Make in India 2.0: How Manufacturing Leaders Are Building India's ₹40 Lakh Crore Industrial Vision

In August 2023, inside a gleaming Foxconn facility in Sriperumbudur, Tamil Nadu, the first iPhone 15 assembled on Indian soil rolled off the production line. It was a moment that had seemed improbable as recently as 2019, when India's share of global iPhone manufacturing was negligible. By FY2024, India was assembling approximately 14% of all iPhones globally — a number Apple intends to grow to 25% by 2025–26. Tata Electronics, which acquired Wistron's India operations in 2023 and is in the process of acquiring Pegatron India, is building what will become the world's largest iPhone assembly facility outside China in Hosur, Tamil Nadu.

This is not just an Apple story. It is a signal that India's manufacturing renaissance — long promised, often delayed, occasionally derailed — has moved from aspiration to operational reality. The convergence of government intent (Make in India 2.0, PLI schemes, industrial corridor development), global supply chain restructuring (China+1 strategy, US-China trade tensions), and a new cohort of manufacturing leadership talent is creating conditions for the most consequential expansion of India's industrial base since the licence raj was dismantled in 1991.

PLI: From Policy to Production

The Production-Linked Incentive (PLI) scheme, launched across 14 sectors between 2020 and 2022 with a total outlay of ₹1.97 lakh crore, is India's most ambitious industrial policy intervention since liberalisation. The scheme ties government incentives to incremental production thresholds, ensuring that disbursements follow actual manufacturing output rather than investment commitments.

The results across sectors are uneven but directionally positive. Mobile phones and electronic components is the unambiguous success story: approved beneficiaries include Samsung, Foxconn, Tata Electronics, and Pegatron, with cumulative production crossing ₹4 lakh crore and exports of ₹1.2 lakh crore by FY2024. The scheme catalysed India's transformation from a net mobile phone importer to the world's second-largest mobile phone manufacturer.

Pharmaceuticals PLI has generated incremental production of over ₹8,000 crore and positioned India to reduce its dependence on Chinese API (Active Pharmaceutical Ingredient) imports, which represent 70%+ of India's API supply chain. Food processing PLI has supported 173 projects with cumulative investment of ₹7,562 crore. Specialty steel, automobiles and auto components, and advanced chemistry cells (batteries) are in active execution.

The sectors where PLI impact has been slower — textiles and apparel, white goods — reflect the complexity of scaling manufacturing ecosystems that depend on deep industrial clusters, skilled labour, and supply chain density rather than capital investment alone. This is the structural challenge India's manufacturing policy must confront: writing cheques is easier than building industrial ecosystems.

Defence Manufacturing: The Indigenisation Imperative

India's defence manufacturing story is the most strategically significant — and most under-reported — element of the manufacturing renaissance. India has historically been the world's largest arms importer, spending $18–22 billion annually on defence imports. The government's target is to reduce import dependence from 65% to below 35% by 2025 and to achieve defence exports of ₹50,000 crore by 2025.

The progress is real. Hindustan Aeronautics Limited (HAL) delivered the first batch of domestically manufactured Tejas LCA Mk1A fighters to the Indian Air Force in 2024. Tata Advanced Systems is producing fuselages for C-295 military transport aircraft in Vadodara, in a joint venture with Airbus — the first military aircraft to be manufactured in India by a private company. Bharat Electronics Limited (BEL) supplies over 70% of India's defence electronics domestically, up from less than 50% a decade ago.

Mahindra Defence, L&T Defence, and Bharat Forge have built significant defence manufacturing capabilities in armoured vehicles, artillery systems, and aerospace components. The government's dedicated Defence Corridors — in Uttar Pradesh (Lucknow–Aligarh–Agra–Kanpur–Chitrakoot–Jhansi belt) and Tamil Nadu (Chennai–Coimbatore belt) — have attracted cumulative investment commitments of over ₹50,000 crore.

"India's defence manufacturing capability has advanced more in the last five years than in the previous thirty. But the pace of indigenisation must accelerate — the geopolitical environment will not wait for comfortable timelines." — Vice Admiral (Retd.) Rajan Chaudhary, speaking at a CII Defence Manufacturing Summit, March 2024.

Industrial Corridors: Rewiring India's Economic Geography

India's industrial corridor programme — encompassing the Delhi-Mumbai Industrial Corridor (DMIC), the Chennai-Bengaluru Industrial Corridor (CBIC), the Visakhapatnam-Chennai Industrial Corridor (VCIC), and the Amritsar-Kolkata Industrial Corridor (AKIC) — represents a ₹25 lakh crore infrastructure investment intended to concentrate manufacturing activity along logistics-efficient belts.

The DMIC, the most advanced of these corridors, is anchored by greenfield smart industrial cities: Dholera Special Investment Region (Gujarat) — where India's semiconductor fab is being built — Auric City (Maharashtra), Shendra-Bidkin (Maharashtra), and Greater Noida Phase 2 (Uttar Pradesh). These are not just industrial estates; they are purpose-built manufacturing ecosystems with grid infrastructure, water supply, logistics connectivity, and housing — designed to attract the kind of large-scale, capital-intensive manufacturing investment that requires decades-long infrastructure certainty.

The Chennai-Bengaluru corridor has particular strategic significance for electronics, EV, and automotive manufacturing. Tamil Nadu, Karnataka, and Andhra Pradesh — the three states anchoring this corridor — collectively account for over 40% of India's manufacturing exports. The corridor's planned nodes include a dedicated electronics manufacturing cluster in Tumkur (Karnataka) and an aerospace manufacturing zone in Hosur (Tamil Nadu, where Tata Electronics' mega iPhone facility is located).

The MSME Foundation: India's Industrial Backbone

India's 63 million MSMEs, employing over 110 million people and contributing approximately 30% of GDP, are the invisible infrastructure of India's manufacturing ecosystem. They produce the components, sub-assemblies, tooling, and ancillary services that large manufacturers depend on. Every iPhone assembled in Tamil Nadu requires hundreds of component suppliers — and India's ability to build that supplier ecosystem will determine whether the iPhone manufacturing story scales or stalls.

The MSME sector faces three structural challenges that require leadership-level attention: technology adoption (most Indian MSMEs remain far below global standards on automation, quality control, and digital integration), access to capital (the credit gap for MSMEs was estimated at ₹20–25 lakh crore in 2023), and supply chain integration (connecting Indian MSMEs into global supply chains requires quality certifications, logistics capabilities, and production planning systems that many lack).

The Manufacturing Leadership Talent War

India's manufacturing renaissance is constrained by a talent bottleneck at the leadership level that is less visible than the capital and infrastructure challenges but equally consequential. The country produces approximately 1.5 million engineering graduates annually, but the pipeline of senior manufacturing leaders — COOs, plant heads, supply chain directors, quality directors with global manufacturing exposure — is thin relative to the demand being created by PLI-driven investment, GCC manufacturing mandates, and global supply chain migration.

The specific profiles in acute scarcity include: semiconductor manufacturing operations leaders (vanishingly rare; India has no history of fab operations), aerospace and defence manufacturing executives with both technical depth and programme management capability, EV manufacturing leaders who understand battery technology, powertrain integration, and the transition from ICE to EV production processes, and global supply chain executives who can manage multi-tier supplier networks spanning India, Southeast Asia, and the Americas.

At Gladwin International, manufacturing leadership mandates have grown faster than any other practice area over the past two years. The compensation premium for manufacturing executives with global supply chain experience has increased 35–45% in that period. India is in the early stages of a manufacturing talent war that will intensify significantly as PLI investments move from commitment to full production ramp.

What This Means for Manufacturing Leaders

The opportunity set for manufacturing leaders in India in 2025 is the most exciting in a generation. The combination of government support, global supply chain tailwinds, and genuine industrial momentum means that exceptional manufacturing executives can build things in India that will have global significance. But the demands are correspondingly high: navigating government partnerships, managing global supply chains, driving technology adoption in operations, and building leadership teams capable of running world-class manufacturing at scale are all requirements that the manufacturing leader of 2025 must meet simultaneously. The leaders who rise to that challenge will not merely build factories. They will build India's industrial future.