India’s Chips to Start-ups (C2S) Programme has trained more than 68,000 students in semiconductor chip design as the government works to build a domestic talent pool for the country’s expanding semiconductor industry. The programme, implemented by the Ministry of Electronics and Information Technology (MeitY), is targeting 85,000 industry-ready professionals at the B.Tech, M.Tech and PhD levels with specialised skills in semiconductor design.
The latest progress comes as India accelerates efforts to establish itself as a major semiconductor manufacturing and design hub. Alongside training students, the C2S programme has enabled participating academic institutions to complete 254 chip designs through the tape-out stage, giving students and researchers practical experience with technologies and processes used in the semiconductor industry.
C2S Programme Targets 85,000 Semiconductor Professionals
The C2S programme was launched to address India’s shortage of specialised semiconductor talent and strengthen domestic capabilities in chip design.
The government says the programme is designed to create an industry-ready workforce covering undergraduate, postgraduate and doctoral levels.
| Key Metric | Details |
|---|---|
| Programme | Chips to Start-ups (C2S) |
| Implementing ministry | MeitY |
| Students trained | More than 68,000 |
| Target workforce | 85,000 professionals |
| Education levels | B.Tech, M.Tech and PhD |
| Chip designs taped out | 254 |
| Participating institutions with EDA access | 332 |
| Main focus | Semiconductor chip design |
| Programme launched | 2022 |
| Original programme outlay | ₹250 crore over five years |
The initiative is intended to create a pipeline of engineers who can participate in India’s semiconductor design and manufacturing ecosystem.
India Has Already Trained More Than 68,000 Students
The latest government figures show that more than 68,000 students have been trained under C2S.
The number represents significant progress toward the programme’s target of 85,000 specialised professionals.
The programme has expanded access to semiconductor design tools and training across academic institutions, allowing students to work on real chip-design projects rather than relying exclusively on theoretical coursework.
C2S Talent Pipeline
Students
↓
Semiconductor training
↓
VLSI and chip-design skills
↓
Hands-on EDA tools
↓
Chip development
↓
Tape-out
↓
Industry-ready professionals
The government wants this pipeline to eventually supply semiconductor companies operating in India and internationally.
Programme Has Enabled 254 Chip Designs
Training is not the only outcome of C2S.
Participating institutions have successfully taken 254 chip designs through tape-out.
Tape-out is a major stage in semiconductor development at which a completed chip design is sent to a semiconductor foundry for manufacturing.
Of the 254 designs, 175 were taped out at the 180-nanometre technology node at the Semiconductor Laboratory in Mohali, while another 79 designs were taped out at overseas semiconductor foundries.
What Is Semiconductor Tape-Out?
Tape-out represents the transition from chip design to physical manufacturing.
Before tape-out, engineers develop and verify the architecture, circuits and layout of a chip.
After the design is finalized, it is sent to a semiconductor foundry for fabrication.
Chip Design Process
Architecture
↓
Circuit design
↓
Simulation
↓
Verification
↓
Physical layout
↓
Design verification
↓
Tape-out
↓
Wafer fabrication
↓
Packaging
↓
Testing
Reaching tape-out therefore gives students exposure to a critical part of the real-world semiconductor development cycle.
332 Academic Institutions Get Access to EDA Tools
The government has provided 332 academic institutions across India with access to advanced Electronic Design Automation tools.
EDA software is essential for modern semiconductor development because engineers use it to design, simulate, verify and optimize chips before manufacturing.
The tools available through the programme come from major technology companies including Synopsys, Cadence, Siemens EDA, Ansys, Keysight, Silvaco and AMD-Xilinx, among others.
EDA Tools Enable
Chip architecture
+
Circuit design
+
Simulation
+
Verification
+
Physical design
+
Testing
↓
Manufacturing-ready chip designs
Providing these tools to universities reduces the gap between academic education and industry requirements.
Why Semiconductor Talent Matters
Semiconductor manufacturing requires a highly specialized workforce.
India has traditionally had a strong software and IT-services workforce, but building a complete semiconductor ecosystem requires expertise across chip architecture, VLSI design, verification, fabrication, packaging and testing.
The C2S programme is intended to strengthen this talent base.
Semiconductor Skill Chain
Chip architecture
+
VLSI design
+
Verification
+
Fabrication
+
Packaging
+
Testing
↓
Complete semiconductor workforce
Without sufficient skilled professionals, investments in semiconductor factories and design companies could face delays in scaling.
India Is Building a Broader Semiconductor Ecosystem
The talent-development programme is part of India’s wider semiconductor strategy.
The government has approved semiconductor manufacturing projects and is providing financial incentives for fabs, semiconductor packaging and other parts of the supply chain.
The objective is to build capabilities that cover both chip design and manufacturing.
India’s Semiconductor Strategy
Chip design
+
Fabrication
+
Assembly
+
Testing
+
Packaging
+
Research
+
Talent
↓
Domestic semiconductor ecosystem
The availability of skilled engineers is therefore considered a critical part of this strategy.
C2S Connects Academia With Industry
One of the programme’s important features is its focus on practical training.
Students are not simply learning semiconductor theory. They are gaining access to professional EDA tools and participating in chip-design projects.
This approach can help universities produce graduates who require less additional training when they enter semiconductor companies.
Traditional Education
Classroom
↓
Theory
↓
Examinations
↓
Graduate
↓
Industry training
C2S Model
Classroom
+
Industry EDA tools
+
Design projects
+
Fabrication exposure
+
Tape-out
↓
Industry-ready graduate
This industry-oriented approach could become increasingly valuable as semiconductor companies expand their operations in India.
India Faces a Global Semiconductor Talent Shortage
The need for semiconductor professionals is not limited to India.
The global semiconductor industry is facing a shortage of skilled workers as demand increases for chips used in artificial intelligence, electric vehicles, smartphones, data centers, industrial equipment and other technologies.
Government documents have highlighted the need for more than one million additional skilled semiconductor professionals globally by 2032.
This creates an opportunity for India to become a major source of semiconductor talent.
AI Is Increasing Demand for Advanced Chips
The rapid expansion of artificial intelligence is creating additional demand for semiconductors.
AI data centers require powerful processors, accelerators, memory and networking chips.
This has increased the strategic importance of semiconductor design and manufacturing.
AI Hardware Demand
AI models
↓
More computing
↓
More data centers
↓
Higher chip demand
↓
GPUs
+
AI accelerators
+
Memory
+
Networking chips
↓
Higher demand for semiconductor engineers
India’s ability to train chip designers could therefore support both its domestic semiconductor ambitions and the broader global AI hardware ecosystem.
C2S Also Supports Chip Design Innovation
The programme is not limited to workforce training.
Government-backed semiconductor initiatives are also intended to encourage the development of intellectual property, application-specific integrated circuits and system-on-chip designs.
Earlier government figures indicated that institutions participating in C2S were developing hundreds of IP cores, ASICs and SoC designs.
These projects could eventually form the basis of commercial products or technology transfers.
RISC-V Is an Important Area of Research
Several academic projects under the programme are exploring open instruction-set architectures such as RISC-V.
RISC-V can provide researchers and companies with greater flexibility to design customized processors without relying exclusively on proprietary instruction-set architectures.
Indian institutions are using the platform for applications including security, edge computing and specialized processors.
RISC-V Opportunity
Open architecture
↓
Processor design
↓
Customization
↓
Research
↓
Specialized chips
↓
Potential commercial IP
This could help India develop domestic processor-design capabilities.
Andhra Pradesh Expands Its C2S Footprint
Andhra Pradesh is among the states participating in the C2S initiative.
Twenty-three academic institutions in the state have been provided access to advanced EDA tools.
Together, these institutions have recorded more than 4.34 lakh tool-hours, giving students and researchers hands-on experience with professional semiconductor-design platforms.
The government has also financially supported four semiconductor research projects at academic institutions in the state.
Research Projects Focus on Emerging Technologies
The projects supported in Andhra Pradesh cover several emerging areas.
These include a secure RISC-V processor for cryptographic applications, a hardware accelerator for high-performance computing and cyber-physical systems, an energy-efficient neuromorphic processor for edge IoT applications and a memory-efficient co-processing unit for edge AI applications.
Research Focus
Secure processors
+
High-performance computing
+
Neuromorphic computing
+
Edge AI
+
IoT
↓
Advanced semiconductor research
These projects demonstrate how the programme is moving beyond basic chip-design education toward specialized research.
The Programme Is Expanding Beyond Traditional VLSI Training
VLSI and embedded systems remain central to C2S, but the programme increasingly covers technologies linked to AI, IoT, cybersecurity and high-performance computing.
This reflects the changing nature of semiconductor demand.
Modern chips are becoming increasingly specialized for particular workloads.
Specialized Chip Applications
AI
+
Cybersecurity
+
IoT
+
Automotive
+
Telecommunications
+
Data centers
+
Industrial systems
↓
Specialized semiconductor designs
India will need engineers capable of designing chips for these applications if it wants to capture a larger share of the global semiconductor value chain.
Semiconductor Companies Are Expanding in India
India has attracted investments from major global and domestic companies across semiconductor manufacturing, packaging and design.
As these projects become operational, demand for engineers and technicians is expected to increase.
The C2S programme could provide a pipeline of talent for these companies.
Investment-Talent Cycle
Semiconductor investment
↓
New factories and design centers
↓
Demand for engineers
↓
C2S training
↓
Industry-ready talent
↓
Faster hiring
↓
Ecosystem expansion
The success of the programme will therefore be closely linked to the growth of India’s semiconductor industry.
Design Talent Could Become an Indian Export
India has already established itself as a major destination for semiconductor research and chip-design work conducted by multinational companies.
Many global semiconductor firms operate design centers in India.
If the country can significantly increase its pool of specialized engineers, chip design could become an even larger high-value technology export.
India’s Potential Position
Large engineering workforce
+
Semiconductor training
+
Global design centers
+
Domestic chip ecosystem
↓
More chip-design activity
↓
Higher-value technology exports
↓
Global semiconductor hub
This could complement India’s existing strength in software and engineering services.
C2S Could Help Reduce India’s Dependence on Overseas Expertise
India still relies heavily on global semiconductor companies and overseas manufacturing facilities for several parts of the chip supply chain.
Developing domestic design capabilities can reduce dependence on external expertise and give Indian companies greater control over intellectual property.
However, becoming self-reliant in semiconductors will require capabilities across the entire value chain.
Talent Alone Is Not Enough
Training 85,000 professionals is an important objective, but a large talent pool alone will not create a semiconductor industry.
India also needs:
- Semiconductor fabrication plants
- Packaging and testing facilities
- Advanced research laboratories
- EDA access
- Intellectual property development
- Venture capital
- Industry-academia partnerships
- Global technology partnerships
- Reliable infrastructure
The combination of these elements will determine whether India’s semiconductor ambitions can scale.
The Government Is Expanding Academic Access
The government has previously indicated that the next phase of the semiconductor mission could expand C2S participation to 500 academic institutions.
Such an expansion would significantly increase the number of universities and colleges with access to industry-grade semiconductor design infrastructure.
Expanded Academic Network
Current institutions
↓
EDA access
↓
Student training
↓
Research
↓
Chip design
↓
More institutions
↓
Larger national talent pool
The expansion could help semiconductor education reach students outside India’s traditional technology hubs.
Startups Could Benefit From the Talent Pipeline
India’s semiconductor ambitions include creating domestic chip-design startups.
Early-stage companies often struggle to recruit experienced engineers because established multinational companies can offer competitive salaries and resources.
A larger pool of trained graduates could make it easier for startups to build engineering teams.
Startup Opportunity
C2S-trained engineer
↓
Joins semiconductor startup
↓
Develops chip IP
↓
Prototype
↓
Tape-out
↓
Commercial product
↓
Global customers
This could help strengthen India’s fabless semiconductor startup ecosystem.
What It Means for Students
For engineering students, semiconductor design is becoming an increasingly attractive career path.
Skills in VLSI, verification, embedded systems, chip architecture, physical design and semiconductor testing could become more valuable as India’s ecosystem expands.
Students with additional expertise in AI, computer architecture and hardware security may have an advantage in emerging chip-design roles.
What It Means for India’s Technology Industry
The expansion of semiconductor talent could diversify India’s technology sector.
For decades, India’s technology industry has been heavily associated with software and IT services.
Semiconductor design provides an opportunity to expand into hardware engineering and intellectual property.
India’s Technology Evolution
IT services
↓
Software products
↓
AI
↓
Chip design
↓
Semiconductor manufacturing
↓
Integrated technology ecosystem
This could increase the value captured by Indian companies from the global technology supply chain.
What It Means for India’s Semiconductor Mission
The C2S programme strengthens the workforce component of India’s semiconductor strategy.
Factories require engineers, researchers and technicians, while chip-design companies require highly specialized hardware talent.
Training tens of thousands of students can therefore help create the human infrastructure required to support physical semiconductor investments.
What Investors Should Watch
Investors should monitor:
- C2S training numbers
- Number of active academic institutions
- Chip designs reaching tape-out
- Semiconductor manufacturing projects
- Chip-design startups
- EDA tool access
- Patent and IP creation
- Semiconductor hiring
- RISC-V development
- AI-chip research
- Industry-academia partnerships
The key question will be whether training translates into commercially relevant semiconductor products and sustainable employment.
Key Facts at a Glance
| Metric | Detail |
|---|---|
| Programme | Chips to Start-ups (C2S) |
| Implemented by | MeitY |
| Students trained | More than 68,000 |
| Target professionals | 85,000 |
| Education levels | B.Tech, M.Tech and PhD |
| Chip designs taped out | 254 |
| Designs at SCL, Mohali | 175 |
| Designs at overseas foundries | 79 |
| Institutions with EDA access | 332 |
| Programme launch | 2022 |
| Original outlay | ₹250 crore over five years |
| Key focus | Semiconductor chip design |
| Potential next-stage academic reach | 500 institutions |
Infographic: India’s Semiconductor Talent Push
CHIPS TO START-UPS PROGRAMME
↓
MORE THAN 68,000
STUDENTS TRAINED
↓
TARGET
85,000
INDUSTRY-READY PROFESSIONALS
↓
B.TECH
+
M.TECH
+
PhD
↓
SEMICONDUCTOR DESIGN
↓
332 ACADEMIC INSTITUTIONS
↓
INDUSTRY-GRADE EDA TOOLS
↓
254 CHIP DESIGNS
↓
TAPE-OUT
↓
175 DESIGNS
AT SCL MOHALI
+
79 DESIGNS
AT OVERSEAS FOUNDRIES
↓
INDIA’S SEMICONDUCTOR TALENT PIPELINE
↓
CHIP DESIGN
+
AI HARDWARE
+
RISC-V
+
VLSI
+
EMBEDDED SYSTEMS
↓
GLOBAL SEMICONDUCTOR ECOSYSTEM
The Bigger Picture
India’s Chips to Start-ups programme has moved beyond classroom-based semiconductor education, with more than 68,000 students now trained and 254 chip designs reaching the tape-out stage. The programme’s broader objective is to create 85,000 industry-ready professionals across B.Tech, M.Tech and PhD levels. The government has also provided hundreds of academic institutions with access to professional Electronic Design Automation tools, helping students gain practical experience in chip design and verification.
The initiative comes as India makes a major push into semiconductors, with investments in fabrication, packaging, testing and chip design. A strong domestic talent pool will be essential if these investments are to translate into a sustainable ecosystem. Beyond supplying engineers to semiconductor factories and multinational design centers, the C2S programme could help create new Indian chip-design startups and intellectual property in areas such as AI, RISC-V, cybersecurity and edge computing.
Looking Ahead
The immediate priority for the C2S programme will be to close the gap between the more than 68,000 students already trained and its target of 85,000 industry-ready professionals. The government will also need to ensure that training remains aligned with the requirements of semiconductor companies, particularly in advanced verification, physical design, chip architecture, packaging and AI hardware.
Over the longer term, the real measure of success will not simply be the number of students trained but the number of engineers entering semiconductor jobs, startups creating commercially viable chip IP and designs moving from academic projects into mass production. If India can connect its expanding talent pipeline with semiconductor factories, global design centers and domestic startups, the C2S programme could become a key foundation for India’s ambition to establish itself as a globally competitive semiconductor hub.
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