India’s semiconductor ambitions took a major step forward with the launch of a new ARM design centre in Bengaluru. Inaugurated by Union Minister Ashwini Vaishnaw, the facility will focus on designing advanced chips — including those at the 2 nanometre scale — for AI servers, drones, and next-generation mobile devices.
The minister called it a defining milestone in India’s semiconductor journey, marking a shift from electronics assembly to high-end design capabilities. The new centre adds momentum to the government’s strategy to position India as a global semiconductor hub over the next two decades.
India’s electronics output grows sixfold in a decade
Vaishnaw noted that the electronics industry in India has grown from limited assembly work to a full-fledged manufacturing ecosystem. The sector is now valued at ₹11.5 lakh crore — a sixfold increase in 11 years. In the same period, electronics exports have grown eight times, with mobile phones, laptops, and components becoming key contributors.
This growth is creating strong domestic demand for semiconductor chips and design capabilities. The government aims to integrate equipment, materials, and skilled talent into a complete semiconductor stack.
278 institutions already engaged in chip design
India’s academic institutions are playing a central role in nurturing design talent. Currently, 278 universities are involved in chip design programs, and 28 chips developed by students from 25 institutions have been taped out successfully. The minister confirmed that India has completed the first phase of its Semiconductor Mission and is preparing to enter the second phase, which will focus on building manufacturing equipment and material capabilities.
Earlier in the day, high-precision materials from Carborundum Universal Ltd were showcased — highlighting India’s emerging strength in components used in semiconductor fabrication.
Focus now shifts to talent, tools, and equipment
Minister Vaishnaw emphasised that India’s youth and engineering workforce will be central to the country’s long-term semiconductor success. The aim is not only to design and manufacture chips, but also to build the tools and infrastructure required to support this industry at scale.
The new ARM facility is expected to open new opportunities for Indian engineers to contribute directly to global chip innovation, especially in high-growth areas like AI, mobility, and advanced communications.
