Key Details
The Vision 2035 roadmap positions semiconductors as a strategic industrial and national-security priority. Rather than immediately pursuing ultra-advanced fabrication, the framework adopts a phased strategy centered on commercially viable manufacturing, domestic design capability, and workforce infrastructure.
Roadmap Dimension | Vision 2035 Direction |
|---|---|
Market Ambition | Build a USD 120–150 billion semiconductor value chain by 2035 |
Capital Mobilization | Target USD 135–180 billion ecosystem investment under ISM 2.0 |
Import Dependence | Reduce current 90–95% semiconductor reliance |
Domestic Capability Goal | Achieve 35–50% chip self-sufficiency |
Manufacturing Strategy | Prioritize mature-node fabs, OSAT, and advanced packaging |
Technology Focus | Scale chiplets, Silicon Carbide (SiC) and Gallium Nitride (GaN) |
Design Infrastructure | Create National Design Hub with open-access EDA tools and IP cores |
Talent Pipeline | Establish National Fab Academy and AICTE-linked semiconductor training |
Demand Creation | Use government procurement to anchor domestic chip markets |
Global Positioning | Target top-3 global status in advanced packaging and assembly |
Summary
Import Dependence and Strategic Vulnerability
NITI Aayog’s report, “Future of India’s Semiconductor Industry: Vision 2035,” frames semiconductors as the core infrastructure underpinning AI systems, telecommunications, defense electronics, EVs, and digital sovereignty.
The document notes that India presently imports 90–95 percent of its semiconductor requirements, exposing the economy to supply-chain disruptions, foreign-exchange outflows, and geopolitical shocks. The roadmap therefore positions semiconductor manufacturing not merely as an industrial ambition, but as a strategic requirement tied to national resilience and technological autonomy.
Vision 2035 and the Five-Pillar Strategy
The roadmap proposes a phased transition toward a USD 120–150 billion domestic semiconductor value chainsupported through USD 135–180 billion in ecosystem investments under an expanded India Semiconductor Mission (ISM 2.0).
Rather than pursuing costly sub-7 nanometer leading-edge fabs at the outset, the strategy recommends commercially scalable entry points through:
Mature-node semiconductor fabs
Advanced packaging and OSAT facilities
Chiplet architectures
Compound semiconductors, especially Silicon Carbide (SiC) and Gallium Nitride (GaN)
The framework organizes intervention through five strategic pillars (5Ps):
5P Framework | Policy Focus |
|---|---|
Pioneering | Chiplets, EDA access, frontier R&D |
Policy & Investment | Subsidies, capital support, ISM 2.0 |
Production | Mature-node fabs, OSAT, compound electronics |
People | National Fab Academy and semiconductor training |
Partnership | Global mineral and technology partnerships |
Design Infrastructure and Workforce Development
A central feature of the strategy is the creation of shared design and training infrastructure.
The proposed National Design Hub would provide startups and universities with access to Electronic Design Automation (EDA) tools and reusable IP cores, lowering entry barriers for domestic chip design firms.
Simultaneously, the roadmap recommends establishing a National Fab Academy in partnership with AICTE and technical institutions to train cleanroom engineers and semiconductor technicians. This workforce strategy aims to prevent talent shortages as fabrication and packaging facilities scale over the next decade.
The roadmap also advocates AI-enabled microelectronics courses, deeper university-industry collaboration, and practitioner-led technical education.
Phased Industrial Roadmap
The Vision 2035 blueprint proposes a staged implementation sequence.
Immediate priorities include:
National access to EDA software and prototyping infrastructure
Domestic procurement mandates for strategic sectors
Semiconductor-oriented university curriculum upgrades
Longer-term actions (2030–2035) include:
Securing critical mineral partnerships
Scaling SiC and GaN research
Building export-grade advanced packaging ecosystems
Expanding India’s role within global semiconductor supply chains
The strategy specifically recommends demand creation through government procurement, including defense electronics, smart meters, and electric vehicles.
What is a “Wide-Bandgap Compound Semiconductor”?
Wide-bandgap semiconductors are advanced electronic materials—most notably Silicon Carbide (SiC) and Gallium Nitride (GaN)—that outperform conventional silicon under high voltage, high temperature, and high-frequency operating conditions.
These materials are essential for electric vehicles, renewable energy systems, 5G/6G infrastructure, and defense electronics, as they improve power efficiency while reducing thermal losses. Consequently, mastering compound semiconductors is increasingly treated as a strategic industrial capability rather than a niche manufacturing segment.
Policy Relevance
The Vision 2035 roadmap signals a strategic shift from electronics assembly toward high-value semiconductor design, fabrication, and sovereign manufacturing capability.
Protects Strategic Infrastructure from Supply Disruptions: Reducing semiconductor import dependence strengthens the resilience of defense, telecom, and AI infrastructure against geopolitical shocks.
Accelerates the Transition from Assembly to Chip Design: Shared EDA access and a National Design Hub lower barriers for Indian startups to develop proprietary chip architectures and intellectual property.
Supports the EV and Clean-Tech Manufacturing Ecosystem: Prioritizing SiC and GaN production aligns semiconductor policy with India’s electric mobility and renewable-energy ambitions.
Builds a Specialized Semiconductor Workforce: The proposed National Fab Academy and AICTE-linked training systems aim to create a deep pipeline of cleanroom and fabrication talent.
Uses Procurement as Industrial Policy: Strategic demand mandates for defense, smart grids, and EV electronicsprovide predictable domestic markets capable of sustaining early manufacturing investments.
Follow the Full Roadmap Here: NITI Aayog: Future of India’s Semiconductor Industry Roadmap