SEMICON India 2026 concluded in New Delhi with 15 announcements and collaborations covering semiconductor design, indigenous computing, artificial intelligence, quantum technologies, fabrication management and workforce development. The event was less about a single chip launch and more about the range of capabilities India is trying to build around semiconductor manufacturing.
The concluding session at Yashobhoomi brought government institutions, companies, academia and skilling organisations together. According to the Ministry of Electronics and Information Technology, the announcements included work on RISC-V innovation, AI and quantum platforms, fab automation, startup engagement and semiconductor talent.
That mix matters because a semiconductor industry cannot be built around fabrication plants alone. Fabs require equipment suppliers, materials, packaging facilities, chip designers, software, testing services, engineers and a network of customers. The event’s programme reflected that wider supply chain.
From processors to production infrastructure
One of the initiatives highlighted by the government was the Digital India RISC-V Grand Challenge under the Chips to Startup programme. Three teams received awards for solutions based on indigenous processors. RISC-V is an open instruction-set architecture that allows companies and research institutions to develop processors without licensing a proprietary instruction set.
The significance of such programmes is long term. India already has a large chip-design workforce, but design capability does not automatically translate into commercial semiconductor products. Startups and research teams need access to fabrication, packaging, testing and customers if their designs are to become products.
Other announcements addressed fabrication management and sovereign computing. C-DAC and industry partners are working on domestic high-performance computing, AI and data-centre technologies, while additional collaborations are intended to connect semiconductor capabilities with national infrastructure requirements.
Talent is becoming a bottleneck
India’s semiconductor expansion is also creating a demand for engineers who understand manufacturing processes, equipment, packaging, process control and chip design. These are specialised skills, and many require experience with industrial systems rather than classroom knowledge alone.
The workforce announcements at SEMICON India therefore sit alongside the hardware projects. Training programmes can expand the number of people entering the industry, but companies will still need experienced engineers and managers who understand how large manufacturing facilities operate.
That is one reason semiconductor development tends to take years. A new fabrication or packaging facility can be built physically much faster than an experienced workforce and supplier network can be developed around it.
India’s next challenge is execution
The event comes after several years of government incentives and private-sector investment aimed at establishing semiconductor manufacturing in India. The policy effort has moved from attracting interest to executing individual projects and building the surrounding ecosystem.
The 15 announcements provide another layer to that process. Their value will ultimately be measured by what happens after the event: whether pilot projects become products, whether startups attract customers, whether domestic processors reach deployment and whether companies can source equipment and materials reliably.
There is also a growing connection between semiconductors and AI infrastructure. Large AI systems require processors, memory, networking and data-centre capacity. If India wants to develop an AI economy while also reducing exposure to external supply disruptions, domestic capabilities in at least some of those layers become strategically useful.
SEMICON India therefore offers a snapshot of a much larger industrial effort. India is not starting from zero, particularly in chip design and software, but converting those strengths into a complete semiconductor supply chain requires sustained investment, specialised talent and successful execution across many companies and government programmes.