India's Semiconductor Mission 2.0 has outlined a workforce development strategy targeting a pipeline of 85,000 trained semiconductor engineers by 2030, building on the Chips to Startup programme that has already engaged over 250 universities, and introducing new structured industry-academia joint labs, apprenticeship schemes with OSAT and fab companies, and expanded VLSI and chip design curriculum across engineering colleges nationwide.
Semicon Hunt -> technology -> India Semiconductor Mission
2026-08-18
India's Semiconductor Mission 2.0 has placed workforce development at the centre of its implementation strategy, targeting the training and industry-readiness of 85,000 semiconductor engineers by 2030. The initiative builds on the foundation of the existing Chips to Startup (C2S) programme, which has already engaged over 250 educational institutions across India, and adds new structural interventions including industry-embedded faculty programmes, dedicated semiconductor laboratory infrastructure grants, and government-subsidised internship and apprenticeship placements at ISM-approved manufacturing and design companies. The talent push addresses what most industry stakeholders identify as the binding constraint on India's semiconductor ambitions: not capital, but the pipeline of engineers capable of filling roles at fabs, OSAT facilities, and chip design companies.
India already has an estimated 125,000 chip design engineers employed in the country, primarily at global capability centres of companies such as Qualcomm, Intel, Texas Instruments, Broadcom, and NVIDIA, as well as at domestic design services firms and increasingly at product-focused startups. However, the skills profile of this existing workforce is concentrated in front-end digital design, verification, and embedded software, with significant gaps in analog and mixed-signal design, process technology engineering, equipment operation, lithography process control, chemical mechanical planarisation, and yield engineering disciplines that are essential for operating a fab or advanced OSAT facility. ISM 2.0's workforce programme specifically targets these gap areas, recognising that the talent supply problem is not about raw engineering graduate numbers but about the depth and specialisation of training.
The Chips to Startup programme, which provides universities with EDA tool access, VLSI design course materials, and faculty training support, will be expanded under ISM 2.0 to cover an additional 200 institutions, bringing the total to approximately 450 engaged colleges. The programme will also introduce new specialisation tracks covering process integration engineering, semiconductor device physics, power semiconductor design for SiC and GaN applications, and semiconductor supply chain management, reflecting the full breadth of skills required across an end-to-end domestic semiconductor ecosystem. Universities participating in the expanded programme will have access to government-funded VLSI design laboratory equipment, reducing the infrastructure barrier that has historically prevented tier-two and tier-three engineering colleges from offering meaningful chip design education.
ISM 2.0 introduces a new joint laboratory programme that co-funds semiconductor research and training infrastructure at select IITs, NITs, and centrally funded technical institutions in partnership with industry partners who co-invest and commit to absorbing a defined number of graduates annually. Separately, a structured apprenticeship scheme will place engineering graduates at Micron's Sanand ATMP facility, CG Power's OSAT lines, Tata Electronics Dholera, and Kaynes Semicon for six to twelve month placements with stipend support from the government and host companies. These placements are designed to provide the hands-on equipment operation and process experience that cannot be acquired in an academic setting and that has historically required Indian engineers to travel to Taiwan, Japan, or the United States for on-the-job training.
Beyond domestic training, ISM 2.0 includes provisions for attracting Indian semiconductor engineers currently working abroad to return to India through relocation incentives, stock option tax rationalisation, and fast-track research visa programmes for foreign experts who wish to teach or consult in India's growing semiconductor cluster. The Ministry estimates that over 30,000 Indian-origin semiconductor engineers are currently employed in the United States, Taiwan, and Europe in senior technical and leadership roles, representing a significant potential pool of experienced talent for India's nascent fab and design ecosystem. Creating the conditions that make returning professionally attractive and financially comparable to foreign compensation packages is considered a critical parallel track alongside domestic education reform in achieving the 85,000-engineer target by 2030.
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