India’s Chips to Startups (C2S) programme has trained over 68,000 students in semiconductor chip design. The Ministry of Electronics and Information Technology (MeitY) revealed in mid-August 2026 that 254 student chip designs had successfully advanced to the tape-out stage. For engineering students wondering if semiconductor design is a viable career option in India, this shows that the field is growing fast and creating practical opportunities beyond just a few chip manufacturing plants.
Key Facts: C2S Semiconductor Chip Design Programme
- Over 68,000 students have completed specialised chip design training under the C2S programme as of August 2026.
- 254 chip designs have been taped out — 175 at the 180 nm node at Semi-Conductor Laboratory (SCL), Mohali, and 79 at overseas semiconductor foundries.
- The programme targets 85,000 industry-ready chip design professionals at the B.Tech, M.Tech and PhD levels.
- 332 academic institutions across India now have access to advanced Electronic Design Automation (EDA) tools from Synopsys, Cadence, Siemens EDA, Ansys, Keysight, Silvaco and AMD-Xilinx.
- C2S is run by MeitY as part of the broader India Semiconductor Mission (ISM), which is also rolling out ISM 2.0 with roughly Rs 8,000 crore committed under the Union Budget 2026-27 for semiconductor development, plus Rs 1,000 crore earmarked specifically for ISM 2.0 research, training and skilling.
What Is the C2S Programme, Exactly?
A government-funded initiative C2S (Chips to Startups) program provides engineering students with hands-on instruction in semiconductor chip design. Instead of only learning the theory, students learn how to design a chip from scratch, test it using simulations, and bring it to the tape-out stage for manufacturing at a real fabrication plant. By the end of the programme, they have experience designing a working chip, not just reading about one in textbooks.
The initiative is a component of MeitY’s India Semiconductor Mission, which seeks to strengthen India’s position in the world of chip design and production. Through training thousands of aspiring chip designers at Indian colleges, C2S contributes to the development of the skilled labour force required for this objective.
Why the 68,000-Student Number Matters
Training 68,000 students against a target of 85,000 puts the programme at roughly 80% of its goal, with room still open for new entrants at the B.Tech, M.Tech and PhD level. That’s a meaningful number in a field where, until a few years ago, dedicated chip design training barely existed in most Indian engineering colleges outside a handful of premier institutes.
The 254 tape-outs are arguably the more important figure for students evaluating this as a career path. A tape-out is the final design file sent to a fabrication plant to actually manufacture the chip — it’s the equivalent of a published research paper or a shipped product. Of the 254, 175 went through SCL Mohali on the 180 nm node, India’s oldest domestic chip fab, while 79 went to overseas foundries, meaning students trained under C2S are producing designs good enough to be manufactured by international semiconductor companies.
What This Signals to Employers
For a recruiter at a chip design company — Qualcomm, Texas Instruments, Intel, AMD, or one of the growing number of Indian fabless design startups — a candidate who has an actual tape-out on their record is a very different hire than one with only classroom exposure. It’s proof of applied skill, and it’s exactly the kind of credential that’s currently rare and therefore valuable in India’s job market.
Which Students Should Pay Attention to This
C2S is aimed squarely at engineering students, not a general audience. It matters most to:
- Electronics and Communication Engineering (ECE) students — chip design is a direct extension of their core coursework in VLSI, digital design and embedded systems.
- Electrical Engineering students — particularly those interested in analog design, power electronics or semiconductor devices.
- Computer Science and Engineering students — hardware-software co-design and computer architecture roles increasingly overlap with chip design work.
- M.Tech and PhD aspirants — the programme explicitly targets postgraduate and doctoral-level training, not just undergraduates.
If you’re a Class 12 science student deciding on an engineering stream, this is a useful data point: semiconductor design is shifting from a niche specialisation to a mainstream career track with active government backing, dedicated tool access, and a growing number of employers.
The 332 Institutions With EDA Tool Access
One detail that doesn’t get enough attention: 332 academic institutions across India have been given access to advanced Electronic Design Automation (EDA) software from Synopsys, Cadence, Siemens EDA, Ansys, Keysight, Silvaco and AMD-Xilinx. These are the same tools used inside real semiconductor companies, and licences for them are expensive — often out of reach for individual colleges buying on their own.
If your college is on that list, you have access to industry-grade design software as part of your regular coursework. That’s worth checking directly with your department, since it changes what final-year projects and research work are realistically possible for you.
How to Check If Your College Is Covered
Ask your ECE or EE department head whether your institute participates in C2S and has received EDA tool access through MeitY. Institutes that are part of the scheme typically integrate the tools into VLSI design courses or offer them through a dedicated design centre — it’s worth asking specifically, since not every engineering college nationwide is included.
Career Paths This Opens Up in Semiconductors
Semiconductor careers in India are no longer limited to a handful of multinational R&D centres in Bengaluru and Hyderabad. Roles that C2S-trained students are increasingly landing include:
- Chip design engineer — working on the logic, layout and verification of integrated circuits.
- Verification engineer — testing chip designs for bugs before they’re sent for fabrication, a high-demand skill given how expensive a bad tape-out is to fix.
- Process/yield engineer — working at fabs like SCL Mohali or upcoming commercial fabs on manufacturing quality.
- Analog and mixed-signal design engineer — a specialised, well-paid niche within chip design.
- Embedded systems engineer — for students who want to work closer to the software side of hardware.
Salaries in chip design in India have been rising as demand outpaces the supply of trained engineers — companies setting up design centres in India routinely cite talent shortage, not lack of investment, as their biggest constraint. That shortage is exactly the gap C2S is built to close, which is good news for students entering the field now rather than five years from now, once the pipeline catches up.
How This Fits Into India’s Bigger Semiconductor Push
C2S doesn’t exist in isolation. It’s part of the India Semiconductor Mission, which is moving into its second phase — ISM 2.0 — backed by roughly Rs 8,000 crore for semiconductor development under the Union Budget 2026-27, with a further Rs 1,000 crore set aside specifically for ISM 2.0 research, training and skilling. Union Minister Ashwini Vaishnaw has separately said India is on course to be among the top four semiconductor manufacturing nations globally by 2035.
Read alongside Prime Minister Narendra Modi’s Independence Day announcement on August 15, 2026 of AI skills training for one crore youth over the next year, the pattern is clear: the government is treating chips, AI, and skilled talent as one connected priority, not three separate schemes. For students, that means semiconductor and AI-adjacent skilling programmes are likely to keep expanding rather than being one-off initiatives.
How to Get Involved in C2S
If you want to be part of the remaining seats toward the 85,000-professional target, start with your own institution’s ECE, EE or CSE department and ask directly whether they participate in C2S. Since the programme runs through academic institutions rather than taking individual applications from the open market, your college’s participation is the deciding factor in whether you can access it. For M.Tech and PhD aspirants specifically, look for research groups already working on VLSI design or semiconductor devices, since these are the natural entry points into taped-out project work.
Frequently Asked Questions
Q. What is the C2S programme in India?
Ans. C2S, or Chips to Startups, is a MeitY-run training programme under the India Semiconductor Mission that trains engineering students to design semiconductor chips from scratch and get their designs fabricated (taped out) at real foundries.
Q. How many students has C2S trained so far?
Ans. As of August 2026, C2S has trained more than 68,000 students, working toward a target of 85,000 industry-ready chip design professionals at the B.Tech, M.Tech and PhD levels.
Q. What is a chip “tape-out” and why does it matter?
Ans. A tape-out is the final chip design file sent to a fabrication plant for manufacturing. Under C2S, 254 designs have been taped out — 175 at SCL Mohali and 79 at overseas foundries — giving trained students verified, industry-grade design experience rather than only classroom knowledge.
Q. Which students can join C2S?
Ans. The programme is aimed at engineering students — particularly in Electronics and Communication Engineering, Electrical Engineering and Computer Science — at the B.Tech, M.Tech and PhD level, through participating academic institutions.
Q. Is semiconductor design a good career choice in India right now?
Ans. Yes — demand for trained chip design engineers currently outpaces supply in India, and government programmes like C2S and the wider India Semiconductor Mission are actively expanding training capacity and industry access to close that gap.
What to Do Next
If you’re an engineering student in ECE, EE or CSE, check with your department this week on whether your institute is part of C2S and whether you have access to EDA design tools. If you’re still choosing a specialisation, treat semiconductor design as a genuinely growing option backed by real government investment and hiring demand, not a speculative bet. Keep checking back for updates as ISM 2.0 rolls out further training and funding through 2026.