US semiconductor equipment maker Applied Materials has announced plans to invest $5 billion in India over the next decade, expanding research and development, building a new semiconductor research park and strengthening the country’s domestic supply chain.
The commitment was announced on September 17 at SEMICON India 2026 in New Delhi, where more than 600 companies from 52 countries gathered as India seeks to establish a larger role in the global semiconductor industry.
The investment forms part of the company’s India Vision 2035, which is designed to expand India’s participation in semiconductor development beyond product design and into research, engineering, supply-chain development and global product creation.
A $5 Billion Plan Through 2035
Applied Materials’ Semiconductor Products Group President Prabu Raja announced the investment during SEMICON India.
The company says its India Vision 2035 programme will focus on three areas: expanding research and development, accelerating the country’s semiconductor ecosystem and developing future talent.
The company currently employs about 7,000 people in India, according to Dow Jones reporting, and plans to more than double its R&D workforce as part of the expansion.
Applied Materials has been operating in India for more than a decade and already has a significant engineering presence in Bengaluru.
The new investment would expand that role considerably.
New Semiconductor Research Park Planned
A major component of the plan is a proposed 140-acre advanced semiconductor research park in Bengaluru.
The facility is expected to bring together cleanroom capabilities, engineering operations and collaborative research involving customers and suppliers.
Applied Materials says the research park will allow inventions and technologies developed in India to be taken into global markets.
The company also intends to develop a more integrated product-development operation in India.
Rather than focusing primarily on design work, the expanded operation is expected to cover a wider portion of the product life cycle, including innovation, engineering, sourcing and customer support.
India Wants a Larger Role in Chip Production
The investment comes as India accelerates efforts to build a domestic semiconductor ecosystem.
The country has been offering financial incentives to attract chip manufacturers, equipment suppliers and other companies involved in semiconductor production.
India’s semiconductor strategy covers more than chip fabrication. It includes chip design, manufacturing equipment, materials, advanced packaging, research and workforce development.
Reuters reported that India has committed more than $21 billion to semiconductor incentives, while the country expects domestic semiconductor consumption to reach about $110 billion by 2030.
The government is seeking to reduce dependence on established semiconductor production centres while attracting international companies to build capabilities in India.
Supply Chain Expansion
Applied Materials also plans to significantly increase its India-based supply chain capacity.
Under the company’s India Vision 2035, supply-chain capacity based in India is expected to grow tenfold by 2035.
That could create opportunities for Indian suppliers while encouraging additional international suppliers to establish operations in the country.
The development is important because semiconductor manufacturing depends on a complex network of equipment manufacturers, materials suppliers, chemical producers, engineering companies and specialist service providers.
Building those capabilities locally can help strengthen the wider semiconductor ecosystem even when companies are not manufacturing finished chips themselves.
Applied Materials Does Not Manufacture the Chips
Applied Materials’ role in the semiconductor industry is sometimes misunderstood.
The company produces equipment and technology used by chip manufacturers to develop and manufacture semiconductors. It does not primarily operate as a conventional chip manufacturer.
Its equipment is used in processes involved in making advanced semiconductor devices.
That distinction means the $5 billion commitment does not represent the construction of a $5 billion chip fabrication plant.
Instead, the investment is focused on research, engineering, supply-chain development and workforce capabilities that support the broader semiconductor manufacturing industry.
AI Is Driving Semiconductor Demand
The announcement comes as demand for advanced computing infrastructure continues to grow.
Artificial intelligence systems require large quantities of high-performance computing hardware, increasing demand for advanced processors and memory.
The semiconductor industry is also dealing with geopolitical tensions and restrictions on the international trade of some advanced chip technologies.
Reuters reported that the global race to expand chip production has been intensified by AI computing demand and geopolitical concerns.
Companies are consequently looking at ways to diversify manufacturing and supply chains across different countries.
India is positioning itself as one of the locations that could benefit from that diversification.
India Has Made Progress, But Challenges Remain
India’s semiconductor ambitions have already attracted several major projects.
The country has approved 12 semiconductor projects under its initial incentive programme, with commercial production beginning at some chip-packaging facilities.
However, India has not yet reached the stage of operating a large-scale domestic semiconductor fabrication facility producing advanced chips at commercial scale.
The $10 billion Tata Electronics fabrication project in Gujarat has also faced delays, according to Reuters.
This means the country’s semiconductor strategy remains a work in progress.
Equipment suppliers such as Applied Materials can contribute important technology and expertise, but a complete chip industry requires multiple parts of the supply chain to develop simultaneously.
SEMICON India Highlights Broader Investment
Applied Materials’ announcement was one of several developments at SEMICON India 2026.
The conference brought together semiconductor companies involved in equipment, materials, chip design, fabrication and packaging.
Other companies are also expanding their presence in India as the government seeks to build a more complete semiconductor ecosystem.
The broader investment activity suggests that India’s strategy is not limited to attracting one or two chip manufacturers.
The government is attempting to establish capabilities across multiple stages of the semiconductor value chain.
What the Investment Could Mean
If Applied Materials follows through on the planned investment, India could gain additional semiconductor research capacity, engineering expertise and supplier capabilities.
The expansion could also provide opportunities for Indian universities, technology companies and suppliers to participate in semiconductor research and product development.
For Applied Materials, the investment gives the company a larger presence in a country that is seeking to become an important semiconductor market and manufacturing location.
The company will still operate within a highly competitive global industry dominated by established semiconductor ecosystems in East Asia, the United States and Europe.
A Longer-Term Semiconductor Bet
The $5 billion commitment is planned over ten years rather than as a single immediate investment.
That makes it a long-term expansion programme rather than a one-off manufacturing announcement.
Its success will depend partly on India’s ability to develop supporting infrastructure, skilled workers, suppliers and manufacturing capacity alongside the investments being announced by global semiconductor companies.
For India, the latest commitment adds another major international company to its semiconductor development strategy.
For Applied Materials, it represents an expansion of its role in one of the world’s fastest-developing technology markets.
The next test will be how quickly the planned research facilities, supplier expansion and workforce growth translate into products and technologies that can participate in the global semiconductor supply chain.
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