The global semiconductor industry is entering a new phase of geopolitical and technological restructuring. Intensifying strategic competition between the United States and China is pushing countries across the Indo-Pacific to diversify chip supply chains and strengthen trusted technology partnerships.
Within this shifting landscape, India is gradually emerging as an important contributor. While the country has historically been perceived as a peripheral player due to limited advanced manufacturing capacity, its real advantage lies in human capital and semiconductor design expertise.
India currently accounts for approximately 20 percent of the global integrated circuit (IC) design workforce, supported by a large and growing engineering talent pipeline. This talent base is becoming a critical asset as global companies seek to expand design capabilities and accelerate innovation.
A Global Hub for Semiconductor Design
Major semiconductor companies have already recognized India’s design capabilities. Firms such as Intel, NVIDIA, and Qualcomm operate large research and development centers across the country.
Thousands of engineers in these centers work on advanced chip architecture, verification systems, and embedded technologies. The combination of high-quality technical skills and relatively competitive labor costs allows companies to scale R&D operations efficiently.
This design-centric ecosystem places India in a strategic position within global semiconductor alliances. While fabrication facilities remain concentrated in Taiwan, South Korea, and the United States, the design stage represents one of the most critical components of chip development.
Building the Mid-Stream Semiconductor Ecosystem
India is also expanding its role in the assembly, testing, marking, and packaging (ATMP) segment of the semiconductor value chain. This mid-stream segment provides a faster entry point into the industry while domestic capabilities in manufacturing continue to develop.
One major example is Micron Technology’s $2.75 billion semiconductor facility in Gujarat, focused on packaging and testing operations. Investments like this create the foundation for a broader semiconductor ecosystem, including suppliers, logistics networks, and skilled technicians.
However, establishing full wafer fabrication capabilities remains a complex challenge. Semiconductor fabs require massive capital investments, reliable clean energy infrastructure, stable water supply, and dense supplier networks.
India Semiconductor Mission 2.0
To accelerate progress, the Indian government launched India Semiconductor Mission 2.0, a national initiative designed to strengthen the country’s semiconductor ecosystem.
The program focuses on several strategic priorities:
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Expanding domestic semiconductor design capabilities
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Supporting start-ups and innovation ecosystems
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Building fabrication and packaging infrastructure
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Encouraging international partnerships
A central element of the strategy is the Design Linked Incentive (DLI) Scheme, which provides financial support, access to electronic design automation tools, intellectual property cores, and prototyping infrastructure. These incentives help companies and start-ups move from early design stages toward successful tape-outs and eventual fabrication.
International Partnerships Accelerating Growth
Global industry players are increasingly responding to India’s semiconductor policy framework.
A major project involves Powerchip Semiconductor Manufacturing Corporation of Taiwan partnering with Tata Electronics to build India’s first commercial wafer fabrication plant in Gujarat. The facility is expected to involve approximately $11 billion in investment.
Japan is also playing a growing role in India’s semiconductor development. Tokyo Electron has signed a memorandum of understanding with Tata Electronics to support semiconductor equipment infrastructure for both the Gujarat fabrication plant and Tata’s assembly and test facility in Assam.
In addition, Renesas Electronics has opened two advanced design centers in India, focusing on next-generation 3-nanometer chip architecture. These facilities enable Indian engineers to participate directly in cutting-edge semiconductor research.
The Strategic Logic of the India–Japan Semiconductor Corridor
The emerging partnership between India and Japan highlights a complementary relationship within the semiconductor ecosystem.
Japan possesses decades of expertise in advanced manufacturing equipment and semiconductor materials. However, demographic trends and a shrinking workforce create constraints on future industry expansion.
India, by contrast, offers a rapidly growing pool of engineering talent and a large digital economy. Combining Japan’s manufacturing strength with India’s design and software capabilities could create a powerful cross-border technology partnership.
The 2025 India–Japan Semiconductor Supply Chain Partnership has already identified semiconductor cooperation as a central pillar of bilateral economic security.
Talent Mobility as the Next Frontier
One of the most ambitious elements of this partnership is the Next Generation Mobility Partnership, which targets 500,000 personnel exchanges within five years, including 50,000 skilled professionals.
This initiative aims to deepen collaboration through:
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Joint university programs
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Dual-degree semiconductor education tracks
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Cross-border training programs
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Industry apprenticeships and semiconductor boot camps
Such programs could significantly accelerate knowledge transfer and strengthen regional semiconductor capabilities.
Toward a Resilient Indo-Pacific Chip Ecosystem
India and Japan do not aim to replace established semiconductor leaders such as the United States, Taiwan, or South Korea. Instead, their collaboration is designed to complement existing strengths within the global industry.
By integrating design talent, manufacturing expertise, and trusted supply chains, the partnership could contribute to a more diversified and resilient semiconductor ecosystem across the Indo-Pacific.
Ultimately, the success of semiconductor alliances will depend not only on infrastructure investments but also on human capital, research collaboration, and institutional trust. As geopolitical competition reshapes global technology networks, countries that can combine talent, innovation, and strategic partnerships will play the most influential roles in the future semiconductor economy.