India has been
training the base tier
for sixty years.
The Indo-Swiss Training Centre was inaugurated in Chandigarh in December 1963, built with the Swiss Foundation for Technical Assistance and run under what is now CSIR-CSIO. It has spent six decades producing people who work to micron tolerances on real machines. Nobody called that semiconductor training, because there was no semiconductor industry to call it that. There is now — and the skills did not change.
What ISTC actually is, and what it actually teaches
The Indo-Swiss Training Centre sits in Sector 30-C, Chandigarh, as a division of the CSIR Central Scientific Instruments Organisation. It was set up through a collaboration between the Government of India and the Swiss Foundation for Technical Assistance, and formally inaugurated on 18 December 1963 by Jawaharlal Nehru. The Swiss brought the machine tools and the training method. India brought the students.
It does not train semiconductor engineers and never has. It trains precision engineers — mechanical, electronics, mechatronics and industrial automation, die and mould making, special purpose machines. The distinction matters, and getting it wrong is how this subject usually gets written about badly.
What ISTC teaches is the thing that does not appear on a syllabus: working to tolerance on equipment that punishes carelessness. Setting up a machine correctly. Understanding why a process drifts. Measuring properly and believing the measurement. Finishing a job to a standard someone else will inspect.
Why that is the semiconductor skill
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. India has been producing it in Chandigarh since before the first Indian fab existed.
Sixty years, one corridor
ISTC is inaugurated in Chandigarh
An Indo-Swiss collaboration in precision engineering training, under what becomes CSIR-CSIO. At that point India has no semiconductor industry of any kind.
Semiconductor Complex Limited, twenty kilometres away
Cabinet approves SCL in 1976; production begins at Mohali in 1984 under the Department of Electronics. For the next four decades it is very nearly the whole of Indian semiconductor manufacturing.
ISTCians go into industry, and mostly out of India
Precision engineering skills travel. Graduates move into manufacturing, tooling, automation and equipment roles across India, Singapore, the Gulf and beyond — at a time when staying in Indian manufacturing carried little commercial upside.
The industry arrives, and needs exactly those people
Twelve units approved, three producing and exporting. Semicon 2.0 approved July 2026 at ₹1,27,500 crore, with a ₹1,000 crore Pillar 6 provision for industry-led training centres. SCL Mohali gets a ₹4,500 crore modernisation. The demand finally matches the discipline.
An ISTCian venture takes a booth at Semicon India
Brain Domain Semiconductor Solutions — founded by Sandeep Sharma, ISTC 1986 batch — exhibits at booth 1127 at Yashobhoomi, presenting BDUni, its semiconductor talent development arm.
Brain Domain — an ISTCian venture at booth 1127
Brain Domain Semiconductor Solutions operates across Singapore, India and Asia, and was founded by Sandeep Sharma of the 1986 ISTC batch. Its talent arm, BDUni, is built around four things: infrastructure, equipment, curriculum and certification.
Those four are worth looking at closely, because they are not a marketing list. They are, precisely, the four things missing from the base tier of the talent pyramid. An institution that has all four can train operators and technicians. An institution missing any one of them cannot — which is why so many semiconductor programmes in India end up being design programmes by default.
Infrastructure
The controlled environment. Without a cleanroom of some grade, the base tier cannot be taught — only described.
Equipment
Real machines with real failure modes. Simulation teaches process logic; hardware teaches judgement.
Curriculum
Written against the job descriptions plants are recruiting for, not against an academic scheme of study.
Certification
A credential an employer recognises and can map to a competency level. Without it, a trained candidate is indistinguishable from an untrained one on paper.
Booth 1127 — Brain Domain & BDUni
Sandeep Sharma and the Brain Domain team are at booth 1127 across all three days. I will be at the venue as well, along with the Fidus team — if you run an institution and want a second pair of eyes on a programme concept, or an introduction to someone on the floor, come and find us. Bring the one-pager, not the prospectus.
Disclosure: Brain Domain is a Fidus Synergies client and we work together on semiconductor talent development. This article is written from that position, not at arm’s length. The argument about the base tier predates the partnership and is made in full, with sources, in our analysis of the NITI Aayog talent pyramid.
Every technical institution has a version of this
ISTC is unusual in its history and its Swiss method, but it is not unique in the thing that matters. Polytechnics, ITIs and engineering colleges across India already teach measurement, tooling, machine setup, quality inspection and process discipline. Those are the raw materials of the base tier.
What is generally missing is not aptitude or teaching capability. It is the controlled environment, the equipment, a curriculum written against plant job descriptions rather than a university scheme, and a credential an employer will accept. Four gaps, all of them addressable, and all of them fundable under a ₹1,000 crore provision that is approved and not yet open.
What to do with this if you run an institution
Stop asking whether you are a semiconductor institution. Ask which of the four — infrastructure, equipment, curriculum, certification — you already have, and which you would need a partner for. That is a much shorter conversation, and it is the one worth having at Semicon India rather than after it.
Sixty years of the right skill.
Finally, an industry that needs it.
Free 45-minute session on your programme concept, funding route and who to meet at the event. Or find us at booth 1127. No charge, no obligation.