100 Employees, One Mission: Tata Electronics Drive to Master Semiconductor Manufacturing

India's semiconductor revolution begins with talent—and Tata Electronics is laying the groundwork one engineer at a time.

Introduction:

100 employees. One clear mission. As India accelerates its push to become a global semiconductor hub, Tata Electronics is quietly but strategically 100 Employees training the backbone of this ambition—its workforce.

In an effort to bridge the country’s talent gap in chipmaking, Tata is sending hundreds of its employees to Taiwan for intensive, hands-on training with its technology partner, Powerchip Semiconductor Manufacturing Corporation (PSMC).

This isn’t just another overseas training program. It’s a critical first step in building the skilled human capital required to run India’s first major commercial semiconductor fab in Dholera, Gujarat, and a large-scale OSAT (Outsourced Semiconductor Assembly and Test) facility in Assam.

These two projects represent more than Rs 1.18 lakh crore in investment—and the need for thousands of highly trained professionals.

techovedas.com/foxconn-to-setup-an-osat-facility-in-india-with-hcl-group

Brief Overview: Key Highlights

100 of Tata Electronics employees are training at PSMC in Taiwan.

Training is phased, with batches of 50-75 employees to match PSMC’s capacity.

Tata Electronics’ Dholera fab investment stands at Rs 91,000 crore, expected to create 20,000+ jobs.

The Assam OSAT facility worth Rs 27,000 crore aims to generate around 27,000 jobs.

First chips from Dholera fab expected by December 2026; Assam OSAT to start mid-2025.

techovedas.com/tata-plant-in-assam-to-generate-27k-jobs-produce-4-83-crore-chips-daily

Background:

India’s semiconductor ambitions have gained momentum with government support and strategic industry partnerships.

Tata Electronics is at the forefront, planning two major facilities: a Rs 91,000-crore chip fabrication plant at Dholera and a Rs 27,000-crore outsourced semiconductor assembly and test (OSAT) facility in Assam.

These projects align with India’s ‘Make in India’ and ‘Digital India’ initiatives, aiming to reduce import dependence in semiconductor supply chains and develop domestic manufacturing capabilities.

At the groundbreaking ceremony in March 2024, Union Electronics & IT Minister Ashwini Vaishnaw set clear timelines — the first chip from Dholera is slated for December 2026, while the Assam OSAT plant will begin operations in mid-2025.

techovedas.com/tata-to-announce-semiconductor-fab-investment-in-gujarat-start-in-2024

Building Skills at Taiwan’s PSMC: A Strategic Partnership

Tata Electronics faces a critical challenge: India’s semiconductor talent pool is still in its infancy. To overcome this, the company is leveraging Taiwan’s semiconductor expertise through PSMC.

Hundreds of Tata employees have been dispatched in batches of 50-75 to PSMC for intensive, hands-on training in chip fabrication and assembly.

Training covers key roles in equipment handling, yield engineering, process technology, and quality engineering.

Tata balances fresh graduates with industry professionals, and also hires experts from global semiconductor giants like Intel and GlobalFoundries to accelerate knowledge transfer.

techovedas.com/tsmcs-micro-led-breakthrough-signaling-a-new-era-in-optical-semiconductors

The Importance of Structured Training: Quality Over Quantity

Due to PSMC’s limited training capacity, Tata Electronics follows a phased, structured approach. Each batch undergoes a focused curriculum, ensuring deep skill development rather than superficial exposure.

This methodical process guarantees the workforce is ready for the complex operations of high-volume semiconductor manufacturing.

As one insider put it, “Talent is the biggest gap, and we are addressing it head-on with a thoughtful, batch-wise training plan.”

Economic and Employment Impact

FacilityInvestment (Rs Crore)Job Creation (Direct + Indirect)Operational Timeline
Dholera Fab91,00020,000+First chip by Dec 2026
Assam OSAT Facility27,000~27,000First phase mid-2025

These investments will create nearly 50,000 jobs combined, spanning technical, engineering, and support roles. The move also strengthens India’s semiconductor supply chain, fostering an ecosystem that includes design, manufacturing, assembly, and testing.

Follow us on Linkedin for everything around Semiconductors & AI

Why This Matters: An Analogy

Building a semiconductor fab without skilled personnel is like launching a spaceship without trained astronauts — the hardware alone isn’t enough.

Tata Electronics’ decision to train its workforce in Taiwan ensures they have the right skills to pilot India’s chip ambitions to success.

It’s a strategic move that not only transfers technology but also cultivates expertise essential for long-term growth.

What’s Next for Tata Electronics?

Continued batch-wise training: More employees will go to Taiwan as the fab construction progresses.

Hiring global talent: Experts from top semiconductor companies are onboarded to lead and mentor teams.

Focus on skill retention: Tata plans to develop in-house training centers to sustain workforce development domestically.

Operational readiness: Final preparations aim to meet the December 2026 target for Dholera’s first chip output.

Conclusion

Tata Electronics is driving a crucial leap for India’s semiconductor industry. By investing heavily in skill-building through international collaboration and structured training, it’s preparing to manufacture chips domestically at scale.

This initiative not only addresses India’s talent gap but also propels the nation toward self-reliance in a technology sector vital for future innovation and economic security.

For more of such news and views choose Techovedas! Your semiconductor Guide and Mate!

Kumar Priyadarshi
Kumar Priyadarshi

Kumar Joined IISER Pune after qualifying IIT-JEE in 2012. In his 5th year, he travelled to Singapore for his master’s thesis which yielded a Research Paper in ACS Nano. Kumar Joined Global Foundries as a process Engineer in Singapore working at 40 nm Process node. Working as a scientist at IIT Bombay as Senior Scientist, Kumar Led the team which built India’s 1st Memory Chip with Semiconductor Lab (SCL).

Articles: 3604

For Semiconductor SAGA : Whether you’re a tech enthusiast, an industry insider, or just curious, this book breaks down complex concepts into simple, engaging terms that anyone can understand.The Semiconductor Saga is more than just educational—it’s downright thrilling!

For Chip Packaging : This Book is designed as an introductory guide tailored to policymakers, investors, companies, and students—key stakeholders who play a vital role in the growth and evolution of this fascinating field.