India’s Semiconductor Push: Why Execution Will Separate Momentum From Capacity

India's semiconductor push faces execution hurdles beyond subsidies. This article reveals how expert Amit Jain navigates complex financing, regulatory, and technological challenges, especially in silicon carbide manufacturing. Discover the critical steps to transform national ambition into operational capacity, ensuring India's strategic manufacturing success.

India’s Semiconductor Push: Why Execution Will Separate Momentum From Capacity. Semiconductor policy has become one of the clearest expressions of industrial ambition. Governments want domestic capacity. Investors want exposure to strategic manufacturing. Companies want to secure a place in supply chains that now carry as much geopolitical weight as commercial value.

India’s shift into ISM 2.0 reflects that reality, expanding focus beyond fabs to include equipment, materials, supply chains, and domestic IP. The conversation has moved beyond ambition into capability-building. At the same time, the global semiconductor market continues to expand rapidly. The World Semiconductor Trade Statistics (WSTS) projecting it could approach $975 billion by 2026.

That change in the conversation matters because the hard part of semiconductor growth does not begin when a subsidy is announced. It begins when a project has to survive feasibility reviews, financing scrutiny, regulatory sequencing, infrastructure dependencies, technology-transfer decisions, and the demands of long-horizon execution.

Amit Jain, Principal at Dhruva Advisors USA Inc., has spent more than 20 years working on cross-border mergers and acquisitions, investment structuring, and finance-led execution. In the RIR Group’s greenfield semiconductor project in India, that background came into focus around a more practical question: what does it take to make a strategic manufacturing project buildable rather than merely fundable?

"Announcements attract attention," Jain says. "Execution determines whether capacity ever reaches the market."

Beyond the Subsidy

Subsidies create momentum. They do not build plants. In semiconductor manufacturing, public support can improve a project's economics. Still, it cannot substitute for the underlying architecture that makes the project credible to boards, regulators, investors, and operating teams.

That was the challenge within the RIR Group mandate, where Jain led advisory support for a greenfield setup for silicon carbide manufacturing in India. The work extended far beyond a funding application. It involved feasibility planning, preparation of a detailed project report, long-range financial projections, subsidy strategy, investor-facing materials, entity structuring, and regulatory alignment across multiple moving parts. According to the client brief, the project helped secure roughly $35 million in government subsidy support, as well as $10 million in private equity and $10 million in debt. Those figures matter, but only because they were part of a coordinated plan rather than a one-off capital event.

That perspective helps explain why Jain’s role as a judge for the Asia Pacific Stevie Awards fits naturally into his wider professional profile. The common thread is not ceremony. It is an evaluation: understanding whether an idea has the structure, discipline, and execution logic to hold up under scrutiny.

"A subsidy can improve project viability," Jain says. "It cannot replace a project structure that regulators, investors, and operators can all stand behind."

The Hidden Middle

This distinction has become more important as semiconductor expansion enters a tougher phase. India continues to push new semiconductor capacity, and official messaging now places ecosystem depth at the center of that agenda. Yet the public record also shows that not every proposed project moves cleanly from approval to operation. A Reuters report noted that last year that while India approved another semiconductor plant under the India Semiconductor Mission, earlier ventures had also stalled or failed due to cost concerns and execution hurdles. That is not a contradiction. It reflects the realities of semiconductor execution.

The hidden middle of semiconductor manufacturing is financial and regulatory design. It is the work of mapping dependencies before they become delays. For the RIR project, this meant building 10-year financial projections, coordinating with specialist advisors, helping prepare responses to government queries, supporting shareholder and stock exchange approvals, and assisting with the structure of technology IP and long-term value creation. A semiconductor project may be discussed publicly as a single investment decision, but in practice it functions as a chain of interlocking judgments. Each one affects the next.

That is why Jain’s role as a peer reviewer at the SARC journals matters in this context. Semiconductor projects do not reward loose reasoning. They require assumptions that can withstand challenge from multiple sides: technical, financial, legal, and political. The discipline of review is not separate from execution. It is part of execution.

"Large industrial projects rarely fail because the ambition is weak," Jain says. "They fail because the dependencies are underestimated."

Why Silicon Carbide Matters

Silicon carbide raises the stakes further. It is no longer a narrow niche tucked inside specialist power electronics. Current 2026 industry signals link SiC to EVs, grid modernization, industrial electrification, and now AI data center infrastructure and advanced packaging. PwC’s 2026 semiconductor outlook points to rising demand for high-voltage power semiconductors including silicon carbide as electrification expands, while Wolfspeed has tied SiC directly to next-generation AI data center and advanced packaging use cases.

That makes projects in this category more strategic, not simpler. Public reporting on the Odisha semiconductor push has described the relevant SiC facility as India’s first commercial compound semiconductor fab, with annual capacity projected at 60,000 wafers and 96 million packaged units. Separate reporting has also linked RIR’s Odisha investment to a ₹618-crore silicon carbide semiconductor manufacturing facility. The message is clear: this is not merely another industrial site. It sits within a category that now matters for electric mobility, power efficiency, infrastructure resilience, and high-performance computing.

"Silicon carbide changes the quality of the opportunity," Jain says. "It also raises the quality threshold for execution."

The Coordination Test

Cross-border execution is where many strategic manufacturing projects are ultimately decided. Semiconductor growth often appears domestic in political language, but the underlying reality is more entangled. Technology partnerships, IP transfers, investor relationships, compliance frameworks, and capital formation rarely remain within a single jurisdiction. In Jain’s project work, the cross-border layer included support for technology IP purchase and valuation, as well as assistance with collaboration arrangements with PASC Taiwan. That matters because strategic manufacturing projects weaken when ownership of capital, technology, regulation, and operating decisions becomes fragmented.

His role on the Editorial Board of the SarCouncil Journal of Entrepreneurship and Business Management sharpens that wider point. Industrial growth is not sustained by headlines alone. It is sustained by governance models that can translate national intent into enterprise action.

"Strategic manufacturing projects are rarely defeated by one bad decision," Jain says. "They are weakened by unclear handoffs between capital, technology, regulation, and operating ownership."

The next phase of semiconductor competition will not be decided only by who announces the most support or secures the most attention. It will be shaped by who can move a project from policy approval to operational capacity without losing coherence along the way. That is why execution has become the real industrial differentiator. In a market that WSTS says could approach $975 billion in 2026, the cost of weak coordination is no longer local. It affects supply chains, industrial positioning, and the credibility of national manufacturing agendas. India’s semiconductor push has already entered a more serious phase. The question now is whether enough projects can make the transition from strategic intent to disciplined delivery.

Jain’s view is that this transition will define the next wave of semiconductor leadership. "The next bottleneck in semiconductor growth is not whether capital or policy exists," he says. "It is whether enough people know how to turn those inputs into a plant that can actually operate."