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The Union Cabinet has approved the second phase of the with an outlay of Rs 1,27,500 crore. This phase marks a strategic shift from merely setting up fabrication plants to building a comprehensive semiconductor ecosystem, emphasizing chip design, raw materials, and R&D. The strategy aims to leverage India's existing strength in semiconductor design to capture value in the global supply chain, while initially focusing on mature node chips.
The transition in the India Semiconductor Mission highlights a sophisticated industrial policy approach, shifting from import substitution to strategic integration into Global Value Chains (GVCs). By redirecting fiscal support away from just fabrication units toward companies producing raw materials (speciality chemicals, industrial gases) and offering up to 75% subsidies on chip design, the policy targets the highest value-add segments of the semiconductor industry. This is crucial because chip architecture, software, and intellectual property generate significant economic rent, even without domestic fabrication capabilities. Furthermore, focusing initially on mature node chips (28 nm or larger), which constitute 70% of global demand for devices like electronics and smartphones, aligns with India's current comparative advantage while building the necessary industrial base for more advanced technology (sub-10 nm) in the future. UPSC candidates should analyze this as a case study of targeted state intervention aimed at overcoming market failures in high-tech manufacturing, balancing the need for massive capital investment with the creation of a sustainable, innovation-driven ecosystem.
Semiconductors have become the primary locus of global technological rivalry, making them a critical component of national security and strategic autonomy. The article notes that major powers use their semiconductor capabilities as strategic leverage, and the vulnerabilities exposed by the Covid-19 pandemic have accelerated the push for supply chain resilience. India’s goal to develop 7nm and 2nm chips, while aspirational, is essential for reducing import dependence and mitigating geopolitical risks, especially given the concentration of advanced manufacturing in Taiwan and South Korea and the ongoing US-China tech war. The India Semiconductor Mission is therefore a geopolitical imperative, aiming to position India as a trusted node in the global technology architecture. This aligns with broader strategic initiatives to build domestic capabilities in critical technologies, reflecting a shift from a purely economic view of manufacturing to one intertwined with strategic deterrence and technological sovereignty.
Building a semiconductor ecosystem demands a level of state capacity and governance efficiency that goes far beyond financial incentives. The editorial correctly points out that success requires impeccable infrastructure—momentary power interruptions can ruin production—predictable and rigorous environmental clearances, and a massive, highly skilled workforce. This necessitates a 'whole-of-government' approach, requiring coordination across ministries (Electronics & IT, Power, Environment, Education) and between the center and states. Furthermore, the state must act as an enabler, fostering strong linkages between academia and industry to translate India's existing advantage in design (evident in design centers in Bengaluru, Hyderabad, etc.) into manufacturing prowess. For UPSC Mains, this illustrates the critical role of institutional capacity in executing complex industrial policies; without predictable regulations, reliable infrastructure, and robust human capital development, even significant financial outlays like those in the India Semiconductor Mission will fail to catalyze structural transformation.