India's emergence as a global hub for semiconductor design and R&D is pivotal for its economic growth, technological advancement, and strategic autonomy in the digital age. With the semiconductor industry projected to be worth USD 15 billion in 2023, India is positioning itself as a key player in a sector that underpins modern technology. The growth of this industry is not only crucial for technological self-sufficiency but also for enhancing India's geopolitical standing.

Institutional and Legal Framework

• India Semiconductor Mission: Launched in 2021, this initiative aims to establish a sustainable semiconductor ecosystem in India, focusing on design, manufacturing, and innovation. The mission seeks to attract global investments and create a conducive environment for semiconductor startups.
• National Policy on Electronics 2019: This policy promotes the domestic manufacturing of electronics, including semiconductors, with a target to achieve a turnover of USD 400 billion by 2025. It emphasizes the need for a robust supply chain and local manufacturing capabilities.
• Electronics Development Fund (EDF): This fund supports research and development in electronics, including semiconductors, to foster innovation and entrepreneurship. It aims to provide financial assistance to startups and established companies alike.
• Special Incentive Scheme: This scheme provides financial incentives for semiconductor manufacturing and design to attract global players. It is designed to reduce the financial burden on companies looking to establish semiconductor fabs in India.

Challenges in Semiconductor Manufacturing in India

• High Investment Requirements: Semiconductor manufacturing necessitates substantial investment in R&D and infrastructure, creating significant entry barriers. The cost of setting up fabrication plants can run into billions of dollars, making it challenging for domestic firms.
• Technology Access: The global chip industry is dominated by a few countries, making advanced technology difficult to access for Indian firms. This limits India's ability to innovate and compete on a global scale.
• Complex Production Process: Chip production involves 500–1,500 steps requiring specialized materials, clean water, and uninterrupted power. The complexity of the production process necessitates a highly controlled environment, which is currently lacking in India.
• Skilled Workforce Gap: While India boasts over 20,000 engineers specializing in semiconductor design (NASSCOM), there is a shortage of skilled workers for fabrication plants (fabs). This gap in skilled labor can hinder the growth of the semiconductor manufacturing sector.
• Limited Domestic Manufacturing: India's semiconductor market share was approximately 3% in 2022, projected to rise to 10% by 2030 (McKinsey & Company), highlighting the need for a robust manufacturing ecosystem. The reliance on imports for semiconductor components poses a risk to national security.

Global Comparison: Semiconductor Market

India's semiconductor landscape is characterized by a potential for growth, yet it faces significant challenges. The lack of a robust domestic manufacturing ecosystem is a critical gap that needs addressing. The comparison with Taiwan's TSMC, which controls over 50% of the foundry market, underscores the urgency for India to replicate such success through strategic investments and policy support. For instance, Taiwan's focus on R&D and government support has allowed it to become a leader in semiconductor manufacturing.

• Policy Design: Effective policies must prioritize R&D funding and incentivize private sector participation. The government should create a favorable regulatory environment to attract foreign investments.
• Governance Capacity: Enhanced coordination among government agencies and industry stakeholders is essential for fostering a conducive environment.