India Has Been Training the Base Tier Since 1963. Nobody Called It Semiconductor Training.
The Indo-Swiss Training Centre was inaugurated in Chandigarh on 18 December 1963, built with the Swiss Foundation for Technical Assistance and run under what is now CSIR-CSIO. It trains precision engineers — not semiconductor engineers. Those are the same skills India's ATMP and OSAT plants are now recruiting for at the tier no national programme covers.
ISTC teaches mechanical and electronics engineering, mechatronics and industrial automation, die and mould making. What it actually produces is the thing that does not appear on a syllabus: the ability to work to tolerance on equipment that punishes carelessness, to set a machine up correctly, to notice when a process drifts, and to measure properly and believe the measurement.
Twenty kilometres away, Semiconductor Complex Limited began production at Mohali in 1984. For four decades that was very nearly the whole of Indian semiconductor manufacturing, and precision engineering graduates mostly took their skills into other industries and other countries, because staying in Indian manufacturing carried little commercial upside.
That has changed. Twelve units are approved, three are producing and exporting, Semicon 2.0 carries ₹1,27,500 crore with a ₹1,000 crore Pillar 6 provision for industry-led training centres, and SCL Mohali has a ₹4,500 crore modernisation under way.
An OSAT floor does not primarily need people who understand transistor physics. It needs people who can gown correctly, handle wafers without contaminating them, run a die bonder within spec, notice when it drifts, and document what they did. That is a precision-manufacturing discipline wearing different clothing — and India has been producing it in Chandigarh since before it had a fab.
The practical implication for institutions is narrower than it sounds. Most polytechnics, ITIs and engineering colleges already teach measurement, tooling, machine setup and quality inspection. What is usually missing is four specific things: a controlled environment, real equipment, a curriculum written against plant job descriptions rather than a university scheme, and a credential an employer will accept. Those four are addressable, and all four are fundable under a provision that is approved and not yet open.