The Future of India’s Chip Industry

UPSC Syllabus: Gs Paper 3- Science and Technology

Introduction

Semiconductors have become critical for economic growth, national security, digital infrastructure and advanced technologies. Recognising their strategic importance, NITI Aayog’s Frontier Tech Hub recently released the report Future of India’s Semiconductor Industry, which outlines a long-term roadmap for building a competitive domestic semiconductor ecosystem. While India has launched major initiatives such as the India Semiconductor Mission and several projects are under development, significant challenges remain in manufacturing capacity, technology development, talent creation and long-term investment.

Why Semiconductors Matter for India

1. Foundation of Modern Technologies: Semiconductors are used in almost all electronic products, including smartphones, consumer electronics, telecom equipment, defence systems and AI applications.
2. National Security Requirement: Many semiconductor components used in aerospace and defence systems are produced outside India. This creates strategic and security risks.
3. Economic Resilience: A strong domestic semiconductor ecosystem can reduce external dependence and improve India’s economic resilience.
4. Supply Chain Security: Global semiconductor production is concentrated in a few regions. Any disruption can affect India’s electronics manufacturing sector.
5. Growing Domestic Demand: Demand for chips is increasing due to the expansion of smartphones, electric vehicles, artificial intelligence, telecommunications equipment and data centres.
6. Digital Infrastructure Support: Semiconductors are essential for digital infrastructure and future technological competitiveness.
7. Participation in Global Value Chains: India has an opportunity to move from being a large semiconductor market to becoming an important part of the global semiconductor value chain.

Current Status of India’s Semiconductor Ecosystem

1. No Operational Fabrication Unit Yet: India does not currently have a semiconductor fabrication plant. The first fab is expected to begin operations in Dholera, Gujarat by 2028.
2. Projects Under Development: Around ten semiconductor projects are currently at different stages of development.
3. Support Through India Semiconductor Mission: The government has launched the ₹76,000 crore India Semiconductor Mission (ISM) to support semiconductor manufacturing and ecosystem development.
4. Subsidies for Fabrication Projects: Semiconductor fabs have received capital support of more than 50%, reducing the financial burden on investors.
5. Support for Other Segments: Component manufacturing projects receive production-linked and output-linked incentives.
6. Focus on Packaging and Testing: Several packaging and testing facilities have received support from the Union and State governments.
7. Design Ecosystem Development: ISM also supports access to industry-grade semiconductor design applications for students and academic institutions.
8. Dependence on Imports Continues: Even chips used in domestic electronics assembly operations are still largely sourced from foreign suppliers.

Challenges Before India’s Chip Industry

1. Limited Domestic Capacity: India’s semiconductor ecosystem is not yet capable of meeting domestic semiconductor demand.
2. Long Gestation Period of Fabs: Semiconductor fabrication facilities usually require four to five years before production starts.
3. Dependence on Imported Equipment: Fabs need more than 50 specialised pieces of equipment, most of which are sourced from global suppliers.
4. Delayed Commercialisation: Yield optimisation and reliability testing take several quarters after production before chips reach the market.
5. Talent Development Constraints: Building a skilled workforce for semiconductor manufacturing requires significant time and effort.
6. High Capital Requirement: Semiconductor manufacturing is one of the most capital-intensive industries and requires long-term financial commitment.
7. Technology and Research Gaps: India still needs stronger capabilities in materials science, silicon design and advanced semiconductor engineering.
8. Geopolitical Vulnerability: Events such as disruptions in major semiconductor-producing regions can affect India’s technology and electronics sectors.

Way Forward

1. Building Indigenous Capabilities

1. Strengthen Design and Research Capabilities: India needs stronger domestic capabilities in semiconductor design, research and intellectual property creation.
2. Promote R&D Excellence: Greater focus is required on materials science, silicon design and advanced semiconductor technologies.
3. Use AI in Semiconductor Engineering: Agentic AI can help improve semiconductor engineering and innovation capabilities.
4. Move Towards Technology Creation: India should move from a services-led design base to creating differentiated technologies, architectures and integration systems.
5. Develop Skilled Talent: A strong semiconductor workforce is needed across design, manufacturing, packaging and research activities.
6. Create Advanced Design IP: The roadmap aims to develop more than 100 advanced semiconductor design IPs.

2. Strategic Investment Approach

1. Ensure Long-Term Commitment: The semiconductor sector requires mission-mode support and policy continuity over a decade or more.
2. Increase Capital Investment: The roadmap estimates public investment of $45–60 billion over ten years.
3. Support Bankable Projects: Public funding should focus on projects with lower risk and stronger investment viability.
4. Prioritise Mature and Compound Nodes: Investment should focus on mature and strategically important technologies rather than only frontier chips.
5. Promote Capital Efficiency: India should pursue selective depth and system-level differentiation instead of replicating the complete global manufacturing chain.
6. Expand Packaging Ecosystem: Packaging should be treated as a core production pillar because it is less complex and less expensive than fabrication.
7. Promote Import Substitution: High-volume domestic segments should gradually reduce dependence on imported semiconductor products.

3. Strengthening Global Partnerships

1. Collaborate with Trusted Partners: India should deepen cooperation with the United States, Japan, European Union and South Korea.
2. Access Critical Technologies: Partnerships can help secure access to specialised tools, equipment servicing and lifecycle support.
3. Leverage India’s Strengths: India’s market scale, talent base and packaging capabilities can support international collaboration.
4. Become a Key Node in Global Value Chains: Trusted partnerships can help India become an important semiconductor manufacturing and technology hub within global value chains.

Conclusion

India’s semiconductor sector remains at an early stage, but growing policy support and a clear roadmap provide a strong foundation for future growth. Building indigenous capabilities, making strategic investments and strengthening trusted global partnerships will be crucial for success. With sustained commitment over the long term, India can improve economic resilience, reduce external dependence and emerge as an important player in the global semiconductor value chain.

Question for practice:

Discuss the importance of developing a domestic semiconductor industry in India, the challenges it faces, and the measures needed to build a competitive semiconductor ecosystem.

Source: The Hindu