Key Points

Industry leaders are celebrating India's growing semiconductor ecosystem at SEMICON 2025. Mediatek's Anku Jain notes the country's design talent represents 20% of the global workforce. Arizona State University officials praise India's coordinated government-industry approach under PM Modi. The partnerships and training programs are expected to create a snowball effect in job creation and supply chain resilience.

Key Points: Mediatek and ASU Leaders Praise India Semiconductor Momentum at SEMICON 2025

  • Mediatek India MD highlights multi-decade semiconductor journey gaining momentum
  • ASU Dean notes India's design strength now expanding into manufacturing
  • 20% of global semiconductor talent comes from India
  • Global chip industry projected to reach $1 trillion by 2030
3 min read

Industry leaders laud India's semiconductor momentum at SEMICON 2025

Industry and academic leaders at SEMICON India 2025 laud PM Modi's semiconductor strategy, highlighting design strength, job creation, and global partnerships.

"India's journey was a long one for semiconductors. But today's announcement is one of the results that have come from the last few years. - Anku Jain, Mediatek India"

New Delhi, September 2

Industry leaders and academic experts said India's semiconductor journey has entered a crucial stage, pointing to the government's push and growing collaborations that are expected to shape the country's role in the global chip market.

Speaking to ANI at SEMICON India 2025, Anku Jain, Managing Director of Mediatek India, said, "India's journey was a long one for semiconductors. But today's announcement is one of the results that have come from the last few years. The semiconductor industry has picked up momentum over the last few years. But it is a multi-year, multi-decade journey," he said.

Jain explained that while Mediatek operates as a fabless company, the growth of a semiconductor ecosystem in India would support local traction. "If the semiconductor ecosystem develops in India, it is beneficial for us because we can then have more traction locally," he added.

Jain also pointed to India's design strength, noting that "Nearly 20 per cent of the global talent is from India, which is very incredible." He said the Prime Minister's strategy was built on three pillars: security, local manufacturing to reduce imports, and job creation.

With the global semiconductor industry projected to reach $1 trillion by 2030, Jain said India's market share will expand, bringing what he called a "snowball effect" in job creation as fabs, packaging units and design startups grow.

Kyle Squires, Dean, Ira A. Fulton Schools of Engineering, Arizona State University, said, "India's had a long-standing strength in chip design, and now moving into manufacturing is going to increase the resilience of supply chains." He noted that ASU's programs already engage more than 33,000 students in microelectronics and semiconductors, with partnerships spanning industry players such as Intel, Applied Materials, and NXP.

Squires said ASU wants to work closely with partners in India as well. "It will be about advancing their goals, making sure we supply workforce needs that will meet their growth goals, and seek new opportunities to collaborate," he said.

He added that ASU was already building training programs with Tata Consulting Engineers, ranging from fab design and chip packaging to short courses that help engineers acquire new skills.

David Wahls, Executive Director of Development, Ira A. Fulton Schools of Engineering, Arizona State University, praised India's coordinated approach. "The ecosystem in India is developing quite rapidly. It's very impressive the work that the government under the direction of Prime Minister Modi and Secretary Krishnan and the ISM program are doing," he said.

Walls highlighted the importance of linking governments, industries, and universities. "From attracting partners to working with universities to building talent pipelines, they're doing the right things to make a large growth in semiconductors directly," he added.

- ANI

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Reader Comments

P
Priya S
As an electronics engineer, I'm excited but cautiously optimistic. We've heard big announcements before. The key will be execution and creating the entire ecosystem - not just fabs but materials, equipment, and design tools.
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Rohit P
Finally! This will reduce our dependence on imports and create so many high-quality jobs. The collaboration with ASU is smart - we need international expertise to accelerate our journey. 🚀
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Sarah B
The partnership approach between industry, academia and government is exactly what's needed. ASU's experience with 33,000 students in microelectronics shows the scale of workforce development required. Hope Indian universities ramp up similarly.
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Nikhil C
While I appreciate the progress, let's not forget the environmental impact of semiconductor manufacturing. Hope the government has strong regulations for water usage and chemical disposal. Growth should be sustainable.
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Kavya N
The "snowball effect" mentioned is real! My cousin just got placed in a semiconductor design firm in Bangalore with an amazing package. More companies = more opportunities for our youth. 🙌
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Michael C
Having worked in semiconductors for 20 years, I can say India's design talent is world-class. The manufacturing push is the logical next step. The global $1T market by 2030 means there's

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