Skip to content
🌐 Global🇮🇳 India📍 Asia-Pacific📍 Bihar📍 Delhi-NCR📍 East India📍 Europe📍 Gujarat📍 Karnataka📍 Kerala📍 Madhya Pradesh📍 Maharashtra📍 Middle East📍 North India📍 Northeast India📍 Punjab📍 Rajasthan📍 South India📍 Tamil Nadu📍 Telangana📍 United Kingdom📍 United States📍 Uttar Pradesh📍 West Bengal📍 West India
LIVE
Home / Technology
Technology

SRMIST Vice‑Chancellor Calls for Three Lakh Semiconductor Experts by 2030

Muthamizhchelvan announced a target of three hundred thousand skilled professionals to sustain India’s semiconductor ambitions, urging tighter industry‑academia collaboration. The statement signals a strategic shift toward self‑reliance in chip design and fabrication.

The HinduOctober 27, 20261 min read
Share this story
SRMIST Vice‑Chancellor Calls for Three Lakh Semiconductor Experts by 2030
The Strategic Consequence
A sustained talent pipeline will likely enable India to launch at least two indigenous fab facilities within the next twelve months.

At a recent conference in Chennai, the vice‑chancellor of SRM Institute of Science and Technology, Muthamizhchelvan, articulated a bold projection: India must cultivate three lakh semiconductor specialists by the close of the decade to meet the nation’s manufacturing aspirations. He underscored the widening gap between global chip demand and domestic talent pools, noting that current university curricula often remain detached from the practical exigencies of chip design, testing, and production. The call for a concerted partnership between industry giants and academic institutions aims to convert theoretical research into market‑ready innovations.

The appeal arrives as the Indian government intensifies its push for a semiconductor ecosystem, offering subsidies, tax incentives, and the establishment of dedicated fabrication zones. Yet, without a robust pipeline of engineers, designers, and process experts, these policy measures risk stagnation. Critics argue that past attempts at skill development have faltered due to fragmented curricula and limited exposure to cutting‑edge equipment. By proposing a unified framework that aligns educational standards with industry requirements, the vice‑chancellor hopes to bridge this divide and attract foreign investment.

Advertisement

If realized, the influx of qualified professionals could transform India’s position in the global chip supply chain, reducing reliance on imports and fostering home‑grown innovation. The ripple effect would extend to ancillary sectors such as automotive, telecommunications, and defense, where indigenous chips could lower costs and enhance security. Moreover, a thriving talent pool may stimulate start‑ups, catalyse research grants, and position Indian universities as hubs for semiconductor excellence on the world stage.

📰 Primary Source Publication Verified Resource & Provenance
Original Resource
✉
The Next Brief
Get the day's most important stories in one email
AI-curated morning digest. No noise. Unsubscribe anytime.

Comments 0

Advertisement

Related stories

Most read

  1. 1Atypical errors, dominant pens, offensive woes: What we've learned about Rays, Brewers so farSports
  2. 2Supreme Court collegium names four candidates for high court chief justiceshipsPolitics
  3. 3Israel election 2026 live: Netanyahu faces tough test in high-stakes pollsWorld
  4. 4Gaza's Invisible Wound: The Educational Crisis for Disabled ChildrenWorld
  5. 5PM Modi witnesses IAF air show in VaranasiPolitics