India's Chip Dream: 4 Semiconductor Plants to be Ready by 2026, Says Vaishnaw

Union Minister Ashwini Vaishnaw announced an accelerated roadmap for India's semiconductor sector, stating four plants will be operational by 2026 and two more by 2027. The announcement followed the inauguration of Kaynes Semicon's OSAT plant in Sanand, Gujarat, which was completed in just 14 months. He highlighted a growing domestic ecosystem with 60,000 engineers trained in chip design and global firms like Nvidia and AMD doing advanced work in India. The national ambition is to rank among the top six semiconductor nations by 2032 and the top three by 2047.

Key Points: India's Semiconductor Push: 4 Plants by 2026, 2 More by 2027

  • Four semiconductor plants ready by 2026
  • First fabrication unit in Dholera by 2028
  • Sanand plant built in 14 months
  • 60,000 engineers trained for chip design
3 min read

Four semiconductor plants to be ready in India this year, says Ashwini Vaishnaw

Union Minister Ashwini Vaishnaw outlines India's accelerated semiconductor roadmap, aiming for top 6 global ranking by 2032. Details on new plants & ecosystem.

"We have to win on quality and cost; only then will we be able to sustain and make a position in the world. - Ashwini Vaishnaw"

Sanand, March 31

Union Electronics and Information Technology Minister Ashwini Vaishnaw on Tuesday said four semiconductor plants are expected to be ready in India by 2026, as he outlined an accelerated roadmap for the sector following the inauguration of a new facility in Gujarat.

In comments after Prime Minister Narendra Modi inaugurated the Kaynes Semicon's OSAT plant in Sanand, Vaishnaw said: "In 2026, four plants will be ready, and two plants in 2027. India's first fabrication unit will be ready in Dholera by 2028."

The Sanand unit is the country's second semiconductor plant to be inaugurated in quick succession, he noted.

"The first plant of Micron Technology was inaugurated on February 28, and today, on March 31, the second plant has been inaugurated. The third plant will be inaugurated in July," he said.

Highlighting the pace of execution, Vaishnaw said the facility moved from foundation to commercial production within 14 months.

He added that the development reflects the growing capabilities of India's semiconductor ecosystem and has encouraged engineers and students across the country.

On global competitiveness, the minister said: "We have to win on quality and cost; only then will we be able to sustain and make a position in the world."

He said the semiconductor programme is being supported by the development of a wider ecosystem, including machinery, chemicals, gases and testing infrastructure.

"Nearly 60,000 young engineers have been trained in specialised global tools such as Synopsys and Cadence," he said.

Vaishnaw added that these engineers, drawn from 315 universities, are contributing to chip design efforts.

"Chips designed by these young engineers are being manufactured in a laboratory in Chandigarh," he said.

He also said global firms, including Nvidia, AMD and Intel, are undertaking advanced chip design work in India.

"Very complex 2-nanometre chips are being designed in India," he said, adding: "Our approach is design in India and make in India."

Referring to the next phase, Vaishnaw said: "Under Semicon 2.0, the Prime Minister has directed that the entire ecosystem -- machines, gases and chemicals -- should be available in India."

He added that the country aims to be among the top six semiconductor nations by 2032 and among the top three by 2047.

Gujarat Chief Minister Bhupendra Patel said the state is advancing in technology-led sectors under the Prime Minister's leadership.

"Sanand and Dholera will emerge as a semiconductor valley," he said.

He added that Gujarat's youth would help meet the demand for skilled manpower in sectors such as semiconductors, artificial intelligence and deep technology.

"Gujarat is becoming a hub for AI, semiconductors, green hydrogen and renewable energy," Patel said.

The Chief Minister said initiatives such as the establishment of an Advanced Material Centre and the introduction of semiconductor-related courses in educational institutions are underway.

He also pointed to improvements in logistics infrastructure and noted that the state introduced its semiconductor policy in 2022 as part of efforts to position Gujarat as a technology hub.

- IANS

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Reader Comments

P
Priya S
Training 60,000 engineers is the real story here. It's creating a talent pool that will benefit the entire tech industry. Hope the jobs are high-quality and well-paying.
R
Rohit P
Gujarat getting all the projects again. What about other states? We need a more balanced development so talent from across India gets opportunities.
S
Sarah B
As someone in the tech sector, this is a game-changer. Designing 2nm chips here shows we're not just doing assembly work. The "design in India" focus is key for long-term value.
V
Vikram M
Top three by 2047 is an ambitious vision. Hope we can sustain this momentum beyond election cycles and political changes. The ecosystem development for chemicals and gases is critical.
K
Karthik V
Good step, but let's be realistic. We are decades behind Taiwan and South Korea. The focus should be on consistent policy support and avoiding the red tape that often slows down such projects.
M
Michael C
The involvement of global giants like Nvidia and AMD is a strong vote of confidence in India's engineering talent. This could attract more FDI and create a virtuous cycle for the economy.

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