ASML has established operations in India and plans an initial hiring of 20–30 engineering graduates. Senior ASML executives, speaking around SEMICON India 2026, publicly linked the company's ability to scale in India to the success of Tata Electronics' semiconductor project and India's broader semiconductor ambitions.

The connection to Dholera is direct. Tata Electronics' Dholera fab is ASML's first 300-mm fab customer in India, with planned capacity of up to 50,000 wafers per month. The existing Tata–ASML agreement specifically covers the establishment and ramp-up of the Dholera fab, lithography-intensive training, supply-chain resilience and R&D infrastructure.

Why it matters to Dholera: a fab is not just a building with machines inside. It needs years of local lithography support, maintenance, engineering, training and supply-chain depth. ASML setting up Indian operations β€” with hiring aimed at exactly that capability β€” means the ecosystem around the Dholera fab is becoming permanent local infrastructure, not a one-time installation.

What this is not: this is not a second Dholera project, and no new fab has been committed. ASML's own executives were careful to frame India as a market that will eventually need several fabs β€” an expectation, not an announcement. We keep the distinction strict, the same way we keep plans separate from ground reality.

The broader backdrop reinforces the same direction: SEMICON India 2026 drew roughly $12 billion of prospective semiconductor investment proposals, and the government is targeting additional fabs and deeper localisation of the ecosystem. The progression now reads like a chain: Tata/PSMC fab β†’ ASML technology β†’ Kelington tool-hookup β†’ Fujifilm materials β†’ Sojitz/NRS supply chain β†’ Nippon Express logistics β†’ vendor park β†’ ASML India operations. Each link makes the next one more likely β€” and every link runs through Dholera.

What we watch next: ASML's India hiring actuals, any Dholera-specific support-centre announcements, and the fab's construction milestones against the 50,000 wafers/month target.

Related chapter: Ch. 20 β€” Semiconductor & electronics ecosystem β†’