India is set to emerge as a key player in the global semiconductor manufacturing sector, with ambitions to rank among the top four nations by 2032 and aiming for the leading position by 2035. Union Minister for Electronics and IT, Ashwini Vaishnaw, announced this during an event where he disclosed the approval of 22 projects under the Electronics Components Manufacturing Scheme (ECMS), totaling approximately Rs 41,863 crore. Four semiconductor companies are expected to start commercial production by 2026, addressing the domestic demand in critical sectors such as automotive and telecommunications.
Government Initiatives to Boost Semiconductor Production
The Indian government has greenlit ten manufacturing units under the Semicon India Programme, comprising two fabrication plants and eight assembly, testing, and packaging units. This initiative marks a significant investment of about Rs 1.6 lakh crore. Vaishnaw provided insights on the production timeline, noting that plants like Kaynes and CG Semi, which began pilot production last year, are on track to commence commercial production soon. Meanwhile, Micron is anticipated to increase its production next month, and Tata’s facility in Assam is set to start pilot production by mid-year, with commercial operations expected to follow by year-end.
This strategic initiative is part of a larger vision to position India as a vital contributor to the semiconductor supply chain. The government’s proactive strategies aim to attract investments and foster growth in this essential sector, which underpins various industries, including electronics and telecommunications.
Expanding Chip Design Capabilities
India is also advancing its chip design capabilities. The Design Linked Incentive (DLI) scheme currently supports 24 chip design projects through startups, boasting a total project value of Rs 920 crore. This initiative is designed to nurture innovation and expertise in chip design, which is integral to the semiconductor ecosystem. Vaishnaw underscored that India’s focus on talent development is a crucial factor in its rising profile within the semiconductor industry.
He highlighted that students from 298 universities across India are now participating in chip design programs, showcasing a notable increase compared to other nations. This progress positions India competitively in the global semiconductor arena, as the country now has a larger number of institutions equipped to design, manufacture, and validate chips than many leading countries.
Talent Development as a Driving Force
Vaishnaw credited India’s rise in the semiconductor field to its strong talent development initiatives. He pointed out that considerable advancements in education and training have enabled a new generation of engineers and designers to contribute effectively to the industry. The minister noted that while only a few universities worldwide offer comprehensive chip design programs, India has built a robust educational structure that supports this discipline.
This expanding talent pool, in conjunction with significant investments in manufacturing, positions India to play a vital role in the global semiconductor value chain in the coming decade. As global demand for semiconductors continues to grow, India’s strategic emphasis on developing a skilled workforce and enhancing production capabilities is expected to yield substantial returns in the near future.
Digihunt is not a financial advisor and this is not investment advice.