India’s ambitions within semiconductors are moving beyond manufacturing incentives and official statements. Although most discussions have centered around fabrication facilities, government grants, and supply chain diversifications, there is another aspect to the story, which is being realized through the network of GCCs in India.
Whereas GCCs were known as centres where MNCs could get technical and business support, they are now becoming increasingly strategic locations for semiconductor engineering, chip designs, embedded systems, electronic design automation, AI hardware research, and even next-generation innovations. Indeed, GCCs can be viewed as one of the pillars that can help India realize its ambition of becoming a semiconductor hub.
In the past few years, major firms from the global market, including those from the automobile, telecom, industrial electronics, consumer tech, aerospace, and AI hardware domains, have been setting up their centres in India with an emphasis on semiconductors. In addition to being just support facilities, these centres are now increasingly contributing to cutting-edge activities such as SoC design, firmware engineering, hardware validation, silicon verification, and even edge computing.
One of the key strengths that India offers to the semiconductor value chain is its abundance of skilled engineers. India already has a rich legacy of chip designing and embedded engineers backed by decades of experience in electronics and IT services. With GCCs tapping into their full potential, highly specialized teams are being formed to help them cope with the global product lifecycle. For a number of organizations, many decisions related to engineering that were traditionally made by their headquarters are gradually getting decentralized and transferred to GCCs located in India.
It is also important to mention that this trend is closely linked with today’s geopolitical and economic conditions. Modern global semiconductor companies are going through changes in their supply chains amid increasing diversification efforts that move them away from existing manufacturing centres. In this context, India has become not only an alternative manufacturing centre for global players but also an innovation hub. Through GCCs, international businesses can efficiently develop their semiconductor capabilities in India without investing upfront in fabrication.
Mr. Alouk Kumar, Founder & CEO, Inductus Group stated, “The GCCs will soon emerge as centres of innovation for semiconductor design, embedded computing, AI hardware, and semiconductor engineering. With international organizations moving their R&D and engineering operations to India, GCCs will undoubtedly assume a defining role in making India a semiconductor and deep tech power house.”
Another important factor is the increasing convergence between semiconductors and artificial intelligence. With the growing rush of businesses to develop products that make use of AI, there is a growing need for specialized chip architecture, edge AI processors, optimization of data centres, and other intelligent hardware systems. GCCs from India have started to take part in these innovative segments such as AI acceleration, automotive electronics, industrial automation, and Internet of Things platforms.
This trend does not merely impact the technology industry alone but will also spill into several other aspects. The establishment of GCCs focusing on semiconductors in India would help shape up the higher education landscape, research opportunities, the start-up industry, and the deep-tech entrepreneurial pipeline within the country. There are already reports of rising demands for studies in VLSI engineering, embedded systems, semiconductor chip architecture, and even hardware-focused artificial intelligence.
What GCCs can also potentially accomplish is that they act as bridges between India’s policy vision and the execution by global companies. The Indian government can play its role in creating an enabling environment with supportive policies and infrastructure while multinational GCCs would bring in operational capabilities and R&D standards.
Nevertheless, there are issues yet to overcome. These include the existing constraints surrounding India in terms of semiconductors fabrication capabilities, semiconductor fabrication ecosystems, supply chain depth, and research commercialization. The competition among the most specialized talents is likely to increase further along with the rise in demands globally. In order to maintain the progress, a closer cooperation between government entities, academic institutions, firms, and GCCs is vital.
However, the direction looks increasingly clear. GCCs are progressively shifting their roles from mere enterprise-supporting facilities towards innovative drivers of semiconductor and electronics technologies. With India moving forward in its vision of a global technological superpower, the role of the GCC ecosystem in creating the country’s semiconductor future might prove decisive.
The story of India’s semiconductor sector over the next decade might not unfold only in semiconductor fabrication facilities but also inside of engineering laboratories, AI research centers, and product innovation teams within the ever-growing Indian GCC ecosystem.
