·PIB·15 marks·250–350 words

Critically examine India's readiness — in terms of infrastructure, skilled manpower, and policy support — to become a global semiconductor hub.

In this answer
  1. Infrastructure: entry secured at the low-value end
  2. Manpower: abundant talent, absent ownership
  3. Policy support: credible, but under-delivered and out-spent

Semiconductors are, as the Prime Minister noted at the Semiconductor Executives' Roundtable, "the basis of the Digital Age" [1]. India has moved from intent to approvals, but its readiness is uneven — strong in design talent and policy signalling, weak in fabrication infrastructure and value capture.

Infrastructure: entry secured at the low-value end

  • Ten projects worth Rs 1.6 lakh crore stand approved, but only one is a foundry; nine are OSAT assembly-and-testing units — the lowest-value step in the chain [2].
  • This is a realistic start: a modern fab costs about USD 10 billion, and advanced EUV lithography tools (~USD 150 million each) come from a single global supplier, ASML [3].
  • Enabling infrastructure lags — unreliable and costly power, against Taiwan's clusters offering uninterrupted power and water, 0% VAT and a 17% corporate tax cap [2]. India remains a net chip importer of USD 23.5 billion (2024), with 0.02% of world chip exports [2].

Manpower: abundant talent, absent ownership

  • About 20% of the world's chip design engineers work in India, yet India's own design industry earns under Rs 150 crore annually — the IP rests with foreign parents [2].
  • NITI Aayog flags too few electronics-manufacturing institutes and a training-industry mismatch across operator, supervisory and leadership levels [2].

Policy support: credible, but under-delivered and out-spent

  • The Design Linked Incentive scheme has backed 23 companies, and ISM 2.0 (Budget 2026-27) rightly targets equipment, materials and full-stack Indian IP [2].
  • However, Semicon India used only 9% of its budget in 2024-25 [2], and India's ~USD 10 billion offer is modest beside the US CHIPS Act (~USD 280 billion) and EU Chips Act (~USD 46 billion) [3].

India is therefore partially ready — competitive in talent and political facilitation, not yet in fabrication depth or cost. Enforcing NITI Aayog's single-window clearance reform, publishing milestone-wise scheme progress, and enlarging design incentives to retain IP can convert approvals into an assured place in the global value chain.

Sources

  1. 1PM chairs Semiconductor Executives' Roundtable, PIBroundtable with global chip CEOs; "basis of the Digital Age"
  2. 2PRS Legislative Research, Demand for Grants 2026-27 Analysis: Electronics and IT (MeitY), March 2026approvals mix, utilisation, imports, design talent paradox, DLI, ISM 2.0, NITI Aayog findings
  3. 3PRS Legislative Research, Science & Technology Policy Brief: Semiconductor Chip Manufacturing, March 2023fab and EUV costs, US CHIPS Act and EU Chips Act outlays

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