NITI Aayog Semiconductor Roadmap: India Targets 20–150 Billion Chip Ecosystem by 2035!

Key Summary

• NITI Aayog’s Frontier Tech Hub has launched a 10-year roadmap titled “Future of India’s Semiconductor Industry.”
• The roadmap sets a target to build a USD 120–150 billion semiconductor value chain by 2035.
• It focuses on design, fabrication, advanced packaging, OSAT, compound semiconductors, materials and semiconductor talent.
• The roadmap says India must move from ecosystem creation to ecosystem deepening, backed by long-term capital, policy stability and industry partnerships.
• The development matters because chips power mobile phones, EVs, defence systems, AI, telecom, healthcare, railways, energy and almost every modern digital service.

NITI Aayog’s Frontier Tech Hub has unveiled “Future of India’s Semiconductor Industry,” a 10-year roadmap that lays down India’s strategy to strengthen its position in the global semiconductor value chain.

The roadmap was launched on 29 May 2026 by Smt. Nirmala Sitharaman, Hon’ble Minister of Finance and Corporate Affairs, and Shri Ashwini Vaishnaw, Minister for Railways, Information & Broadcasting and Electronics & Information Technology, in the presence of Shri Ashok Lahiri, Hon’ble Vice Chairman, NITI Aayog.

The roadmap comes at a time when semiconductors have become central to economic growth, national security, manufacturing, artificial intelligence, defence, telecom, electric mobility and digital public infrastructure. In simple words, chips are no longer just parts used inside electronic devices. They are now the foundation of modern economies.

India has already started building its semiconductor base through the India Semiconductor Mission, investments in fabrication, assembly, testing, packaging and design-linked incentives. The larger target is ambitious: by 2035, India should build a USD 120–150 billion semiconductor value chain. The roadmap also projects that India’s semiconductor market demand may reach around USD 200 billion by 2035, while the global semiconductor market may cross USD 1.5 trillion. This makes the next decade very important for Bharat.

Also Read: Can India Rival Taiwan in Semiconductors? A Reality Check on India’s Chip Ambitions

Latest Updates and Key Highlights

• NITI Aayog’s Frontier Tech Hub has made the full roadmap available on its official platform.
• The roadmap says India must become indispensable, not merely a participant, in the global semiconductor ecosystem.
• It recommends a practical and phased strategy instead of trying to compete everywhere at once.
• It identifies five major pillars: Pioneering, Policy and Investment, Production, People and Partnership.
• It recommends building India as a top-three global destination for OSAT and advanced packaging.
• It calls for more focus on compound semiconductors such as SiC and GaN, which are important for EVs, power electronics, telecom and clean energy.
• It says India should create 100+ advanced semiconductor IPs by 2035 in areas such as AI, quantum and high-performance computing.
• It says India will need nearly USD 135–180 billion in cumulative semiconductor investments over the next decade.
• It recommends that the Government of India commit at least one-third of the required investment to reduce project risk and attract private capital.
• It proposes a stronger institutional framework, including an autonomous semiconductor nodal agency and single-window clearance mechanism.

Impact on the Economy

The roadmap can have a major economic impact if implemented well. India currently imports a large share of its semiconductor needs. This creates foreign exchange outflows and makes critical sectors vulnerable to global supply-chain shocks.

If India builds a strong semiconductor value chain, it can reduce import dependence, attract global investment, create high-skill jobs, strengthen electronics manufacturing and support exports. It can also help India move from assembly-led electronics growth to higher-value manufacturing.

The roadmap also connects semiconductors with India’s larger economic ambitions. Chips are used in mobile phones, vehicles, railway systems, defence, clean energy, healthcare devices, telecom equipment, AI servers and industrial automation. This means a stronger chip ecosystem can support multiple sectors at the same time.

Also Read: Gujarat’s Semiconductor Dream 2026–2030: Dholera–Sanand’s Chip Corridor Explained

Timeline of Semiconductor Events

• December 2021: The Union Cabinet approved India Semiconductor Mission 1.0 with a major incentive framework to support semiconductor and display manufacturing.
  
• 2023–2025: India saw growing semiconductor investments in fabrication, assembly, testing, packaging and design-led initiatives.
  
• February 2026: Union Budget 2026 announced India Semiconductor Mission 2.0, marking the shift from initial ecosystem creation to deeper value-chain development.
  
• 29 May 2026: NITI Aayog’s Frontier Tech Hub launched “Future of India’s Semiconductor Industry,” a 10-year roadmap for India’s semiconductor growth.
  
• By 2030: The roadmap expects India to move toward chip self-sufficiency of 15–25% of local demand.
  
• By 2035: India aims to build a USD 120–150 billion semiconductor value chain and become a major global player in design, OSAT, advanced packaging and materials.

Data Snapshot

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India also recognised that it cannot depend only on imports for such a critical technology. The country launched the India Semiconductor Mission, offered incentives, attracted companies and started building capacity in design, fabrication, assembly and packaging.

Now, the NITI Aayog roadmap marks the next step. It says India must not only bring chip factories but also build the full ecosystem — design, IP, materials, equipment, packaging, talent, R&D and market demand.

What India Plans to Focus On?

1. Semiconductor Design: India already has a strong base of chip design talent. The roadmap says this should be converted into global leadership in semiconductor design and system architecture.

2. Advanced Packaging and OSAT: India can become a top-three global destination for advanced packaging and OSAT. This is important because chip performance now depends not only on manufacturing but also on how chips are packaged and integrated.

3. Compound Semiconductors: The roadmap highlights Silicon Carbide and Gallium Nitride as major opportunity areas. These materials are important for EVs, clean energy, telecom and power electronics.

4. Mature-Node Manufacturing: Instead of only chasing the most advanced nodes, India may focus on mature-node chips that are widely used in cars, industrial electronics, telecom, appliances and defence.

5. Policy Stability and Capital: The roadmap recommends predictable policies, long-term incentives, risk-sharing mechanisms and government-backed capital to attract private investment.

6. Talent Pipeline: India will need engineers, technicians, researchers, equipment specialists, material scientists and chip designers. Talent development will decide how fast the ecosystem grows.

What Businesses Should Watch Next?

• Whether the government announces a new semiconductor incentive framework.
• Whether India creates an autonomous national semiconductor agency.
• How fast single-window clearances are implemented for chip investments.
• Which states attract the next wave of semiconductor projects.
• Whether global chip companies increase R&D, design and packaging investments in India.
• How ISM 2.0 supports equipment, materials, design IP and supply-chain localisation.
• Whether Indian startups get stronger access to chip design tools, prototyping facilities and fabrication support.

News4Bharat POV

NITI Aayog’s semiconductor roadmap is not just another technology report. It is a signal that India wants to move from being a large electronics market to becoming a serious semiconductor power.

The target of a USD 120–150 billion value chain by 2035 is ambitious, but the roadmap is practical in one important way: it does not ask India to win every race at once. It asks India to choose its strengths — design, advanced packaging, OSAT, mature-node chips, compound semiconductors and materials — and build leadership step by step.

The big test now will be execution. If policy stability, capital, talent and industry partnerships move together, this roadmap can become a turning point for Bharat’s technology future.