Semicon 2.0 Allocates Rs 1000 Crore for Semiconductor Talent in FY2026-27

Semicon 2.0 Talent Pillar: Rs 1,000 Crore to Build India's Semiconductor Workforce for the Decade Ahead

The sixth and final pillar of India's Semicon 2.0 programme is dedicated to talent development, carrying an initial allocation of Rs 1,000 crore for financial year 2026-27 and a structural mandate to ensure that India's growing semiconductor manufacturing and design ecosystem has the skilled human capital it requires to operate, innovate, and scale. The talent pillar recognises that India's semiconductor programme will ultimately be constrained not by capital or policy but by the pipeline of engineers capable of filling the specialised roles that fabs, OSAT facilities, chip design companies, and equipment firms require, roles that India's current engineering education system is not producing in sufficient numbers or with sufficient specialisation.

Industry-Led Training Centres

The central mechanism of Semicon 2.0's talent pillar is the establishment of industry-led semiconductor training centres at premier engineering institutions across India. Unlike traditional academic semiconductor courses, these centres are co-designed and co-funded by industry partners who also commit to absorbing defined numbers of graduates into their India operations. The curriculum covers both design-side skills including digital and analog IC design, RTL verification, physical design, and post-silicon validation, and manufacturing-side skills including process integration, equipment operation, cleanroom protocols, metrology, and yield engineering. By embedding industry partners in curriculum design and delivery, the programme aims to close the gap between what academic semiconductor courses teach and what commercial semiconductor operations actually need from fresh graduates.

Structured Apprenticeships at Fab and OSAT Facilities

A distinctive feature of Semicon 2.0's talent pillar is a structured apprenticeship programme that places engineering graduates and recent graduates at operating semiconductor facilities for periods of six to twelve months with government stipend support. Apprenticeship placements are confirmed at Micron's Sanand ATMP facility, CG Power's Sanand OSAT, Kaynes Semicon in Mysuru, and the Tata Electronics Dholera facility as it ramps toward production. These placements provide hands-on equipment operation, process troubleshooting, and quality systems experience that cannot be replicated in an academic laboratory setting and that is specifically required by industry employers for semiconductor manufacturing roles. The programme design ensures that apprenticeship graduates have priority consideration for permanent positions at host facilities, creating a direct pathway from training to employment that reduces the risk for both participants and host companies.

Chips to Startup Programme Expansion

The Chips to Startup programme, which provides universities with EDA tool licenses, VLSI course content, and faculty training, will be expanded under Semicon 2.0 from its current base of approximately 250 engaged institutions to 450 institutions within the programme's first two years. New specialisation tracks covering compound semiconductor design, advanced packaging engineering, semiconductor equipment maintenance, and semiconductor supply chain management are being added to the programme's portfolio, broadening its reach beyond traditional VLSI chip design into the full range of roles that India's expanding semiconductor ecosystem will need. Tier-two and tier-three engineering colleges in states without existing semiconductor industry presence are being specifically targeted, with the goal of distributing semiconductor engineering talent development across India's geography rather than concentrating it in Bengaluru, Hyderabad, and Pune.

Return Migration Incentives

Semicon 2.0's talent pillar includes a specific provision for attracting senior Indian-origin semiconductor engineers currently working in the United States, Taiwan, Japan, and Europe back to India. An estimated 30,000 Indian-origin chip engineers are working abroad in senior technical and leadership roles, representing a substantial pool of world-class expertise that could dramatically accelerate India's semiconductor ecosystem development if even a fraction returned. The programme offers relocation grants, stock option tax rationalisation for equity compensation from Indian semiconductor companies, fast-track research and management visa facilitation for foreign-national spouses, and a matched senior role placement programme connecting returning engineers with positions at ISM-approved companies. Peer networks of Indian semiconductor professionals based in Silicon Valley, Hsinchu, and Eindhoven are being engaged to promote the programme and facilitate connections between potential returnees and India-based opportunities.