The Inauguration and Its Immediate Economic Impact

Semiconductor Plant in Gujarat: Tribal Women Boost India’s Chip Ambitions

The Centre inaugurated a new semiconductor assembly‑test facility at Sanand, Gujarat, on Saturday, with Prime Minister Narendra Modi highlighting three tribal women operators who had trained in Malaysia. Their stories underscore a broader push to shrink India’s reliance on imported chips and to embed high‑tech manufacturing in regions that have traditionally lagged behind.

The ceremony marked the operational start of CG Semi’s Outsourced Semiconductor Assembly and Test (OSAT) unit, a core component of the government’s Semiconductor Manufacturing Programme. The three women—Poonam Kumari, Priyanka Dhanwar and Shivani Uikey—joined the plant as machine operators after completing specialised training abroad.

• ▸The Sanand plant was opened on 6 July 2026 by Prime Minister Narendra Modi.
• ▸Kumari, Dhanwar and Uikey are the first members of their families to travel overseas for technical training.
• ▸Their training in Malaysia combined Hindi explanations with hands‑on demonstrations, accelerating skill acquisition.
• ▸The facility is expected to produce “Made in India” chips for domestic and export markets.

The immediate effect is a modest increase in domestic chip output, but the symbolic value lies in signalling that high‑value jobs can be created in peripheral districts of Jharkhand, Chhattisgarh and Madhya Pradesh.

Why Semiconductors Matter for India’s Trade Balance

India imports the vast majority of its semiconductor needs, a structural deficit that widens the current‑account gap each year. By establishing a domestic OSAT ecosystem, the government aims to capture a share of the global $600 billion chip market and reduce the import bill. The policy rationale is two‑fold: securing supply chains for critical sectors such as telecom, automotive and defence, and fostering a technology‑driven export niche.

• ▸The global semiconductor market is projected to grow at 5 % CAGR through 2030, offering a sizeable export opportunity.
• ▸Domestic chip demand is driven by the rollout of 5G, the rise of electric vehicles and the expansion of data‑centre capacity.
• ▸A home‑grown OSAT capacity can cut lead times from months to weeks, enhancing competitiveness of Indian OEMs.

These dynamics dovetail with the broader industrial strategy of the Make in India initiative, which seeks to shift India from a low‑cost assembly hub to a centre of design and manufacturing.

Industrial Corridors and the Semiconductor Push

The Sanand plant sits within the ambit of the Delhi-Mumbai Industrial Corridor (DMIC), a flagship infrastructure project that links ports, highways and railways across western India. While the DMIC focuses on logistics and heavy industry, its corridor‑wide planning model is being replicated for high‑tech clusters.

• ▸The DMIC spans roughly 1,500 km and is designed to generate 100 million jobs over the next decade.
• ▸Similar corridors—such as the Chennai‑Bengaluru Industrial Corridor (USD 3.8 billion) and the Amritsar‑Kolkata Industrial Corridor (USD 4.2 billion)—demonstrate the government’s willingness to allocate multi‑billion‑dollar resources for sector‑specific hubs.
• ▸Each corridor integrates dedicated “smart” zones with power, water and digital infrastructure, reducing the “last‑mile” cost for manufacturers.

By embedding semiconductor fabs within such corridors, the state can leverage existing logistics, reduce land‑acquisition friction and attract ancillary suppliers, thereby creating a self‑reinforcing ecosystem.

Skills, Gender Inclusion and Regional Development

The recruitment of tribal women reflects a deliberate policy to broaden the talent pool beyond urban engineering graduates. The Industrial Training Institutes (ITIs) have become the primary feeder for such programmes, offering vocational courses that align with industry needs.

• ▸ITIs across Jharkhand, Chhattisgarh and Madhya Pradesh have introduced semiconductor‑specific modules in partnership with foreign trainers.
• ▸The government’s skill‑development budget earmarked ₹ 1,200 crore for advanced manufacturing training in FY 2026‑27.
• ▸Gender‑focused outreach has resulted in a 12 % rise in female enrolment in technical courses at participating ITIs.

These measures aim to create a pipeline of locally sourced technicians, reducing dependence on expatriate expertise and fostering inclusive growth in historically underserved districts.

Policy Implications and the Way Forward

The Sanand inauguration illustrates how targeted fiscal support, skill development and corridor planning can converge to nurture a strategic industry. However, sustaining momentum will require:

• ▸Continued incentives for private capital under the National Manufacturing Policy, ensuring that firms can amortise the high upfront costs of clean‑room facilities.
• ▸Strengthening of the India-Malaysia Partnership on technology transfer, to institutionalise knowledge‑sharing beyond one‑off training trips.
• ▸Development of a robust domestic supply chain for silicon wafers, photolithography equipment and testing tools, mitigating exposure to global export controls.

If these levers are