India's Ministry of Electronics and Information Technology formalized $15.2 billion in semiconductor production incentives across fiscal 2024-2025, structuring the disbursement as non-dilutive capital grants tied to wafer output milestones. Tata Electronics broke ground on a 300mm fab in Gujarat with 28nm process capability targeting 50,000 wafers per month by Q4 2026. Micron Technology committed $2.75 billion to an assembly and test facility in Sanand with tape-out scheduled for June 2025. Tower Semiconductor's joint venture with Adani Group secured $900 million in matching capital for analog and power management production starting Q2 2027. The three projects represent 85% of announced capacity under the India Semiconductor Mission framework.

The policy architecture mirrors Taiwan's playbook from the 1980s but compresses the timeline. New Delhi offers 50% capital expenditure reimbursement for greenfield fabs, 40% for packaging facilities, and 30% for design firms meeting revenue thresholds. The government structured payouts as milestone-based tranches indexed to yield rates and quality certifications rather than upfront grants. Gujarat and Karnataka compete for site allocation by offering additional 20-25% state-level subsidies, land at concessional rates, and dedicated power infrastructure. The fiscal commitment extends through 2030 with automatic renewal provisions if global capacity shortfalls persist beyond 2028.

This matters because India positions the incentive stack as political diversification for Western buyers navigating Taiwan Strait risk. The Biden administration's CHIPS Act explicitly encourages allied production networks, and India's non-alignment posture provides regulatory optionality China cannot match. Tata's Gujarat facility will produce automotive and industrial chips for Toyota, Bosch, and Denso under pre-negotiated offtake agreements worth $1.1 billion annually starting 2027. Micron's test facility handles DRAM and NAND packaging for U.S. hyperscalers already de-risking supply chains after the 2021 shortage. The government targets 15% of global semiconductor assembly capacity by 2030, up from negligible share today. That timeline requires $87 billion in cumulative private investment, approximately 3.4x current committed capital.

Critical execution dependencies remain unpriced. India graduates fewer than 9,000 semiconductor engineers annually versus Taiwan's 34,000, and fab operators typically require 18-24 months to train process technicians to yield-ready competency. The government launched a 120,000-student semiconductor training program through IITs and NITs, but first cohorts do not complete until mid-2026. Water and power infrastructure in Gujarat and Karnataka requires $4.2 billion in grid upgrades for stable fab operations, with state utilities targeting Q3 2025 completion. Geopolitical risk cuts both ways—China accounts for 68% of India's semiconductor equipment imports, and Beijing has discretion to throttle ASML, Applied Materials, and Lam Research tooling flows during standoffs.

Operators should watch three catalysts. Tata's 28nm test production in Gujarat, scheduled for Q2 2026, will provide the first datapoint on yield rates and talent readiness. Karnataka's pending land allocation decision for a second Micron facility, expected by March 2025, signals whether India can absorb parallel capacity expansions without infrastructure bottlenecks. The U.S.-India Critical and Emerging Technology initiative's semiconductor working group meets in February 2025 to finalize export control coordination, which determines how freely American IP flows into Indian fabs.

Tower Semiconductor's Adani partnership enters binding documentation in January 2025 with $340 million first tranche disbursement contingent on environmental clearances still under review.