Rourkela have with ISRO, MeitY, and SCL to advance semiconductor education and research?