📰 Hindu Editorial Analysis — Land Pooling, India's Chip Industry & EV Supply Chains

Urban Infrastructure Reform  |  Semiconductor Policy  |  Electric Vehicle Supply Chain Resilience

📅 UPSC High-Yield Study Notes | GS-2 · GS-3 Ready | Prelims + Mains Focused
THE HINDU | Urban Planning + Land Reforms + Infrastructure

🏙️ How Land Pooling Solves Acquisition Woes

Author: Amit Gotecha (Urban Planner advising State governments on town planning schemes) | Context: Rajasthan announces India's first state-level land pooling scheme — spotlight on Town Planning (TP) schemes as an alternative to compulsory land acquisition.

📋 Syllabus: GS-2: Government policies and interventions for development in various sectors; issues arising out of their design and implementation GS-3: Infrastructure — urbanisation, land reform, housing; investment models
🎯 Why in News? Rajasthan has recently announced the State's first land pooling scheme. The scheme seeks to address the growing problems of compulsory land acquisition — which has become financially burdensome and legally complex, especially after the Right to Fair Compensation and Transparency in Land Acquisition, Rehabilitation and Resettlement Act, 2013. Town Planning (TP) schemes have emerged as the most viable participatory alternative.

⚡ Core Argument

India's urban infrastructure is trapped in a costly, litigious, and delayed land acquisition cycle. Land pooling — especially through Town Planning (TP) schemes — offers a participatory, financially self-sustaining alternative. Landowners voluntarily contribute 25–40% of their land for infrastructure; the remaining 60–75% is returned as reconstituted, serviced, more valuable plots. Gujarat's TP scheme success (1,000 sq. km planned across 5 cities) is replicable — but requires localised innovation, digitised land records, and institutional flexibility. Rajasthan, Tamil Nadu, MP, and Delhi must adapt the model carefully to their specific land-record and stakeholder contexts.

⚠️ Why Traditional Land Acquisition Failed

  • The 2013 LARR Act: The Right to Fair Compensation and Transparency in Land Acquisition, Rehabilitation and Resettlement Act, 2013 — while protective of landowners — massively increased financial and procedural obligations for the government, making large-scale urban acquisitions unviable.
  • Pre-2013 Problems: Even before the 2013 Act, acquisition processes were time-consuming and frequently contested in courts.
  • Post-2013 Effect: Inclusion of rehabilitation and resettlement provisions further increased costs and timelines, creating a growing gap between planned infrastructure and actual implementation. Plans are often under-executed due to the inability to mobilise land.

🏘️ What is Land Pooling / Town Planning (TP) Scheme?

The TP Scheme Model — How It Works
  • Voluntary Contribution: Landowners voluntarily contribute 25–40% of their land to provide infrastructure — roads, parks, public amenities, and housing for economically weaker sections.
  • Reconstituted Plots Returned: The remaining 60–75% of land is returned to landowners as reconstituted plots — better shaped, serviced, and significantly more valuable than before.
  • Financially Self-Sustaining: Incremental charges from landowners are recovered during development rather than upfront — reducing the government's immediate financial burden.
  • Integrates Three Functions: Land assembly + infrastructure provision + cost recovery in a single mechanism.
  • Key Advantage over Acquisition: Reduces displacement, ensures equitable benefit-sharing, enables faster urban development, and preserves environmentally sensitive areas.
  • GOI Support: The Government of India has promoted TP schemes since 2019.

✅ The Gujarat Success Model

🏆 Gujarat's TP Scheme — Key Facts
  • Introduced nearly 100 years ago — formalised under the Gujarat Town Planning and Urban Development Act, 1976.
  • More than 1,000 sq. km across Ahmedabad, Surat, Rajkot, Vadodara, and Gandhinagar have been planned through TP schemes.
  • Among the most successful land-pooling models in India — widely implemented and scaled over decades.
⚠️ Maharashtra — The Contrast
  • Maharashtra failed to update its statutory provisions for enabling TP schemes over time.
  • However, Pune and the Mumbai Metropolitan Region Development Authority (MMRDA) have recently adopted the TP model again to provide infrastructure and serviced land in peripheral areas.
  • This shows institutional willingness but lack of a robust legal framework — a key lesson for other states.

⚠️ Guwahati Case — Challenges in Implementing TP Schemes

  • The Guwahati Metropolitan Development Authority Act, 1985 included provisions for TP schemes — but lacked clarity on land appropriation percentages and institutional roles.
  • No Digitised Land Records: Land records in Guwahati were maintained manually — a critical barrier. Discrepancies were observed between revenue records and actual ground conditions.
  • Solution Adopted: Rather than conducting time-consuming joint measurement surveys, the existing map was retained as-is and final plot allocations were based on land areas specified in revenue records — significantly reducing scheme preparation time.
  • Reduced Contribution: Private landowners were asked to contribute only 12–15% of their land (vs. the usual 35–45%) — primarily for road infrastructure — making the scheme more acceptable.

🔑 Rajasthan's Land Pooling Scheme — Context

  • Land pooling had already been recognised in statutory provisions in Rajasthan since 2016 — but was handicapped by lack of experience.
  • Now, modifications are being made to land-value calculations to ensure financial burden on landowners remains manageable.
  • The government has absorbed a portion of the cost — making the scheme more equitable and attractive.

💡 Way Forward — For States Venturing into Land Pooling

  • Tamil Nadu, Madhya Pradesh, Delhi: Must go beyond conventional approaches — first convince landholders, communicate benefits, contextualise approaches.
  • Three Critical Success Factors:
    • Legislation on land-pooling requirements
    • Adjusted land-contribution mechanisms
    • Equitable financial models
  • Digitisation of Land Records: Non-negotiable prerequisite — manual records create insurmountable discrepancies and delays.
🇮🇳 Comparison: Land Pooling vs. Land Acquisition
ParameterTraditional Land AcquisitionLand Pooling / TP Scheme
Landowner RolePassive — land taken compulsorilyActive — voluntary contributor
DisplacementHigh — families uprootedLow — landowners get reconstituted plots
Cost to GovernmentVery high — full compensation + R&RLow — cost recovered incrementally from landowners
Litigation RiskVery high — frequent court challengesLow — participatory process
Speed of ImplementationSlow — legal delaysFaster — if land records are digitised
Benefit SharingOne-time compensation onlyEquitable — landowners share in value appreciation

🔑 Key Terms

Land Pooling Town Planning (TP) Scheme LARR Act 2013 Reconstituted Plots Gujarat Town Planning Act 1976 MMRDA (Maharashtra) Guwahati Metropolitan DA Act 1985 Digitisation of Land Records Equitable Benefit Sharing GOI Promotion of TP Schemes (2019)

✏ Probable Mains Questions

  • "Land pooling through Town Planning schemes offers a more equitable and financially sustainable alternative to compulsory land acquisition for urban infrastructure." Critically examine with examples. (GS-3, 250 words)
  • Discuss the limitations of the Right to Fair Compensation and Transparency in Land Acquisition, Rehabilitation and Resettlement Act, 2013 for large-scale urban infrastructure development, and suggest alternative approaches. (GS-2/GS-3, 250 words)

🎯 Practice MCQs

Prelims Q1

With reference to Town Planning (TP) Schemes and Land Pooling in India, consider the following statements:
1. Under a typical TP scheme, landowners voluntarily contribute 25–40% of their land for infrastructure development and receive the remaining reconstituted, serviced land in return.
2. The Government of India has promoted TP schemes as an alternative to compulsory land acquisition since 2019.
3. The Right to Fair Compensation and Transparency in Land Acquisition, Rehabilitation and Resettlement Act was enacted in 2011.
Which of the statements given above are correct?

📖 View Explanation
Statement 1 is correct ✓ — Under a TP scheme, landowners voluntarily contribute 25–40% of their land. The remaining 60–75% is returned as reconstituted plots that are better shaped, serviced, and more valuable.

Statement 2 is correct ✓ — The Government of India has actively promoted TP schemes since 2019 as a participatory, financially self-sustaining alternative to compulsory land acquisition.

Statement 3 is incorrect ✗ — The Right to Fair Compensation and Transparency in Land Acquisition, Rehabilitation and Resettlement Act was enacted in 2013, not 2011. It replaced the colonial-era Land Acquisition Act of 1894.

Answer: (a) — 1 and 2 only
THE HINDU | Technology + Industry + National Security

💻 The Future of India's Chip Industry — NITI Aayog Report

Context: NITI Aayog's Frontier Tech Hub released the report titled 'Future of India's Semiconductor Industry' — highlighting steep challenges in developing world-class semiconductor manufacturing and the critical national security imperative to pursue this field regardless of difficulties.

📋 Syllabus: GS-3: Science & Technology — developments and their applications and effects in everyday life; indigenisation of technology and developing new technology GS-3: Infrastructure — Energy, Ports, Roads, Airports, Railways; Investment models GS-3: Defence; indigenisation of technology
🎯 Why in News? NITI Aayog's Frontier Tech Hub has released the report 'Future of India's Semiconductor Industry' — warning that India's local ecosystem is not ready to fully meet domestic semiconductor demand, and that geopolitical pressures (especially from a potential Taiwan crisis) could massively disrupt India's electronics supply chain. India does not yet have a single semiconductor fabrication unit.

⚡ Core Argument

India's semiconductor ambition is both a national security imperative and an economic necessity — but the country remains in early days. India has no fabrication unit yet (first expected in Dholera by 2028). The ISM corpus of ₹76,000 crore is almost fully committed. The NITI Aayog report identifies "selective depth" — focusing on packaging, compound nodes, design capabilities, and agentic AI for semiconductor engineering — rather than attempting to replicate the full global manufacturing spectrum. Trusted partners (US, Japan, EU, South Korea) — not China — are the route to accessing critical tools and lifecycle support.

📊 India's Semiconductor Reality — Key Data Points

Zero Fabs
India has NO semiconductor fabrication unit yet. First expected: Dholera, Gujarat by 2028.
₹76,000 Cr
India Semiconductor Mission (ISM) corpus — almost fully earmarked for projects across fabs, packaging, and component manufacturing.
$45–60 Billion
Estimated capital expenditure needed over 10 years for ISM Phase 2 — focus on low-risk, bankable projects.

🚨 The Core Problem — Why India Must Act

⚠️ Geopolitical Supply Chain Risk
  • Semiconductors are part of nearly all electronics — from consumer gadgets to defence gear.
  • As many semiconductor parts used in defence systems are produced outside India, deploying them in aerospace and defence programmes increases threats to national security.
  • A geopolitical disaster like a Taiwan crisis could massively disrupt the global electronics supply chain — India would be among the worst affected.
  • Chips used in domestic electronics assembly operations are largely sourced from outside India.
⏳ The "Fab Gestation" Problem
  • Fab units typically require 4 to 5 years before commencing production.
  • During the gestation phase, these units need to invest in purchasing more than 50 specialised equipment from global players.
  • Even after production begins, processes like yield optimisation and reliability testing take several more quarters before chips reach the market.
  • Developing talent to work in fabs is also time-consuming — the sector requires sustained, mission-mode commitment over a decade or more.

🎯 ISM 2.0 Strategy — "Selective Depth" Not Full Spectrum

  • Not replicating the full global manufacturing spectrum: The report advocates "selective depth, capital efficiency, and system-level differentiation" — India should not try to do everything.
  • Packaging as Core Production Pillar: Packaging (among the last steps of chipmaking — less expensive and complex than fabrication) is identified as a "core production pillar, not a downstream activity." The report calls for rapid import substitution in high-volume domestic segments.
  • Compound Nodes: Focus on mature, advanced nodes aligned with strategic relevance — as well as compound semiconductor nodes (used in defence, telecom, EVs).
  • Shift Away from Frontier Chips: The report warns against spending public funds toward frontier chips (3–7 nanometre transistors) — these attract private investors and should be left to the market.

🔬 Building Sovereign Design Capability

  • Building Deep Capabilities in Materials Science and Silicon Designing: Will "move India from a services-led design base to a creator of differentiated IP, architectures, and integration technologies that define next-generation systems."
  • Agentic AI for Semiconductor Engineering: The report urges the government to harness agentic AI to accelerate chip design and engineering processes.
  • R&D Excellence: Building sovereign design and research capabilities is identified as the long-term competitive moat for India in the global chip ecosystem.

🤝 Trusted Partners — Not China

Priority Partners for India's Semiconductor Ecosystem
  • The report implies China is an adversary in chipmaking — despite the recent thaw in relations. China is NOT listed among priority partners.
  • Priority Partners: United States, Japan, European Union, and South Korea.
  • Why these partners? To get access to critical tools, equipment servicing, and lifecycle support — and to take advantage of India's market scale, talent base, and packaging capacity.
  • IT Secretary S. Krishnan described the report as a "structured, actionable framework" — and stated India is "well positioned to convert its semiconductor ambition into enduring industrial and strategic reality."
🇮🇳 India Semiconductor Mission (ISM) — Key Facts
  • ISM is a ₹76,000 crore corpus — almost fully earmarked for projects across semiconductor fabs, packaging and testing facilities, and component manufacturing.
  • Leading cutting-edge/ambitious fab projects have received capital subsidies of upwards of 50% — other projects received production or output-linked incentives.
  • Multiple semiconductor packaging and testing facilities have been generously subsidised and supported by the Union government (and some State governments).
  • Phase 2 of ISM details are yet to be revealed — but the NITI Aayog report pegs the necessary capital expenditure at $45–60 billion over 10 years, focused on projects where risk is less and "bankability" can assure returns to investors.

🔑 Key Terms

India Semiconductor Mission (ISM) Semiconductor Fabrication Unit (Fab) Dholera Fab (Gujarat, 2028) Selective Depth Strategy Chip Packaging Compound Nodes Frontier Chips (3–7 nm) Agentic AI Taiwan Supply Chain Risk NITI Aayog Frontier Tech Hub Sovereign Design Capability

✏ Probable Mains Questions

  • "India's semiconductor ambition is a national security imperative, not merely an economic goal." In light of the NITI Aayog report, discuss the challenges and the strategy India should adopt to build a competitive semiconductor ecosystem. (GS-3, 250 words)
  • Explain the significance of the India Semiconductor Mission (ISM). What structural challenges does India face in developing indigenous semiconductor fabrication capabilities? (GS-3, 150 words)

🎯 Practice MCQs

Prelims Q1

With reference to the India Semiconductor Mission (ISM) and India's semiconductor industry, consider the following statements:
1. India currently has at least two operational semiconductor fabrication units, with more under construction.
2. The India Semiconductor Mission has a corpus of ₹76,000 crore, earmarked for projects across fabs, packaging, and component manufacturing.
3. The NITI Aayog report on India's semiconductor industry recommends that India focus on "selective depth, capital efficiency, and system-level differentiation" rather than replicating the full global manufacturing spectrum.
Which of the statements given above are correct?

📖 View Explanation
Statement 1 is incorrect ✗ — India does NOT currently have any operational semiconductor fabrication unit. The first fab is expected to open in Dholera, Gujarat by 2028. Ten fabs are in various stages of development.

Statement 2 is correct ✓ — The India Semiconductor Mission (ISM) has a corpus of ₹76,000 crore, almost fully earmarked for projects across semiconductor fabs, incentives for component manufacturing, and bulk subscriptions to industry-grade semiconductor design applications.

Statement 3 is correct ✓ — The NITI Aayog's Frontier Tech Hub report recommends "selective depth, capital efficiency, and system-level differentiation" — meaning India should focus on packaging, compound nodes, and design capabilities rather than attempting to replicate the full global semiconductor manufacturing spectrum.

Answer: (b) — 2 and 3 only
THE HINDU | EV Policy + Supply Chain + Clean Energy

⚡ The Need for Strengthening India's EV Supply Chains

Authors: Jaideep Saraswat (Associate Director, Clean Power, Electric Mobility & Emerging Technologies, Vasudha Foundation) & Akanksha Golchha (Senior Associate, Chair on India & Emerging Asia Economics, CSIS) | Context: As EV adoption surges (~2.5 million EVs sold in FY26), India's growing dependence on Chinese lithium-ion battery imports creates a dangerous strategic vulnerability.

📋 Syllabus: GS-3: Infrastructure — Energy, clean energy, EV ecosystem; investment models GS-3: Issues relating to growth, development and employment; indigenisation of technology GS-2: Effect of policies of developed and developing countries on India's interests
🎯 Why in News? Around 2.5 million EVs were sold in India in FY26 — a significant jump from FY25 — reflecting the effectiveness of policy support (upfront purchase incentives, road tax exemptions). However, India's domestic cell manufacturing is still far below the scale needed to alter import dependence meaningfully. India's passenger EVs are sourcing batteries from 14 global manufacturers, with 7,987 MWh imported in 2025 — a significant share from Chinese manufacturers — creating a structural strategic risk.

⚡ Core Argument

India's EV revolution is succeeding on adoption metrics but failing on supply chain resilience. EV growth must now be judged by three additional metrics: supply chain resilience, strategic autonomy, and long-term sustainability. India's battery supply is increasingly exposed to a single-country (China) ecosystem — shaped by policy, geopolitics, and industrial strategy outside India's control. Several developments in China — tighter technology restrictions, withdrawal of VAT exemptions on battery exports — are compounding the risk. India's path forward lies in building a structured 'EV supply chain alliance' with trusted partners spanning minerals, manufacturing, technology, and standards — to ensure no single external disruption can stall India's electrification agenda.

📊 India's EV Market — Key Data

2.5 Million
EVs sold in India in FY26 — significant jump from FY25. Policy interventions working.
7,987 MWh
Battery imports in 2025. Sourced from 14 global manufacturers — significant share from China.
Only 1 GWh
Installed domestic cell manufacturing capacity (vs. 40 GWh awarded under ACC-PLI scheme).

⚠️ The Import Dependence Problem

🇨🇳 China Dependency — The Structural Risk
  • India's battery supply is increasingly exposed to a single-country ecosystem — China — shaped by Chinese policy, geopolitics, and industrial strategy outside India's control.
  • China's Actions Worsening the Risk:
    • Tighter technology restrictions on battery exports
    • Withdrawal of VAT exemptions on battery exports
    • Prioritisation of domestic demand over export
  • The West Asia conflict has further compounded pressure through higher raw material costs, elevated manufacturing expenses in China, and rising transport and risk premiums.
  • ACC Battery PLI Scheme: 40 GWh of capacity awarded — but only 1 GWh installed so far. Domestic manufacturing at scale remains aspirational.
💸 Consequences for Indian OEMs & Consumers
  • Battery Inflation: Delays price parity with internal combustion engine (ICE) vehicles and slows the shift from early adopters to mass-market buyers.
  • Higher Costs Passed On: If OEMs are forced to pass on higher costs to consumers in a price-sensitive market, national adoption targets are at risk.
  • EVs Confined to Premium Segments: Rising cell costs push EVs out of mass-market reach — threatening India's electrification agenda.
  • OEM Balance Sheet Stress: Battery cost inflation directly squeezes OEM profitability margins.

💡 The Way Forward — 5-Part Strategy

  • 1. "China+1" Sourcing Strategy: Many OEMs already talk of a "China+1" approach — but actual supplier diversity varies widely by segment. True diversification across suppliers, chemistries, and geographies is needed — it may raise costs initially but significantly lowers strategic disruption risk over time.
  • 2. Holistic Situational Assessment: Identify key interventions in the short to medium term. Near-term response must be pragmatic — adapt to market conditions rather than wait for complete import substitution.
  • 3. Product-Level Discipline: OEMs need to design EVs around efficiency, lighter architectures, more effective drivetrains, smarter software calibration, and battery right-sizing aligned with actual usage rather than aspirational range. India's market may reward lean, purpose-built electrification over oversized vehicles designed around imported battery economics.
  • 4. Sodium-Ion Battery Diversification: Indian manufacturers should begin type-testing vehicles across emerging chemistries, including sodium-ion batteries. Sodium-ion is not yet a full substitute for lithium-ion but could serve as a meaningful hedge as production scales domestically — broadening the technology base and reducing dependence on any single chemistry or supplier.
  • 5. Structured 'EV Supply Chain Alliance': India's path lies in building a structured alliance with trusted partners that spans minerals, manufacturing, technology, and standards. Such an alliance would distribute risk across geographies, deepen domestic capability over time, and ensure no single external disruption can stall India's electrification agenda.
🇮🇳 Software-Defined Battery Platforms — The Technology Edge Software-defined battery platforms that support multiple chemistries without hardware redesign would further improve flexibility as the cell market evolves. Higher-end EVs are increasingly paired with non-Chinese NMC (Nickel Manganese Cobalt) batteries, while cost-sensitive mass-market models continue to rely on cheaper Chinese LFP (Lithium Iron Phosphate) cells. India's electrification agenda must bridge this gap — by scaling domestic LFP production through the ACC PLI scheme while simultaneously developing the next generation of battery chemistry alternatives.

🔑 Key Terms

EV Supply Chain Resilience ACC Battery PLI Scheme China+1 Sourcing Strategy Lithium-Ion Battery (LFP / NMC) Sodium-Ion Battery OEM (Original Equipment Manufacturer) Strategic Autonomy (EV) EV Supply Chain Alliance Software-Defined Battery Platform Price Parity (EV vs ICE) VAT Exemption Withdrawal (China)

✏ Probable Mains Questions

  • "India's EV revolution risks trading dependence on imported fossil fuels for dependence on imported batteries." Critically examine India's EV supply chain vulnerabilities and suggest a comprehensive strategy to address them. (GS-3, 250 words)
  • Discuss the significance of the ACC Battery Production Linked Incentive (PLI) scheme for India's domestic battery manufacturing ecosystem. What are its limitations so far? (GS-3, 150 words)
  • "Supply chain resilience, strategic autonomy, and long-term sustainability must become the new metrics for evaluating India's EV transition." Analyze. (GS-3, 250 words)

🎯 Practice MCQs

Prelims Q1

With reference to India's Electric Vehicle (EV) battery ecosystem, consider the following statements:
1. Under the ACC Battery Production Linked Incentive (PLI) scheme, 40 GWh of manufacturing capacity has been awarded, but only about 1 GWh has been installed so far.
2. Sodium-ion batteries are currently a complete and full substitute for lithium-ion batteries across all use cases in electric vehicles.
3. India's passenger EVs source batteries from multiple global manufacturers, with a significant share coming from Chinese manufacturers.
Which of the statements given above are correct?

📖 View Explanation
Statement 1 is correct ✓ — Under the ACC Battery PLI scheme, 40 GWh of manufacturing capacity has been awarded — but only about 1 GWh has been installed so far, reflecting the significant gap between awarded capacity and actual domestic production scale-up.

Statement 2 is incorrect ✗ — Sodium-ion batteries are NOT yet a full substitute for lithium-ion batteries across all use cases. They could serve as a meaningful hedge as production scales domestically, broadening the technology base and reducing dependence on any single chemistry or supplier — but are not yet equivalent in energy density and performance across all EV applications.

Statement 3 is correct ✓ — India's passenger EVs are sourcing batteries from 14 global manufacturers, with 7,987 MWh imported in 2025. A significant share of this comes from Chinese manufacturers — creating the structural supply chain vulnerability highlighted in the editorial.

Answer: (b) — 1 and 3 only

⚡ Quick Revision Summary

TopicCore ArgumentKey Data / TermsSyllabus
🏙️ Land Pooling TP schemes (landowners contribute 25–40%, get back 60–75% as reconstituted plots) are better than compulsory acquisition — lower cost, less displacement, faster. Gujarat's 1,000 sq. km success is replicable. Rajasthan's first scheme is live. Digitised land records are non-negotiable. LARR Act 2013, TP Scheme, Gujarat Town Planning Act 1976, MMRDA, Guwahati DA Act 1985, Reconstituted Plots, GOI Promotion (2019). GS-2: Urban Policy | GS-3: Infrastructure
💻 Chip Industry India has zero fabs (first by 2028 in Dholera). ISM = ₹76,000 Cr corpus. NITI Aayog recommends "selective depth" — packaging, compound nodes, design, agentic AI — not full spectrum fab replication. Trusted partners: US, Japan, EU, South Korea. China = adversary. ISM, Dholera Fab, Selective Depth, Compound Nodes, Packaging as Core Pillar, Agentic AI, Taiwan Risk, $45–60 Bn needed. GS-3: Science & Tech | GS-3: Defence
⚡ EV Supply Chains 2.5 Mn EVs sold FY26 but India imports 7,987 MWh batteries (largely from China). ACC PLI: 40 GWh awarded, only 1 GWh installed. China+1 sourcing, sodium-ion diversification, software-defined battery platforms, and EV supply chain alliance with trusted partners are the solutions. ACC Battery PLI, China+1 Strategy, LFP/NMC batteries, Sodium-Ion, OEM, EV Supply Chain Alliance, Price Parity ICE vs EV. GS-3: Energy & EV Policy | GS-3: Infrastructure

📋 Hindu Editorial Analysis — UPSC Daily Current Affairs Study Notes

3 Editorials | Land Pooling · Semiconductors · EV Supply Chain | GS-2 & GS-3 Ready

Scroll to Top