India’s semiconductor ambitions have entered a decisive new phase with the launch of Semicon 2.0, a comprehensive programme designed to strengthen the country’s position in one of the world’s most strategically important industries. The government’s decision to back the initiative with substantial financial support reflects an understanding that semiconductors are no longer just components used in electronic devices. They have become the foundation of modern economies, powering everything from smartphones and electric vehicles to artificial intelligence, defence systems, telecommunications and advanced manufacturing.For decades, India has established itself as a global leader in software development and information technology services. However, the manufacturing of semiconductor chips has remained concentrated in a handful of countries possessing advanced fabrication capabilities and highly developed industrial ecosystems. This dependence has exposed India to supply chain disruptions, rising import costs and strategic vulnerabilities, particularly during periods of geopolitical uncertainty and global shortages.The COVID-19 pandemic highlighted these risks when semiconductor shortages disrupted automobile production, electronics manufacturing and consumer markets worldwide. The experience demonstrated that access to semiconductor supplies is no longer merely an economic concern but also a matter of national security. Countries across the world have since accelerated investments to secure domestic production capabilities, recognising chips as critical infrastructure.India’s semiconductor strategy seeks to reduce these vulnerabilities while creating a new engine of industrial growth. The earlier phase of the India Semiconductor Mission laid the initial foundation by encouraging investments in fabrication, assembly and packaging facilities. Semicon 2.0 expands this vision by adopting a far broader approach that addresses the complete semiconductor value chain rather than focusing solely on manufacturing plants.One of the most significant features of the new programme is its emphasis on chip design. India already possesses one of the world’s largest pools of semiconductor design engineers, with many global technology companies operating research and development centres across the country. Strengthening indigenous design capabilities allows India to move beyond being a manufacturing destination and become an innovation hub capable of developing intellectual property and advanced technologies.Equally important is the focus on supporting industries that supply semiconductor manufacturing. Fabrication plants require specialised chemicals, ultra-pure gases, advanced machinery and highly sophisticated production equipment. Dependence on imported materials increases production costs and creates supply risks. Developing domestic suppliers for these critical inputs will strengthen the overall ecosystem and reduce external dependence over time.Advanced packaging technologies represent another area of growing importance. As semiconductor architectures become increasingly complex, packaging has evolved into a highly specialised field that significantly influences chip performance, energy efficiency and reliability. By investing in packaging capabilities, India can participate in a rapidly expanding segment of the global semiconductor industry even before achieving leadership in advanced fabrication technologies.Research and development also occupy a central place in the strategy. Semiconductor manufacturing is among the most research-intensive industries in the world.
Technological leadership requires continuous innovation, substantial investment and close collaboration between universities, research institutions and industry. Supporting research into next-generation manufacturing processes can gradually narrow the technological gap separating India from established global leaders.Human resource development remains equally critical. Semiconductor fabrication demands engineers with specialised expertise in process engineering, materials science, electronics, automation and quality control. While educational institutions are expanding training programmes, creating a highly skilled workforce capable of operating advanced fabrication facilities requires sustained effort over many years. Industry partnerships, specialised curricula and practical exposure will determine whether India’s talent pipeline can meet future demand.Despite these encouraging developments, considerable challenges remain. Semiconductor fabrication plants are among the most capital-intensive industrial facilities ever built. They require uninterrupted electricity, massive quantities of ultra-pure water, highly controlled clean-room environments and sophisticated logistics infrastructure. Establishing such facilities involves enormous operational complexity beyond simply providing financial incentives.Competition also continues to intensify globally. The United States, the European Union, Japan, South Korea and several other economies have launched multi-billion-dollar semiconductor incentive programmes to attract manufacturers and strengthen domestic production. India must therefore compete not only on subsidies but also on policy stability, infrastructure quality, ease of doing business and long-term investor confidence.Success will ultimately depend on consistency rather than announcements. Building globally competitive semiconductor capabilities requires decades of sustained investment, institutional coordination and technological learning. Countries that dominate the industry today achieved their position through patient ecosystem development rather than short-term policy interventions.Semicon 2.0 provides India with a valuable opportunity to transform its manufacturing landscape and strengthen technological self-reliance. If supported by effective implementation, strong research institutions, skilled human resources and reliable infrastructure, the programme can reduce import dependence, generate high-quality employment and position India as an important participant in global semiconductor supply chains.The journey will undoubtedly be long and challenging. However, the decision to invest systematically across the entire semiconductor ecosystem demonstrates a strategic shift from isolated projects to comprehensive industrial planning. Whether India emerges as a major semiconductor power will depend not merely on the size of public investment but on the country’s ability to convert vision into sustained execution over the coming decades.
