India’s semiconductor industry is preparing for a significant expansion in employment, with the sector expected to create more than 100,000 jobs over the next three years. The hiring surge is being driven by new chip manufacturing projects, semiconductor packaging facilities and growing investments across the domestic electronics supply chain. As India attempts to establish itself as a global semiconductor manufacturing destination, companies are increasingly looking for specialised engineering and technical talent.
According to estimates cited by The Economic Times, India’s semiconductor workforce could expand from approximately 25,000 to more than 100,000 over the next three years. Separate research by recruitment firm CIEL HR Services suggests that companies could create around 67,500 jobs over the next 18 months alone. The expansion is expected to increase demand for process engineers, chip designers, equipment maintenance specialists, packaging professionals and other highly skilled workers.
India’s Semiconductor Industry Employment Could Quadruple
The projected employment growth reflects the rapid development of India’s semiconductor ecosystem.
For years, India’s semiconductor workforce was concentrated largely in chip design, verification and engineering services. The country has built a substantial presence in global semiconductor design operations, but domestic chip fabrication and packaging activities remained relatively limited.
That is beginning to change as government-backed projects and private investments move towards manufacturing.
According to estimates from Boston Consulting Group cited by The Economic Times, India’s semiconductor workforce currently stands at approximately 25,000 and could grow to more than 100,000 within three years.
Separately, CIEL HR Services estimates that the industry could generate around 67,500 jobs over the next 18 months.
The recruitment firm’s analysis tracked approximately 45,000 hiring openings across more than 150 semiconductor companies during the 12 months leading up to November 2026.
These figures represent different workforce estimates and hiring projections, rather than a single confirmed count of new jobs. Nevertheless, they point towards increasing demand for specialised talent as semiconductor manufacturing expands in India.
Chip Manufacturing Is Changing Hiring Requirements
One of the biggest changes in semiconductor recruitment is the shift from traditional chip design roles towards manufacturing-related expertise.
India has long been an important destination for semiconductor research, design and verification operations. However, new fabrication and assembly projects are creating demand for skills that were previously less prominent in the country’s domestic semiconductor industry.
Companies are increasingly recruiting professionals in:
- Process engineering
- Semiconductor equipment maintenance
- Wafer inspection and testing
- Yield management
- Reliability engineering
- Advanced packaging
- Manufacturing operations
- Quality control and materials engineering
Process engineers help manage the manufacturing stages used to produce semiconductor chips. Equipment maintenance specialists ensure that highly specialised machinery operates reliably, while yield management professionals work to improve the proportion of usable chips produced during manufacturing.
Advanced packaging is another important area. It involves connecting and integrating semiconductor components into finished packages that can be used in electronic devices, computing systems and other applications.
As new factories become operational, these roles are expected to become increasingly important to India’s semiconductor employment market.
Senior Semiconductor Engineers Are in Short Supply
Despite the expected employment expansion, the industry faces a significant shortage of experienced professionals.
Ankush Wadhera, partner and managing director at Boston Consulting Group, told The Economic Times that the supply of candidates with the required expertise is not keeping pace with demand.
Companies are increasingly looking outside India to recruit senior engineers, particularly from the Indian diaspora in the United States and Southeast Asia.
The shortage is especially visible in specialised engineering positions that require years of experience in semiconductor manufacturing and design.
CIEL HR Services also identified a significant gap in microarchitecture expertise. Its research found 135 vacancies for every 100 engineers with this specialisation.
Microarchitecture professionals work on the internal structure and organisation of processors, helping determine how computing instructions are executed and how hardware components interact.
Companies are also seeking professionals with experience in physical design, timing closure, digital design, register-transfer-level coding and design verification.
The shortage means that companies may need to compete more aggressively for experienced professionals while developing new training programmes for entry-level candidates.
Semiconductor Salaries Could Outperform Traditional IT Roles
The growing demand for specialised semiconductor expertise is also creating attractive salary opportunities.
According to BCG, semiconductor specialists in certain high-value engineering roles can earn four to six times more than professionals with comparable experience in traditional IT services.
The difference is particularly relevant for mid-level and senior engineers with experience in process integration, chip architecture, manufacturing operations and advanced packaging.
These positions require specialised technical knowledge and practical experience with semiconductor development and production systems.
However, the salary comparison does not apply uniformly across the industry. Compensation depends on the candidate’s experience, technical specialisation, employer and job responsibilities.
The shortage of senior professionals is also encouraging companies to recruit from universities, research institutions and other technology sectors.
For younger candidates, this could create opportunities to enter the industry through engineering education, technical training and specialised certification programmes.
Government’s Semicon 2.0 Programme Targets Employment Growth
The Indian government is also expanding its semiconductor policy beyond attracting chip fabrication plants.
Under Semicon 2.0, the government is focusing on six areas of the semiconductor value chain:
- Semiconductor design
- Machines and materials
- New fabrication facilities
- Assembly, testing, marking and packaging
- Research and development
- Talent development
The Ministry of Electronics and Information Technology said in September 2026 that investment commitments of approximately ₹1 lakh crore had been received under the programme.
These commitments are expected to support close to one lakh new employment opportunities across the semiconductor ecosystem, with investments expected to materialise over the following two to three years, subject to company approvals and project implementation.
The government has also highlighted the need to train technicians and engineers who can support semiconductor manufacturing.
In August 2026, Electronics and IT Minister Ashwini Vaishnaw said India had achieved its earlier target of developing 85,000 semiconductor engineers in four years, against a 10-year target. The government subsequently set a target of developing another one lakh engineers.
The policy aims to strengthen the entire semiconductor ecosystem rather than focusing exclusively on chip manufacturing.
Which Companies and Skills Are Driving Recruitment?
The expansion of India’s semiconductor ecosystem is attracting hiring activity from global chipmakers, semiconductor equipment companies and electronic design technology providers.
According to CIEL HR Services’ research cited by The Economic Times, Qualcomm had the highest number of current vacancies in its analysis, followed by AMD, Nvidia, Synopsys, Applied Materials, Infineon, Cadence and Micron.
The companies operate across different parts of the semiconductor value chain, including chip development, manufacturing equipment, electronic design automation and semiconductor materials.
Some of the most sought-after technical skills include:
| Skill | Why companies need it |
|---|---|
| Physical design | Converts chip architecture into a physical layout |
| RTL coding | Describes digital hardware functionality |
| Design verification | Checks whether chip designs operate correctly |
| Microarchitecture | Defines the internal organisation of processors |
| Process engineering | Supports semiconductor manufacturing |
| Equipment maintenance | Keeps specialised factory machinery operational |
| Yield management | Improves manufacturing efficiency |
| Advanced packaging | Integrates semiconductor components into finished products |
Programming languages such as Python and C++ are also relevant, alongside hardware description and verification languages such as Verilog and SystemVerilog.
The range of skills highlights how semiconductor careers combine software, electronics, materials science and industrial engineering.
The Bigger Picture
India’s projected semiconductor hiring growth represents a shift in the country’s position within the global electronics industry. The expansion of domestic fabrication, assembly, testing and packaging facilities is creating employment opportunities beyond the traditional chip design and software engineering segments. If the announced investments translate into operational facilities, India could develop a much broader semiconductor workforce over the coming years.
However, the availability of skilled professionals will be just as important as investment capital and manufacturing infrastructure. The shortage of experienced engineers could slow project execution and increase recruitment costs. Training programmes, university partnerships and opportunities for practical factory experience will therefore play a central role in determining how successfully India builds its semiconductor talent pipeline.
Looking Ahead
The next three years could become an important period for India’s semiconductor employment market as manufacturing projects move towards commercial operations and companies expand their engineering teams. Demand is likely to increase across process engineering, equipment maintenance, chip design, verification and advanced packaging. Professionals with specialised technical knowledge and practical industry experience may benefit from the expanding recruitment market.
The larger challenge will be ensuring that India’s education and training systems can supply enough industry-ready talent. Government programmes and private-sector investments are creating opportunities, but converting those commitments into sustainable jobs will require successful project execution and continuous skill development. India’s semiconductor ambitions will ultimately depend not only on how many factories it builds, but also on whether it can develop the workforce needed to operate them.
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