Semiconductors underpin approximately 70 per cent of global industrial output, acting as the nervous system for AI infrastructure, automotive systems and defence. It has become a key macroeconomic stabiliser. Recent supply chain fractures, which erased USD 200 billion in global automotive revenues, proved that chip shortages can paralyse entire economies. Semiconductors transitioned from a technical niche to a top-tier boardroom and policy priority
The west, led by the USA and Europe, maintains dominance in the highest value segments, including system architecture, electronic design automation tools and core intellectual property. India holds a unique position in the semiconductor ecosystem and has become the world’s indispensable design engine. With over 20 per cent of the world’s chip design engineers, the nation provides the technical execution for nearly every major global firm. Its competitive advantage lies in its vast, technically sophisticated engineering workforce and its role as a global R&D hub.
The remaining frontier is end-to-end ownership. To move up the value chain, India must transition from being a service and execution partner to creator of original architecture. Closing this gap is the difference between being a participant in the ecosystem and being its architect. A fabrication plant attracts a sprawling ecosystem of material suppliers, equipment vendors and applied research institutions. While this may capture headlines, mature node chips represent two-thirds of global volume. These workhorse chips are critical for automotive and industrial applications, making manufacturing at both ends of the spectrum a strategic necessity for supply chain resilience. About 70 per cent of advanced manufacturing capacity is concentrated in a narrow geographic corridor. This is driving a massive diversification of design and manufacturing footprints.
Margins are in Intellectual Labour
To achieve this, talent plays a major role. Currently, there is a projected shortfall of one million professionals by 2030. The industry is moving away from traditional cost arbitrage strategy to high-value engineers with cross-domain expertise. Value in the semiconductor world is heavily skewed towards intellectual labour. The highest margins, which are often 5 to 10 times higher than those in manufacturing or services, are found in IP ownership and platform definition. This explains why regions that control standards and architectures capture outsized economic rewards while execution-focused regions operate on thinner service-oriented margins.
Success in this industry demands long-term vision and patience. Regions that align policy, talent and industry over decades and not quarters will be the ones that ultimately shape the future of global technology.