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IIT Bombay to launch industry-backed semiconductor design course

Indian Institute of Technology Bombay will partner with industry leaders to develop a new Electronic Design Automation programme, addressing critical skill gaps in the rapidly evolving semiconductor sector. The initiative underscores academia's struggle to match the pace of technological change in chip design.

LSN India · 19 September 2026

IIT Bombay to launch industry-backed semiconductor design course

IIT Bombay is rolling out a new Electronic Design Automation (EDA) programme designed to bridge the widening gap between academic training and industry requirements in semiconductor design. The course will lean significantly on expertise and involvement from industry executives, particularly during its initial rollout phase, as traditional academic institutions grapple with keeping curricula current amid swift technological shifts.

The semiconductor sector in India has witnessed accelerated growth in recent years, creating a surge in demand for skilled professionals in chip design and electronic design automation. However, universities have found it challenging to update their programmes at the speed required to match industry needs, often resulting in a mismatch between graduate capabilities and employer expectations.

The IIT Bombay initiative represents a shift towards collaborative education models where industry practitioners actively shape course content and delivery. By incorporating insights from semiconductor companies and design firms, the programme aims to ensure students gain practical, market-relevant skills alongside theoretical knowledge. This partnership approach is expected to help students transition more seamlessly into the workforce.

The programme comes at a time when India is pushing to develop a robust semiconductor ecosystem through policy support and investments in research and manufacturing capabilities. Strengthening the talent pipeline through initiatives like this is viewed as critical to supporting the nation's ambitions in the semiconductor space.