India’s Semiconductor Roadmap: From Import Dependence to Global Leadership by 2035

India’s semiconductor industry is entering a decisive decade. NITI Aayog’s Future of India Semiconductor Industry report (May 2026) lays out a bold vision: reduce the country’s 90–95% import dependence and build a USD 120–150 billion domestic value chain by 2035, positioning India as a top‑three global destination for advanced packaging and OSAT (Outsourced Semiconductor Assembly and Test).

Market Outlook

• India’s semiconductor market is projected to reach USD 200 billion by 2035, growing at a CAGR of 19%.
• Global demand is expected to exceed USD 1.5 trillion, driven by AI, EVs, 5G/6G, and data centres.
• India already hosts 20% of the world’s semiconductor design workforce, offering a strong base for innovation.

Policy Imperatives

India’s semiconductor roadmap highlights four critical policy imperatives that will shape the industry’s growth and sustainability.

Capital Mobilisation

• Requires long‑term, patient capital to support capital‑intensive fabs and packaging units.
• Blended financing models combining government subsidies, sovereign funds, and private equity.
• Export‑linked incentives and viability gap funding to attract global players while ensuring domestic competitiveness.

Regulatory Framework

• Single‑window clearance mechanism to streamline environmental and land approvals.
• Robust IP protection laws to safeguard innovation and design leadership.
• Trusted supply chain certification standards to align with global norms.
• Reduced compliance burden to improve ease of doing business.

Critical Minerals Strategy

• Secure access to essential materials like silicon carbide (SiC), gallium nitride (GaN), cobalt, and lithium.
• Diversified sourcing through bilateral agreements and strategic reserves.
• Domestic exploration initiatives to reduce external dependence.
• Recycling and circular economy models to ensure sustainability.

Global Alliances

• Partnerships with US, Japan, Taiwan, and EU for technology transfer and joint R&D.
• Collaborations to strengthen India’s role in trusted global supply chains.
• Market access through international cooperation and industrial partnerships.

Why These Imperatives Matter

• Ensure financial viability of capital‑intensive projects.
• Provide regulatory predictability for investors.
• Guarantee resource security for uninterrupted production.
• Enable global integration into trusted technology ecosystems.

Together, these imperatives create the enabling environment for India’s semiconductor ambitions, ensuring sustainable growth and global competitiveness.

Five Strategic Pillars

India’s semiconductor roadmap is built on five strategic pillars that provide a holistic framework for growth and global competitiveness.

Pioneering

• Focus on frontier R&D and innovation in AI‑enabled chip design, quantum computing, and neuromorphic architectures.
• Leapfrog into next‑generation technologies rather than only catching up on mature nodes.
• Dedicated innovation clusters and public‑private labs to drive breakthroughs in design automation, materials science, and specialised accelerators.

Policy & Investment

• Ensure long‑term financing and risk‑sharing incentives for capital‑intensive fabs and packaging units.
• Export‑linked subsidies and predictable regulatory frameworks to attract global players.
• Tax incentives and stable investment climate balancing domestic priorities with global competitiveness.

Production

• Prioritise mature‑node fabs (28nm and above), compound semiconductors (SiC, GaN), and advanced packaging (chiplets, 2.5D/3D integration).
• Dominate niche demand areas such as EVs, telecom, renewable energy, and AI hardware.
• Scale OSAT capabilities to make India a global hub for assembly and testing.

People

• Develop a national semiconductor talent pyramid to train fab‑ready technicians, engineers, and researchers.
• Upskilling programs aligned with AI‑enabled design, automation, and packaging technologies.
• Global talent infusion through partnerships with universities and industry labs.

Partnership

• Forge trusted global alliances with US, Japan, Taiwan, and EU for technology transfer and joint R&D.
• Secure access to critical minerals through international cooperation.
• Industrial collaborations with global majors to integrate India into resilient supply chains.

The Five Strategic Pillars together form the backbone of India’s semiconductor strategy. By investing in pioneering R&D, India ensures it is not just catching up but actively shaping the future of chip technologies.

Policy and investment frameworks provide the financial stability and regulatory predictability needed to attract global players while supporting domestic innovation. Production priorities around mature‑node fabs, compound semiconductors, and advanced packaging allow India to dominate niche markets where demand is accelerating, such as EVs, telecom, and renewable energy.

The people pillar builds a sustainable talent pipeline, ensuring that engineers, technicians, and researchers are equipped to drive long‑term growth. Finally, global partnerships integrate India into trusted supply chains, enabling technology transfer, secure access to critical minerals, and resilience against geopolitical risks.

Together, these pillars create a holistic framework that balances innovation, investment, manufacturing, talent, and international cooperation, positioning India as a competitive and trusted hub in the global semiconductor ecosystem.

Industry Opportunities

• Advanced Packaging: Chiplets, 2.5D/3D integration, and heterogeneous systems.
• Compound Semiconductors: SiC and GaN for EVs, telecom, and renewable energy.
• AI & RF Chips: Accelerators for data centres, 5G/6G, and defence.
• Design Leadership: Leveraging India’s existing design talent base.

Talent & Workforce

• National semiconductor talent pyramid to train fab‑ready technicians.
• Global talent infusion through partnerships with universities and labs.
• Upskilling programs aligned with AI‑enabled design and automation.

Risks & Challenges

• Geopolitical fragmentation of supply chains.
• Execution risk in moving from policy intent to disciplined implementation.
• Time‑sensitive window: Global “China‑plus‑one” diversification may narrow by 2030.

Strategic Takeaways

• Align investments with government incentives and mineral security.
• Prioritise advanced packaging and compound semiconductors as leapfrog areas.
• Build trusted global partnerships to mitigate geopolitical risk.
• Invest in talent pipelines to ensure sustainable scale.

India’s semiconductor journey is not just about reducing import dependence — it is about reshaping the global supply chain. With disciplined execution, technology‑led innovation, and strategic alliances, India can emerge as a trusted hub powering the next era of digital transformation.