Applied Materials to Invest 5 Billion Dollars in India and Build 140 Acre Chip Research Park

On September 17, 2026, Applied Materials announced at SEMICON India 2026 in New Delhi that it will invest $5 billion in India over the next decade, a commitment that includes a proposed 140-acre advanced semiconductor research park near Bengaluru and a tenfold expansion of its India-based supply-chain capacity by 2035. The announcement came shortly before Prime Minister Narendra Modi inaugurated the three-day event, which drew more than 600 companies and representatives from 52 countries.

The setting matters as much as the sum. India has spent years positioning itself as a trusted partner for chip companies seeking to diversify away from Taiwan and China, even as Washington and Beijing have imposed tit-for-tat export restrictions. Government estimates project India's semiconductor consumption will reach as much as $110 billion by 2030, up from $45 billion to $50 billion in 2025.

Applied Materials is a US semiconductor equipment maker, meaning it builds the machines used to manufacture chips rather than the chips themselves. Its India operations have been expanding in Bengaluru, where it has an active lab and cleanroom capabilities for 300mm wafer processing. Its India workforce has grown fourfold over the past decade to more than 7,000 employees.

The new pledge extends through 2035 and touches research, supply chain scale-up and workforce growth. Prabu Raja, President of Applied Materials' Semiconductor Products Group, said the company is committing to a new 140-acre research park in India to deepen research and development capabilities and bring new technologies to the country.

Key Facts

Reuters reported on September 17, 2026, that Applied Materials will invest $5 billion in India over the next decade to expand research, supply-chain and workforce activities. The announcement was made at SEMICON India in New Delhi. Prime Minister Narendra Modi said at the event, 'The world stands in utmost need of new and reliable manufacturing locations. I say with great responsibility that India is continuously preparing itself for this.'

CNBC TV18 reported on September 17, 2026, that Prabu Raja, President of Applied Materials' Semiconductor Products Group, said the company is committing to a new 140-acre research park in India and will expand its India-based supply chain 10 times. The company also plans to bring more of its global suppliers to India. Raja said Applied Materials' India workforce has grown fourfold over the past decade to more than 7,000 employees.

The Times of India reported on September 17, 2026, that the proposed 140-acre semiconductor research park near Bengaluru airport will bring together laboratories, equipment engineering and collaborative research, allowing suppliers, customers and universities to work with Applied Materials on product development. The park will include facilities for research using 300mm silicon wafers. A groundbreaking date has not been announced. Applied Materials plans to expand its supply-chain capacity tenfold by 2035 and grow its network to more than 100 production and R&D suppliers.

The Financial Express reported on September 18, 2026, that Radhika Viswanathan, Chief Operating Officer of Applied Materials India, said the $5 billion investment will center on infrastructure and talent. She said the first steps involve setting up and expanding the company's R&D ecosystem, bringing in ecosystem partners and extending that into a localized supply chain. A significant portion of the investment will go toward expanding Applied's R&D footprint and laboratory capabilities in India.

India's semiconductor context remains a mix of momentum and gaps. India has committed more than $21 billion across two key semiconductor incentive programs. Twelve projects have been approved in the past five years, and three chip-packaging plants, including one run by Micron Technology, have begun commercial production. Yet India has not produced a single chip from a large-scale fabrication plant. Commercial production from a $10 billion Tata Electronics fab in Gujarat has been delayed by nearly two years. The government's India Semiconductor Mission 2.0 seeks to develop the entire value chain, including chip design, chemicals, materials, gases and talent, rather than focusing only on fabrication plants.

Analysis

The bigger picture here is that Applied Materials is not chasing a quick fab subsidy. It is building the surrounding layer that chip ecosystems need: research, supplier networks, talent and product development. India's incentive programs have approved 12 projects and seen three packaging plants enter commercial production, but the country still has no large-scale fabrication output. A $5 billion commitment from an equipment maker addresses a different bottleneck. It says India can host design, equipment engineering and supply-chain work for global customers.

What this really means is that the definition of a semiconductor hub is widening. For years, the measure of success was a leading-edge fab. Applied Materials' plan, with a 140-acre research park near Bengaluru airport and 300mm wafer research facilities, points to a more distributed model. The company makes equipment used to manufacture semiconductors, rather than the chips themselves. Its India operations already include design, testing, validation and R&D in Bengaluru. The new investment would expand that role from chip-equipment design to developing complete products for global customers, according to Prabu Raja. That shift moves India closer to the product life cycle end to end, spanning innovation, design, development, sourcing and customer support.

The supply-chain target is equally revealing. Applied Materials plans to expand its India-based supply-chain capacity tenfold by 2035 and grow its network to more than 100 production and R&D suppliers. It will develop Indian suppliers and bring global suppliers to India, helping them move from components to more complex modules and subsystems. Raja said final equipment assembly in India was not part of the announcement; Applied Materials currently assembles equipment in Singapore and the US. That caveat matters. The commitment is a bet on research, engineering and supplier capability, with assembly remaining elsewhere for now.

Talent is the third leg. Applied Materials has more than 7,000 employees in India and plans to more than double its R&D workforce by 2035. Radhika Viswanathan, COO of Applied Materials India, said the country has significant semiconductor design talent but lacks a large pool of workers trained to run cleanrooms and manage manufacturing processes and equipment inside fabs and foundries. The company is working with IITs and other universities to develop specialized coursework. It has launched its Applied Certified Engineer and Applied Certified Technician programs. The plan also includes expanding innovation presence in Chennai and Mumbai and establishing a proposed customer-support center in Gujarat. Without that talent pipeline, the research park and supplier network would struggle to scale.

Why It Matters

The commitment matters because global chip capacity is being reshaped by AI demand and geopolitics. Reuters reported on September 17, 2026, that the industry has been beset by a global scramble for chip production capacity sharpened by surging computing demand for AI and entangled with geopolitical tensions. Washington and Beijing have imposed tit-for-tat export restrictions. India has cast itself as a trusted partner, courting companies looking to diversify away from Taiwan and China. Applied Materials' investment gives that pitch a concrete anchor from a major equipment supplier.

It also matters for India's own targets. Government estimates project semiconductor consumption will reach as much as $110 billion by 2030, up from $45 billion to $50 billion in 2025. India has committed more than $21 billion across two key semiconductor incentive programs. But the country remains a late entrant to the capital-intensive industry that countries like Taiwan have spent decades building. Three chip-packaging plants have begun commercial production, including one run by Micron Technology, yet no large-scale fabrication plant has produced a chip. The Tata Electronics fab in Gujarat, a $10 billion project, has been delayed by nearly two years. Applied Materials' focus on research, supply chain and talent will not fix those delays, but it can strengthen the parts of the ecosystem that are easier to build in parallel.

The event itself signals scale. SEMICON India 2026 brought together around 600 companies from 52 countries, including global semiconductor majors such as ASML, Lam Research, Tokyo Electron, Teradyne, Infineon, NXP, Micron and Applied Materials. The three-day conference in New Delhi covered chip materials, design, fabrication and packaging. Prime Minister Narendra Modi inaugurated the event. The presence of so many equipment, materials and design companies shows that India's semiconductor strategy is not only about fabs. It is about assembling a full value chain, from chemicals and gases to design tools and advanced packaging. The government's India Semiconductor Mission 2.0 explicitly seeks that broader chain.

Next Up

Applied Materials has not announced a groundbreaking date for the 140-acre Advanced Semiconductor Research Park in Bengaluru. The company's stated targets run to 2035: $5 billion in investment, tenfold supply-chain capacity, more than 100 production and R&D suppliers, and more than double its India R&D workforce. It will also expand innovation presence in Chennai and Mumbai and establish a proposed customer-support center in Gujarat. The next signals to watch are supplier onboarding, university partnership details and whether the research park moves from proposal to construction.

For India, the broader test remains whether the ecosystem can move from packaging and design into large-scale fabrication. The Tata Electronics fab delay is a reminder of how difficult that jump is. Applied Materials' commitment adds research, equipment engineering and supply-chain depth. Whether that translates into faster fab timelines and more domestic chip output will depend on execution across government, companies and universities. SEMICON India 2026 has set the ambition. The years to 2035 will show what gets built.