‘India has engineers, but needs more chip-ready ones’
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India's defense experts are urging for self-reliance in semiconductor manufacturing to secure network-centric weaponry. Simultaneously, industry leaders emphasize bridging the gap between engineering talent and practical chip-design expertise.
Securing the Future: India’s Strategic Shift to Sovereign Semiconductors
At the recent SRM Presents The Hindu Semiconductor Summit 2026, a critical consensus emerged among India’s top defense scientists: the nation’s strategic autonomy is inextricably linked to its ability to manufacture semiconductors domestically. As warfare evolves from platform-centric combat to complex, network-centric operations, the reliance on imported microchips has become a significant liability. Experts including V.K. Saraswat and A. Sivathanu Pillai highlighted that systems like the BrahMos cruise missile and the Sudarshan Chakra air defence shield depend on secure, domestic silicon to remain resilient against foreign interference.
The Vulnerability of Imported Infrastructure
The shift toward network-centric warfare implies that command, control, and communication systems are now the primary arbiters of victory on the battlefield. When these systems rely on imported semiconductors, they are inherently vulnerable to supply chain disruptions or hidden backdoors. Scientists warned that waiting until the 2030-35 window for advanced nodes is an untenable timeline. For India, the imperative is to establish an end-to-end ecosystem—from design and fabrication to packaging—within its own borders to ensure that its defense apparatus remains truly sovereign.
Bridging the Talent Chasm
While the technological roadmap is clear, the human capital required to execute it remains a significant hurdle. Panelists at the summit, including Ranjith Kumar T.C. of PRSsemicon Technologies, clarified that India does not face a shortage of engineering graduates, but rather a profound lack of 'industry-ready' talent. With millions of engineers entering the workforce annually, the challenge lies in the absence of practical, hands-on experience across the semiconductor value chain. The industry consensus is that success should be measured by the creation of intellectual property and finished products rather than the mere accumulation of academic certifications.
Redefining Engineering Education
The discourse at the summit underscores a systemic need for alignment between academic output and industrial demand. Bridging the semiconductor talent gap requires shifting the focus from theoretical knowledge to specialized training in lithography, power efficiency, and next-generation materials. This transformation is essential for the nation to move up the value chain, transitioning from a hub for basic design services to a global center for high-end semiconductor manufacturing.
Future Trends and Strategic Implications
Looking ahead, India’s semiconductor mission will likely be defined by its ability to integrate defense requirements with commercial scale. The summit served as a catalyst for innovators and policymakers to align on a roadmap that prioritizes domestic fabrication. As the global landscape for electronics and chip manufacturing becomes increasingly competitive, India’s ability to cultivate a workforce capable of building 'chips for the next battlefield' will determine its future as a global technology power. The success of these initiatives will rely on sustained investment in both physical infrastructure and technical education, moving the nation toward a future of technological self-reliance.
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