Perceived as a peripheral player in the region’s chip network for its limited high-end manufacturing capacity, India’s strength is often overlooked. Itsstrategic value in semiconductor alliances comes not from fabs but from empowering talent at scale, especially in semiconductor design expertise and engineering workforce.
Much of the conversation around semiconductor alliances, be it Chip 4 or more recently Pax Silica, today revolves around fabrication leaders such as Taiwan and South Korea, alongside the materials and equipment strength of Japan. Yet India brings the often-underappreciated asset ofhuman capital. It accounts for roughly 20 percent of the world’s integrated circuit (IC) design workforce, fed by a wide engineering talent pipeline.
Major companies, including Intel, NVIDIA, and Qualcomm, operate significant R&D facilities across India, employing thousands of engineers involved in chip architecture, verification, and embedded systems. With a deep pool of engineering talent and relatively low labor costs, India allows semiconductor firms to scale design teams and R&D operations efficiently without sacrificing technical capability.
While efforts to establish a foothold in fabs remain nascent, India is making pragmatic inroads focusing on the mid-stream – assembly, testing, marking, and packaging (ATMP) – for a faster entry point into the supply chain, as illustrated in case of Micron’s $2.75 billion facilityin Gujarat.
However, moving up the value chain will require substantial progress in building deep, end-to-end understanding of the fab ecosystem. Wafer fabrication will be contingent on substantial capital investments, clean energy reliability, supplier density, and water stability. To evolve into a genuine technology frontrunner, a robust R&D outlay with university-industry partnerships and targeted infrastructure investment are instrumental.
In this regard, India’s semiconductor landscape is picking up pace. To accelerate domestic design capabilities, the government launched India Semiconductor Mission 2.0, a national strategy aimed at strengthening design talent, nurturing start-ups, and building a resilient semiconductor ecosystem.
A key pillar of this mission is the Design Linked Incentive Scheme, which provides financial support, access to Electronic Design Automation tools, IP cores, and prototyping infrastructure, helping start-ups and companies advance their semiconductor designs toward tape-outs and eventual fabrication.
Global firms are starting to see policy credibility in India’s semiconductor incentives. Taiwan’s Powerchip Semiconductor Manufacturing Corporation is partnering with Tata Electronicsto build India’sfirst commercial wafer fabin Gujarat, backed by approximately $11 billion in investment.
Tokyo Electron signed an MoU with Tata Electronics aimed at reinforcing the semiconductor ecosystem. The deal will accelerate semiconductor equipment infrastructure for India’s first fab, which is being built by Tata Electronics, as well as for Tata’s assembly and test facility in Assam. Japan’s Renesas inaugurated two India-based design centers focused on 3-nanometer chip architecture, enabling Indian engineers to participate in advanced R&D.
Together, such collaborations could form trust-based technology and talent corridors, contributing meaningfully to global semiconductor supply chains. Combining Japan’s strengths in advanced manufacturing and materials with India’s scale and semiconductor design capabilities could form a powerful partnership. Japan brings deep hardware skills honed over decades, but it faces demographic challenges and a shrinking workforce, making cross-border talent collaboration increasingly urgent.
For this effort to succeed, Japan’s manufacturing expertise must be aligned with India’s expanding design and digital talent. Bridging these capabilities will require deliberate talent mapping, talent mobility, cross-border training, research collaboration, and sustained industrial partnerships. India’s rapidly growing digital market further strengthens the strategic rationale for such cooperation.
As identified in the 2025 Joint Vision, the India-Japan Semiconductor Supply Chain Partnership is a key pillar of the bilateral economic security agenda. The India–Japan semiconductor corridor is not simply a supply chain proposition but a test for integrated talent ecosystems.
By setting a two-way target of 500,000 personnel over five years, including 50,000 skilled professionals, the Next Generation Mobility Partnership significantly expands avenues for India–Japan talent mobility. Co-designing joint university programs, accelerating dual-degree, joint certification programs and industry apprenticeships, semiconductor boot camps can be force multipliers.
The India–Japan semiconductor partnership does not aim to redefine global chip leadership overnight. Rather it aims to complement and work together with the United States, Taiwan, and South Korea, which dominate advanced manufacturing. By integrating design talent, manufacturing expertise, and trusted supply chains, India and Japan can contribute to a more resilient and distributed semiconductor ecosystem in the Indo-Pacific – one built on strategic trust.
As global conversations focus on silicon strategy, democracies face the strategic imperative of building semiconductor corridors anchored in trust, technology, and talent. Building a resilient regional chip ecosystem depends on strategic partnerships, human capital, and industrial innovation. Vision must translate into operational outcomes – from design labs to production lines – and into a durable, technology-driven ecosystem.
As semiconductor alliances take shape across the Indo-Pacific, the conversation sits at the intersection of geoeconomics, advanced technology, supply chain security amid China-U.S. strategic competition. Success will hinge on skilled engineers, cross-border collaboration, and institutional trust, determining whether these democracies can turn strategic alignment into decisive industrial capacity.