India supercharges chip dreams: semicon 2.0 expands scope, tackles talent crunch, and bets big on design

Semicon India 2.0 marks a strategic evolution from merely supporting semiconductor fabrication to cultivating a holistic ecosystem that encompasses equipment manufacturing, materials, gases, chemicals, and testing facilities. As MeitY Secretary S Krishnan explains, the initiative incentivizes companies across the entire semiconductor supply chain, including fabs and ATMP/OSAT units, reflecting a comprehensive approach to building India's semiconductor value chain. This broad-based support aims to reduce dependency on imports and foster indigenous capabilities throughout the production lifecycle.

Beyond physical manufacturing, Semicon India 2.0 also intensifies focus on strengthening indigenous design capabilities through an enhanced Design Linked Incentive (DLI) scheme. This expansion notably broadens eligibility from startups and MSMEs to include large companies, signaling a concerted effort to nurture innovation and scale design expertise domestically. By integrating design incentives with ecosystem expansion, the mission seeks to create a seamless semiconductor value chain that spans from conceptualization to fabrication and testing within India.

India is strategically pivoting towards semiconductor chip design and intellectual property creation as a cornerstone of its semiconductor ambitions, recognizing that design accounts for nearly 50% of the value addition in the chip value chain and that the fabless model generates 30-35% of global semiconductor revenues. By early 2026, the India Semiconductor Mission 2.0 (ISM 2.0) allocated ₹1.25 lakh crore with a Design-linked Incentive (DLI) scheme that has already catalyzed 16 tape-outs, 6 ASIC chips, 10 patents, and engaged over 1,000 engineers, attracting more than threefold private investment, underscoring design’s centrality to India’s semiconductor ecosystem expansion.

Despite India housing approximately 20% of the global semiconductor design talent and possessing a mature design ecosystem, its design capabilities predominantly serve multinational corporations rather than fostering indigenous innovation. Industry leaders like Satya Gupta, President of the VLSI Society, warn that without proportional investment in domestic design companies, India risks failing to produce homegrown semiconductor products. This concern is echoed by Union Minister Ashwini Vaishnaw, who affirms the government’s strong support for Indian design firms, highlighting the urgent need to scale local fabless companies alongside manufacturing investments to realize a balanced and self-reliant semiconductor ecosystem.

India faces a looming semiconductor talent deficit, with projections estimating a shortfall of 250,000 to 350,000 skilled workers by 2027 against a current workforce of around 220,000 professionals. To bridge this gap swiftly, the industry is leveraging AI-driven training platforms that simulate cleanroom environments and EDA workflows, personalizing learning paths to reduce time-to-industry readiness by up to a year. This technological infusion is revolutionizing traditional skill-building, enabling accelerated competency development critical for meeting the sector’s rapid growth.

Addressing the semiconductor talent crunch requires compressing the learning curve through immersive, industry-grade apprenticeships and modular upskilling programs that blend classroom theory with hands-on shop-floor experience. These initiatives expose trainees to real-world fabrication challenges from day one, fostering practical skills in fabrication and ATMP roles. Such employer-led rotations and simulated labs are pivotal in producing job-ready professionals at scale, reflecting a strategic shift from passive hiring to proactive talent creation.

Recognizing the critical nature of semiconductor skill shortages, MeitY Secretary S Krishnan emphasized that skilling is a continuous journey, with India committed to building an adequate domestic workforce while acknowledging an initial reliance on foreign expertise. This pragmatic stance underscores the importance of sustained ecosystem-wide collaboration between industry and academia to cultivate specialized semiconductor functions, moving beyond isolated training efforts towards a holistic talent development framework essential for the nation’s semiconductor ambitions.

The India Semiconductor Mission 2.0 pioneers an innovative equity-based funding model designed to bolster semiconductor startups by linking financial support to key developmental milestones. This approach not only provides crucial capital injections but also involves the government taking minority equity stakes alongside traditional venture capital investors, thereby aligning public and private interests to accelerate growth. By embedding milestone-linked funding within an equity framework, ISM 2.0 aims to create a more sustainable and accountable investment ecosystem that nurtures startups through critical phases of innovation and commercialization.