India's $180 Billion Semiconductor Plan: Building a Self-Sufficient and Globally Competitive Ecosystem by 2035

May 29, 2026
India's $180 Billion Semiconductor Plan: Building a Self-Sufficient and Globally Competitive Ecosystem by 2035
  • India’s roadmap for semiconductors envisions investments of roughly $135–180 billion over the next decade to build a globally competitive ecosystem spanning design, fabrication, advanced packaging, materials, and infrastructure.

  • The report recommends the government fund at least one-third of these investments to lower risks and boost investor confidence.

  • Four policy imperatives drive the roadmap: blended-capital mobilization with export incentives, a streamlined regulatory framework with single-window clearances and strong IP protection, a critical minerals strategy for secure access to SiC, GaN, cobalt, and lithium, and strategic alliances with the US, Japan, Taiwan, and the EU for technology transfer and supply-chain integration.

  • The plan rests on five strategic pillars: Pioneering R&D, Policy & Investment, Production, People, and Partnership, designed to address capital intensity, skill gaps, and long gestation.

  • A detailed five-pillar roadmap outlines the same pillars: Pioneering, Policy & Investment, Production, People, and Partnership.

  • Core recommendations include building domestic capabilities through sovereign EDA access, a robust talent pipeline, and expanded trusted partnerships with the US, Japan, and Europe.

  • Targets aim for 15–25% local demand self-sufficiency by 2030 and 35–50% by 2035, with broader value-chain self-sufficiency goals of 35–40% by 2030 and 55–70% by 2035.

  • Strategic takeaways stress aligning investments with incentives and mineral security, prioritizing advanced packaging and compound semiconductors, building trusted global partnerships, and sustaining talent pipelines to scale responsibly.

  • The production strategy focuses on selective depth in manufacturing—targeting mature nodes and SG markets—while exploring wide-bandgap materials like SiC and GaN and possibly power sources to support fabrication clusters.

  • Initiatives under these pillars include tiered EDA subsidies, a National Design and Packaging Co-Design Platform, and an AI-enabled Semiconductor Engineering Mission to strengthen capability and collaboration.

  • The incentives framework should move to a tiered, value-chain-wide model, replacing fragmented schemes and linking benefits to outcomes like capacity, yield, localization, and exports.

  • A holistic incentives approach ties capital intensity, technology risk, and strategic importance to predictable, long-term support.

Summary based on 14 sources


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