Semiconductor boom in India: IIT Jammu's role in shaping future talent

India’s semiconductor industry is undergoing a transformative boom. With the government’s strategic push and global supply chains shifting eastward, India is poised to emerge as a key hub in semiconductor manufacturing and innovation. According to industry estimates, the Indian semiconductor market is projected to grow from $52 billion in 2024 to over $103 billion by 2030, driven by demand in consumer electronics, telecom, automotive, and industrial sectors.

This growth is not just economic—it's human. The industry is expected to generate over 1 million skilled jobs by 2026, spanning design, fabrication, packaging, testing, and R&D roles. The challenge, however, lies in preparing a future-ready workforce. That’s where premier institutes like IIT Jammu are stepping up.

IIT Jammu: Strategic force in India's Semiconductor Mission
As part of India's vision to become a global electronics and semiconductor powerhouse, IIT Jammu is playing a significant role in building a talent pipeline that’s industry-aligned and research-driven.

The Department of Electrical Engineering at IIT Jammu is already at the forefront with its specialized focus areas in VLSI (Very Large Scale Integration) and Microelectronics. The curriculum is hands-on and research-intensive—covering low-power circuit design, semiconductor device modeling, VLSI testing, and emerging areas like compound semiconductors.

Recognizing the skill gap in the ecosystem, IIT Jammu launched a unique Executive M.Tech program in VLSI Design, a two-year hybrid course designed for working professionals and aspiring engineers. The program merges academic rigor with practical insights, aligning with the government's Semicon India Program that has attracted ₹1.5 lakh crore worth of semiconductor investments.

Empowering innovation through infrastructure and collaboration
To support innovation and research, IIT Jammu is actively upgrading its infrastructure. The inauguration of state-of-the-art instruments and research labs has significantly enhanced the institute’s capabilities in chip design and testing. Moreover, the Himalayan Chapter of the VLSI Society of India, hosted by IIT Jammu, is a strong step toward nurturing regional semiconductor talent and fostering knowledge exchange.

Industry-academia collaboration is also a core part of IIT Jammu’s strategy. Students get exposure to real-world problems through internships, collaborative research, and tech seminars involving industry veterans, helping bridge the gap between classroom knowledge and semiconductor industry demands.

Launchpad for India’s semiconductor talent
The booming semiconductor sector presents immense opportunities—but, only if we build the right talent ecosystem. While other countries have had decades to prepare, India is fast-tracking its strategy—and institutions like IIT Jammu are leading the way.

By offering advanced degrees, fostering global industry collaboration, and investing in next-gen research infrastructure, IIT Jammu is creating a launchpad for India's next-gen semiconductor talent. For aspiring engineers looking to be at the intersection of innovation, design, and nation-building, IIT Jammu stands tall among the Best IITs in India.

Building chips, building futures
The semiconductor boom in India is more than just a technology trend—it's a national movement. IIT Jammu, with its sharp academic focus and proactive approach, is ensuring that India doesn't just participate in the semiconductor era—it leads it.

For students aspiring to make their mark in this high-impact field, IIT Jammu offers not just education, but a mission. As one of the best IITs in India, it is shaping minds that will soon shape the microchips powering the world.