India's semiconductor market, valued at $38 billion in 2023, is projected to reach $100-110 billion by 2030. The India Semiconductor Mission (ISM) represents India's strategic push towards technological sovereignty.

Challenges Faced by the Semiconductor Industry in India

Infrastructure and Power Constraints

• Unreliable Power Supply: Continuous 24/7 fab operations require quality power (99.9999% uptime), currently a challenge in India.
• Inadequate Clean Room Facilities: Global fabs like TSMC use Class 1 cleanrooms, India has limited facilities.
• Poor Logistics Network: High-value semiconductor imports often pass through congested ports; no specialised “chip corridor” yet.
• Water Scarcity: A single fab can consume ~10 million litres/day (example: Intel’s fabs in Arizona), posing stress in water-deficit states.
• Limited Testing Infrastructure: Shortage of advanced testing and validation facilities and India depends on Taiwanese/US labs for high-end chip testing.

Resource and Skill Challenges

• Critical Material Shortage: Reliance on imports of rare earths (mainly from China, ~85% market share).
• Skilled Workforce Gap: Report by Electronics Sector Skills Council: shortage of 250,000–350,000 chip engineers by 2027.
• High Capital Investment: Setting up an advanced fab costs $15–20 billion, compared to $5 billion for a steel plant.
• Technology Access: Restrictions on advanced semiconductor manufacturing technologies. US export bans on sub-7 nm technologies limit India’s entry into cutting-edge segments.
• Long Gestation Period: 5–7 years before returns, deterring private investors compared to IT services or startups.

Salient Features of the India Semiconductor Mission

Key Strategic Elements

• Employment Generation: Target 1 million direct/indirect jobs by 2026, aiding demographic dividend.
• Global Partnerships: MoUs with TSMC (Taiwan), Samsung (Korea), Micron (USA), and Japan for knowledge transfer.
• State-level Support: Dholera (Gujarat): Micron’s $2.7 bn plant; Karnataka: design & R&D cluster.
• Research Focus: IIT Madras, IISc Bengaluru working on indigenous fab tech & compound semiconductors (GaN, SiC).
• Supply Chain Integration: Focus on local sourcing of wafers, chemicals, testing units under Atmanirbhar Bharat.

India’s semiconductor journey faces structural bottlenecks in infrastructure, resources, and skills. Yet, through ISM, global tie-ups, and design-led innovation, India can position itself as a trusted alternative to China and a key player in the $574 billion global semiconductor market.