India Expands Semiconductor Training To 500 Institutions
ECONOMY & POLICY

India Expands Semiconductor Training To 500 Institutions

Under the Chips to Startups programme of the India Semiconductor Mission, the Union minister responsible for Railways, Information and Broadcasting, and Electronics and IT reported notable progress in talent development. He indicated that over the past four years substantial steps have been taken towards a 10-year target of training 85,000 engineers in semiconductor design. World-class EDA tools have been deployed in 315 academic institutions across the country to provide students with practical exposure to chip design.

These EDA tools are supported by leading global firms and are accessible to students for hands-on learning. The designed chips are fabricated and tested at the Semiconductor Laboratory, Mohali, enabling experience across the entire workflow from design to fabrication, packaging and testing. The initiative also includes curriculum modules and faculty up-skilling to align academic training with industry needs. The programme has evolved into the world’s largest open-access EDA programme, recording over 18.5 mn hours of tool usage for chip design training to date and continuing to expand.

The minister noted that students from Assam to Gujarat and from Kashmir to Kanyakumari are actively engaging in semiconductor design, marking a strategic advance in technological capability and self-reliance. He announced that under India Semiconductor Mission 2.0 the initiative will be expanded from 315 academic institutions to 500 academic institutions to cultivate a sustained pool of trained talent in design, fabrication, packaging and testing across every state.

Highlighting global demand dynamics, he said that as the semiconductor industry scales from about USD 800–900 billion (bn) to USD 2 trillion (tn) there is an estimated requirement for nearly two mn skilled professionals, presenting significant employment prospects for young people. The Government remains committed to building a resilient semiconductor ecosystem through talent development, infrastructure creation and industry collaboration, with the objective of positioning India as a global semiconductor hub.

Under the Chips to Startups programme of the India Semiconductor Mission, the Union minister responsible for Railways, Information and Broadcasting, and Electronics and IT reported notable progress in talent development. He indicated that over the past four years substantial steps have been taken towards a 10-year target of training 85,000 engineers in semiconductor design. World-class EDA tools have been deployed in 315 academic institutions across the country to provide students with practical exposure to chip design. These EDA tools are supported by leading global firms and are accessible to students for hands-on learning. The designed chips are fabricated and tested at the Semiconductor Laboratory, Mohali, enabling experience across the entire workflow from design to fabrication, packaging and testing. The initiative also includes curriculum modules and faculty up-skilling to align academic training with industry needs. The programme has evolved into the world’s largest open-access EDA programme, recording over 18.5 mn hours of tool usage for chip design training to date and continuing to expand. The minister noted that students from Assam to Gujarat and from Kashmir to Kanyakumari are actively engaging in semiconductor design, marking a strategic advance in technological capability and self-reliance. He announced that under India Semiconductor Mission 2.0 the initiative will be expanded from 315 academic institutions to 500 academic institutions to cultivate a sustained pool of trained talent in design, fabrication, packaging and testing across every state. Highlighting global demand dynamics, he said that as the semiconductor industry scales from about USD 800–900 billion (bn) to USD 2 trillion (tn) there is an estimated requirement for nearly two mn skilled professionals, presenting significant employment prospects for young people. The Government remains committed to building a resilient semiconductor ecosystem through talent development, infrastructure creation and industry collaboration, with the objective of positioning India as a global semiconductor hub.

Next Story
Technology

AI-Enabled Workflows Lift Profitability and Productivity

Organisations modernising frontline workflows with artificial intelligence, automation and real-time data are reporting stronger financial performance, higher productivity and improved employee engagement, according to a global study by Zebra Technologies and Oxford Economics.The research covered 1,000 senior leaders across retail, manufacturing, transportation and logistics in the US, Mexico, the UK, Germany, India, Japan, Australia and New Zealand.In transportation and logistics, 54 per cent of companies that improved picking and packing operations reported faster operational performance, wh..

Next Story
Real Estate

India Leads Global AI Readiness but Implementation Lags

Indian companies lead global averages across all eight artificial intelligence readiness indicators tracked by JLL, but only 19 per cent have started making changes to their workplaces, according to the JLL 2026 Future of Work Survey.The study found that 77 per cent of Indian business leaders expect AI to change their office requirements, creating a 58-percentage-point gap between awareness and implementation. The survey covered more than 2,200 CEOs, CFOs and real estate leaders across 21 countries during the first quarter of 2026.Despite concerns over automation, 58 per cent of Indian leaders..

Next Story
Equipment

Three WOLFF Cranes Build Riyadh Cable-Stayed Bridges

Three WOLFF 180 B luffing jib cranes are supporting the construction of two cable-stayed bridges alongside the existing Wadi Laban Bridge in Riyadh, Saudi Arabia. The project is being developed for the Royal Commission for Riyadh City and executed by the ICRC joint venture comprising IC Ictas and Al Rashid Trading & Contracting Company.The cranes are handling lifting operations including formwork, reinforcement, concrete placement, work platforms, surveying equipment and other construction materials. Each crane is fitted with a 40 m jib, reaches a hook height of 157 m and offers a maximum ..

Advertisement

Subscribe to Our Newsletter

Get daily newsletters around different themes from Construction world.

STAY CONNECTED

Advertisement

Advertisement

Advertisement