India Cannot Become a Semiconductor Power Without Fixing Its Research Gap

India has announced billions in semiconductor incentives and attracted global investments, but manufacturing alone will not secure technological leadership. Without sustained investment in research, design, and talent, India risks remaining an assembly hub instead of becoming a semiconductor powerhouse.

Semiconductors have become the strategic resource of the twenty-first century. They power smartphones, electric vehicles, satellites, defence systems, artificial intelligence, medical equipment, telecommunications, and nearly every modern industrial sector. The COVID-19 chip shortage demonstrated that countries without secure semiconductor supply chains face serious economic and strategic vulnerabilities. Since then, governments worldwide have committed hundreds of billions of dollars to strengthen domestic chip industries.

India has entered this race with unprecedented ambition. Through the India Semiconductor Mission, the government has committed incentives worth ₹76,000 crore to attract semiconductor fabrication, assembly, testing, packaging, and design investments. Global companies have announced manufacturing projects, while Indian firms have begun investing alongside international partners. These developments represent an important milestone in India's industrial policy.

However, manufacturing facilities alone should not be mistaken for technological leadership. Today's semiconductor industry is divided into multiple specialised segments. Chip design, electronic design automation software, advanced materials, fabrication equipment, packaging technologies, and intellectual property generate a significant share of the industry's value. Countries such as the United States dominate semiconductor design and research. Taiwan leads advanced manufacturing. The Netherlands supplies critical lithography equipment. Japan maintains strengths in semiconductor materials and chemicals. South Korea excels in memory chips. Their success reflects decades of investment across the entire ecosystem rather than isolated factory construction.

India already possesses one important advantage. It has become one of the world's largest centres for semiconductor design. Thousands of engineers employed by multinational companies design chips used in smartphones, automobiles, cloud computing infrastructure, and consumer electronics. Many globally deployed processors have been partially designed by engineering teams located in Bengaluru, Hyderabad, Noida, and Pune.

Yet much of this intellectual property ultimately belongs to foreign corporations. While Indian engineers contribute significantly to global innovation, relatively few Indian companies own globally competitive semiconductor technologies or commercial chip products. Bridging this gap requires stronger domestic research capabilities and greater commercialisation of innovation. Research spending remains one of India's biggest structural weaknesses. Gross expenditure on research and development has remained below 1% of GDP for years, substantially lower than many leading technology economies. Universities often lack the funding, laboratory infrastructure, and industry partnerships necessary to support frontier semiconductor research. Without stronger collaboration between academia, government laboratories, and private industry, manufacturing capacity may expand faster than indigenous innovation.

Talent development presents another challenge. Semiconductor manufacturing demands specialised expertise in materials science, electronics, chemical engineering, precision manufacturing, and advanced process technologies. Although India graduates a large number of engineers annually, relatively few receive training tailored to advanced semiconductor production. Expanding specialised curricula, industry apprenticeships, and research fellowships should therefore become a national priority.

Supply chains also deserve greater attention. Semiconductor production depends upon highly specialised chemicals, ultrapure gases, silicon wafers, precision machinery, advanced packaging equipment, and uninterrupted electricity and water supplies. Building fabrication plants without simultaneously strengthening supplier networks could leave India dependent on imports for critical inputs, limiting both resilience and competitiveness.

Artificial intelligence further increases the urgency of semiconductor policy. Demand for high-performance processors is expected to accelerate rapidly as AI applications expand across industries. Nations capable of designing, manufacturing, and supplying advanced chips will enjoy significant economic and geopolitical advantages. India's semiconductor strategy should therefore be viewed not only as an industrial initiative but also as an investment in long-term technological sovereignty. The encouraging reality is that India is starting from a stronger position than many assume. It has a large domestic electronics market, globally respected engineering talent, expanding digital infrastructure, supportive industrial policies, and increasing investor interest. If these strengths are matched by sustained investment in research, design capabilities, advanced manufacturing skills, and innovation ecosystems, India can become an important contributor to the global semiconductor value chain.

The semiconductor race will not be won by announcing the largest incentive package or attracting the first fabrication plant. It will be won by the countries that consistently generate new knowledge, commercialise innovation, and build resilient industrial ecosystems over decades rather than election cycles.