US-based Applied Materials is transitioning its Indian operations from a support hub to a full-scale product development center. The company aims for a ten-fold increase in local supply chain capacity by 2035 and has proposed a 140-acre Advanced Semiconductor Research Park in Bengaluru to drive local innovation.
Applied Materials is fundamentally changing how its Indian arm operates, moving away from a role focused on global support to one of complete product ownership. The company, a major player in semiconductor manufacturing equipment, plans to empower its Bengaluru-based engineering teams to lead product development from initial design through to final deployment. This shift is designed to reduce the need for constant supervision from the company’s global headquarters, allowing local talent to manage entire product lines.
To support this transition, the company is focusing on strengthening its local supply chain. The firm currently works with approximately 50 suppliers in India but intends to double this number to over 100 by 2035. Management has set a goal to increase supply chain capacity ten-fold. The strategy is to move beyond basic component assembly and instead localize the production of complex subsystems and full semiconductor equipment systems. This is a significant move because it helps the company integrate deeper into India's growing semiconductor manufacturing ecosystem.
Infrastructure development is also a priority. Following the setup of a 300mm R&D lab in 2024, the company has proposed a 140-acre Advanced Semiconductor Research Park in Bengaluru. This site is planned to house essential infrastructure like cleanrooms, equipment engineering facilities, and collaborative research spaces. The facility aims to consolidate the company's research efforts under one roof, which could potentially lower operational costs and improve the speed of innovation for new chip technologies.
For investors and industry observers, this development highlights the evolving role of India in the global semiconductor value chain. By investing in high-end R&D rather than just low-end support, Applied Materials is betting that its deepened Indian capacity will be a necessary component for its long-term global output. The rise of AI, which requires more complex memory and packaging technologies, is pushing the company to accelerate this regional expansion.
However, the move comes with specific challenges. Setting up advanced semiconductor R&D facilities is a complex process that faces risks of delays, cost increases, and the need for highly specialized talent. The semiconductor equipment industry is also sensitive to global economic cycles and capital spending trends in the chip sector. Investors should monitor the progress of the proposed 140-acre research park and the actual speed at which the company onboards new local suppliers. The success of this strategy will depend on the company's ability to execute these large infrastructure projects and successfully transfer core technology ownership to its Indian teams.