India’s Semicon India Programme has pulled in roughly $17.3 billion in investment commitments and, as of mid-2026, has 13 approved semiconductor projects operational or under development — a real shift from policy ambition to physical fabs and packaging plants on the ground. Here’s what’s actually been built, what’s funding it, and where the strategy is headed next.
What’s Actually Been Approved and Built
As of March 2026, 10 semiconductor units had been approved under the Semicon India Programme: two fabrication plants and eight ATMP/OSAT facilities (assembly, testing, marking, and packaging — the stage after raw chip fabrication). That grew to 13 approved projects operational or under development by mid-May 2026, with the most recent addition an ATMP/OSAT facility in Bhiwadi, Rajasthan, inaugurated May 15, 2026. The heavier weighting toward ATMP/OSAT over full fabrication makes strategic sense: packaging and testing facilities are faster to stand up and less capital-intensive than a fab, making them a practical way to build manufacturing capability and workforce experience while the harder fab projects mature.
The Money: PLI Scheme and Capital Support
The Production Linked Incentive (PLI) scheme covers up to 50% of capital expenditure for new fabs — a substantial de-risking of the enormous upfront cost that makes semiconductor fabrication one of the most capital-intensive manufacturing categories in existence. PLI Scheme 2.0 and related initiatives added further support, including a ₹20,000 crore (roughly $2.31 billion) allocation specifically for R&D, AI, geospatial initiatives, and STEM education programs like Atal Tinkering Labs in 2026 — signaling the strategy extends beyond manufacturing subsidy into building the innovation and education base underneath it.
Beyond Manufacturing: The Broader Strategic Scope
A strategic initiative announced July 15, 2026 explicitly spans chip design, fabrication, display manufacturing, advanced packaging, semiconductor equipment, specialty materials, R&D, engineering services, and talent development as coordinated tracks. This matters because it signals India isn’t purely chasing fabrication capacity to reduce import dependence — it’s leveraging an existing strength (India already hosts nearly 20% of the global semiconductor design workforce) and building manufacturing capability alongside it, rather than starting from zero on every front simultaneously.
What Still Has to Go Right
- Workforce scale-up — approved facilities need trained operators and process engineers at a pace that matches construction timelines, a genuine bottleneck given fabrication is a newer skill category for India relative to its design strength.
- Supply chain depth — specialty materials and semiconductor equipment are explicitly called out as focus areas precisely because they’re currently import-dependent gaps in the broader ecosystem.
- Sustained capital commitment — fabs are multi-year builds; policy and investment continuity across that timeline matters as much as the initial approval numbers.
Frequently Asked Questions
Does India have a fully operational chip fab yet?
India has approved fabrication plants under the Semicon India Programme alongside a larger number of ATMP/OSAT (packaging/testing) facilities, reflecting a build-out that started with the faster, less capital-intensive packaging stage while fabs remain under development.
How does India’s semiconductor push compare to its existing tech industry strengths?
It builds directly on an existing advantage — India already hosts a large share of the world’s chip design workforce through Global Capability Centers — rather than starting the broader semiconductor ecosystem from scratch.
Conclusion
India’s semiconductor push has moved from policy framework to 13 approved projects, $17.3 billion in committed investment, and a PLI scheme covering half of new fab capital costs — with ATMP/OSAT facilities leading the build-out ahead of full fabrication plants. The strategy’s real distinguishing feature is treating design, fabrication, and workforce development as parallel tracks rather than sequential ones, leveraging India’s existing design-talent strength rather than building semiconductor capability from zero.
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