On 13 March 2026, the Union Minister for Electronics & IT shared in Rajya Sabha that India the nation has emerged as a premier global hub for semiconductor design and R&D, hosting nearly 20% of the world’s chip design workforce. Driven by the Prime Minister’s vision of Atmanirbhar Bharat, the strategy has transitioned into India Semiconductor Mission 2.0, which acts as a primary mechanic for fortifying supply chains and developing a "design full stack" and Indian Intellectual Property (IP). India now hosts 7% of the world’s semiconductor Global Capability Centres (GCCs), where engineers are designing advanced nodes down to 2 nm. With investment commitments reaching ₹1.6 lakh crore and 10 units already approved, the government serves as a facilitator for an end-to-end ecosystem—from academic research at institutions like IIT Madras and IISc to commercial fabrication and late-stage industrial deployment.
Key Pillars of the Semicon India Strategy
Semicon India Programme: A high-fidelity framework that has secured ₹1.6 lakh crore in commitments; 2 fabs and 8 ATMP/OSAT units are approved, with 4 units already in production or pilot stages.
Design Linked Incentive (DLI) Scheme: A dedicated mechanic supporting 24 projects (valued at ₹900 crore) in sectors like drones, satellites, and IoT; 14 of these startups have already raised ₹650 crore in venture capital.
Innovation Fund Pipelines: * Anusandhan NRF (ANRF): A ₹50,000 crore fund over five years supporting knowledge creation and industry-academia collaboration.
RDI Fund: A ₹1 lakh crore allocation for late-stage technology development and commercialisation in AI and quantum computing.
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Global Capability Centres (GCCs): Serving as high-tech hubs where Indian engineers contribute to 20% of global design activity, including globally competitive 2 nm chips.
Academic & Infrastructure Support: 315 Universities now access advanced EDA tools (185 lakh+ hours of usage), while the SCL has successfully fabricated 94 student-designed chips.
ISM 2.0 Evolution: Announced in the 2026-27 Budget to expand focus into semiconductor equipment, materials, and a complete Indian IP stack.
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Strategic MeitY-Supported R&D Projects
The government is funding high-impact research to ensure India's technical sovereignty in critical electronics. Notable projects include:
Next-Gen AMOLED (IIT Madras): A ₹42 crore project developing mobile phone prototypes and cost-effective electronic components.
GaN Ecosystem (IISc Bengaluru): A ₹334 crore initiative (GEECI) focused on high-power and high-frequency RF electronics manufacturing.
Indian Nanoelectronics Users’ Programme (INUP): Utilizing nano-centres at IISc and IITs to promote R&D in sensors, MEMS, and photovoltaics while incubating startups.
C-MET: Advancing research in specialized semiconductor materials through MeitY’s dedicated scientific society.
What is the "India Semiconductor Mission" (ISM)? The ISM is a specialized and independent business division within the Digital India Corporation that orchestrates the national strategy for semiconductors. It operates on the mechanical theory of "Ecosystem Synergy"; by aligning the Design Linked Incentive (DLI) with manufacturing subsidies, it acts as a primary mechanic for attracting high-capital global investments. The ISM is a functional prerequisite for India's digital sovereignty, ensuring that the high-fidelity production of chips is integrated with domestic R&D. By bridging the gap between Global Capability Centers (GCCs) and Indian startups, the ISM ensures that the country remains a vital, competitive pillar of the global high-tech landscape.
Policy Relevance: India’s Role in Global Deep-Tech
Operationalising "Semicon India 2.0": The transition to ISM 2.0 serves as a primary mechanic for MeitY to build a "design-to-material" full stack, reducing reliance on foreign equipment and IP.
Internalising Global GCC Talent: Leveraging 20% of the world’s design workforce provides a functional framework for the Ministry of Science & Technology to anchor global supply chains within India.
Bypassing Import Dependency: Schemes like the DLI and projects at IIT Madras are prerequisites for the Department of Telecommunications to ensure 5G and 6G hardware is indigenously designed.
Link to Viksit Bharat @2047: Dominating semiconductor R&D and manufacturing is a foundational step in establishing India as a high-value technology leader in the Fourth Industrial Revolution.
Relevant Question for Policy Stakeholders: In what ways can the government utilise ISM data to mechanically align engineering curricula in IITs and NITs with the specific technical demands of next-gen chip design?
Follow the Full Update Here: India has emerged as a global hub for semiconductor design and R&D
