By Naina, 23rd May 2026

India's manufacturing sector has entered the most consequential expansion phase in its post-liberalisation history. After more than two decades in which services dominated the country's growth story and manufacturing remained stubbornly stuck at approximately fifteen percent of gross domestic product, the present cycle is producing the broad-based industrial acceleration that successive governments had aimed for but had not previously delivered. The Indian economy expanded at 7.6 percent in the fiscal year ending March 2026, supported by quarterly growth of 7.8 percent in the December 2025 quarter and 8.2 percent in the preceding quarter. Industrial activity has remained robust, with the Index of Industrial Production growing 7.8 percent in December 2025, the highest in more than two years, followed by 4.8 percent expansion in January 2026. Gross Value Added from manufacturing reached approximately 12,242.9 billion rupees in the fourth quarter of 2025, the highest quarterly figure ever recorded, with the trajectory projected to climb to approximately 14,030 billion rupees in 2027 and 14,942 billion rupees in 2028 on the basis of current macroeconomic models.

What makes the present moment particularly consequential is the structural composition of the manufacturing expansion. India is no longer recording manufacturing growth dominated by traditional commodity industries and basic consumer goods alone. The current cycle is increasingly anchored on medium- and high-technology industries, which now contribute approximately 46.3 percent of manufacturing value added, indicating a clear shift toward industrial sophistication. Electronics, automobiles, pharmaceuticals, defence equipment, semiconductors, solar modules, advanced materials, drones and aerospace components have all moved into the centre of the manufacturing story. The Make in India campaign launched in 2014, the Production Linked Incentive scheme launched in 2020 and the National Mission on Manufacturing announced in the 2025-26 Union Budget have collectively produced an industrial-policy framework that is now visibly translating into measurable economic outcomes.

The PLI Catalyst

The Production Linked Incentive scheme has emerged as the single most consequential industrial-policy intervention in India's post-independence history. The scheme provides incentives based on incremental sales of products manufactured in domestic units, with an aggregate outlay of approximately 1.97 lakh crore rupees across fourteen strategic sectors including mobile phones, electronics components, pharmaceuticals, medical devices, automobiles, advanced chemistry cells, white goods, textiles, food processing, telecommunications and networking products, drones, speciality steel, solar photovoltaic modules and semiconductors.

The empirical results of the scheme have exceeded most initial expectations. Actual investments under PLI surpassed 2.16 lakh crore rupees by December 2025, a level that materially exceeded earlier forecasts. Incremental production and sales attributable to PLI-supported facilities crossed 20.41 lakh crore rupees. Direct and indirect job creation has reached approximately 14.39 lakh positions, with strong contributions from electronics, pharmaceuticals, automobiles, white goods and solar photovoltaic modules. Approximately 806 applications have been approved across the fourteen strategic sectors. Total PLI-driven employment generation, combined with the indirect employment created through associated supply chains and infrastructure development, has produced one of the largest formal-sector employment expansions in any single industrial-policy cycle.

The electronics sector has been the most visible beneficiary. Mobile-phone production has grown approximately fivefold over the past five years, positioning India as a global export hub. Smartphone exports rose 42 percent in fiscal year 2024 to approximately 1.35 lakh crore rupees, with the United States as the leading destination. Apple has established a significant manufacturing presence through its contract manufacturers Foxconn, Pegatron and Wistron, with iPhone production in Tamil Nadu and Karnataka accounting for a rapidly growing share of the global iPhone supply. Samsung continues to operate the world's largest single mobile-phone manufacturing facility at Noida. Dixon Technologies has emerged as one of the largest indigenous electronics manufacturing services companies, building capability across smartphones, televisions, washing machines, lighting and a growing range of additional categories.

Production of electronics goods has expanded from approximately 2.13 lakh crore rupees in fiscal year 2021 to between 5.25 and 5.45 lakh crore rupees by fiscal year 2025, an extraordinary expansion that has fundamentally altered India's position in global electronics supply chains. The trade balance in electronics, historically one of India's largest sources of trade deficit, has begun to improve as domestic production substitutes for imports and as exports accelerate. The Electronics Components Manufacturing Scheme, expanded under Budget 2026-27 with increased allocations, has begun to address the next phase of the challenge, which is the development of an indigenous components ecosystem to reduce dependence on imported components even as final assembly increasingly shifts to India.

The Semiconductor Mission

India's semiconductor industrial policy has moved from announcement to execution at a pace that few external observers anticipated. The India Semiconductor Mission, launched in December 2021 with an initial outlay of 76,000 crore rupees, has approved thirteen projects across seven states, with total committed investments of approximately 1.60 lakh crore rupees. Budget 2026-27 allocated a further 8,000 crore rupees, the largest single-year outlay since the programme began.

The Micron Technology Semiconductor Assembly, Test and Packaging facility at Sanand, Gujarat, was inaugurated by Prime Minister Modi on the 28th of February 2026, supported by approximately 825 million US dollars in central-government incentives against Micron's 2.75-billion-dollar investment. The Kaynes Semicon outsourced semiconductor assembly and test facility, with an investment of approximately 3,300 crore rupees and a production capacity of six million chips per day, was inaugurated on the 31st of March 2026. The Tata Electronics greenfield fab at Dholera, Gujarat, partnered with Taiwan's Powerchip Semiconductor Manufacturing Corporation, is targeting first silicon by late 2026, with a planned capacity of 50,000 wafers per month and a target output of three billion chips annually. Tata Electronics signed a memorandum of understanding with ASML in May 2026, securing equipment-delivery priority that is structurally important to maintaining the trial-production timeline.

Qualcomm completed a 2-nanometre chip tape-out in May 2026 with design work performed entirely across its Bengaluru, Chennai and Hyderabad engineering centres, the first major American chip designer to validate Indian advanced-design capability at a leading-edge node. The Indian semiconductor market, valued at approximately 38 billion US dollars in 2023, is projected to reach between 100 and 110 billion US dollars by 2030. India Semiconductor Mission 2.0, launched alongside Budget 2026-27, shifts the policy focus from attracting fabrication investment to building the complete supporting ecosystem of equipment, specialty chemicals, materials, design intellectual property and research-and-development centres. The aspiration is to host ten operational fabs over the medium term and to position India as a primary alternative to the Taiwan-Korea-Japan-China cluster that currently defines the global industry.

The Defence Manufacturing Story

Defence manufacturing has emerged as one of the most consequential strategic categories within India's broader manufacturing expansion. India's defence exports reached a record 23,622 crore rupees in fiscal year 2025, a twelve percent increase from 21,083 crore rupees in fiscal year 2024. The country has progressed from being one of the largest defence importers globally to a position in which indigenous production now meets the majority of operational requirements and exports have grown into a credible source of strategic and economic value.

The structural shift in defence manufacturing reflects multiple converging factors. The Strategic Partnership Model has brought major international defence companies into joint-venture arrangements with Indian manufacturers, transferring technology and building indigenous capability. The Defence Industrial Corridors in Uttar Pradesh and Tamil Nadu have provided concentrated infrastructure for defence-related manufacturing. The iDEX initiative, which supports defence-focused start-ups, has begun producing credible private-sector capability in drones, autonomous systems, electronic warfare and specialised defence software. Hindustan Aeronautics Limited, Bharat Electronics Limited, Bharat Dynamics Limited and the broader ecosystem of public-sector defence manufacturers have expanded significantly. Private-sector participants including Tata Advanced Systems, Mahindra Defence Systems, Larsen and Toubro and a growing list of specialised companies have built capability that earlier industrial-policy frameworks could not have produced.

The current allocation to defence in the Union Budget represents approximately 13.45 percent of the total budget, the highest among all ministries, with a strong focus on modernisation, indigenous production and operational preparedness. The combination of internal demand from the modernisation programme of the armed forces and external demand from a growing list of export customers has produced a defence-manufacturing pipeline that is now one of the most strategically important components of the broader industrial transformation.

The Automotive Transformation

The Indian automotive industry has remained one of the largest single contributors to manufacturing output, employment and exports. The country has consolidated its position as one of the world's largest two-wheeler producers and as a globally significant passenger-vehicle market. The transition to electric vehicles, supported by the PLI scheme for advanced chemistry cells, the Faster Adoption and Manufacturing of Hybrid and Electric Vehicles programme and a series of state-level policies, has begun to reshape the industry structure. Tata Motors, Mahindra and Mahindra, Hyundai, Maruti Suzuki, Hero MotoCorp, Bajaj Auto, TVS Motor Company and the new entrant Ola Electric have all built credible electric-vehicle capability. The supply chain for batteries, motors, power electronics and the broader EV ecosystem is expanding rapidly.

Royal Enfield's Oragadam plant in Chennai, Maruti Suzuki's Gujarat operations and a long list of comparable facilities reflect the country's automotive depth. The Gujarat plant of one major Japanese automaker shipped over 1,600 made-in-India vehicles to Japan in 2024, marking the country's emergence as a credible automotive export source for some of the most quality-sensitive markets globally. The autocomponents industry, which historically operated principally as a supplier to domestic OEMs, has progressively expanded its export footprint, with components now being supplied to global automotive supply chains across Europe, North America, Southeast Asia and the Middle East.

The automotive industry is now investing significantly in the next-generation technologies that will define competitiveness through the rest of the decade. Connected vehicle technologies, advanced driver-assistance systems, autonomous-driving research, hydrogen-fuel-cell prototypes and the broader integration of artificial intelligence into vehicle systems have all become active research-and-development priorities. The combination of cost competitiveness, increasing technological capability and the demonstrated ability to manufacture at scale has positioned India as a credible global automotive hub for the next industrial cycle.

The Pharmaceutical and Specialty Chemicals Story

India's pharmaceutical industry has continued to consolidate its position as one of the largest producers of generic medicines globally. The country supplies approximately twenty percent of the world's generic medicines by volume and accounts for a significant share of global vaccine production. The PLI scheme for pharmaceuticals, with two separate schemes covering bulk drugs and finished formulations, has begun to address the country's historical dependence on Chinese active pharmaceutical ingredients, with several major API manufacturing facilities now operational under the scheme. Approximately 41 critical APIs are targeted under the PLI framework, with the broader objective of reducing import dependence on a category that has strategic significance for both economic and health-security reasons.

The specialty chemicals sector has emerged as one of the fastest-growing manufacturing categories, driven by the global shift away from Chinese chemical supply chains in the wake of pandemic-related disruptions and broader geopolitical realignment. Indian specialty chemicals exports have grown at compound annual rates significantly above the manufacturing average, with companies including PI Industries, SRF, Aarti Industries, Atul, Navin Fluorine and a long list of mid-cap producers building credible export-led businesses. The combination of cost competitiveness, technical capability and supportive trade dynamics has produced a sector that is now a recognised global player in agrochemicals, pharmaceutical intermediates, performance chemicals and specialty industrial chemicals.

The Macroeconomic Implications

The manufacturing expansion has produced significant macroeconomic implications. The Reserve Bank of India and the Ministry of Finance both expect manufacturing to contribute increasingly to the country's growth trajectory through the rest of the decade. The National Mission on Manufacturing, announced in Budget 2025-26, formalises the strategic objective of raising manufacturing's share of GDP from approximately 14-17 percent currently to 25 percent by 2035, accompanied by the creation of approximately 143 million manufacturing jobs and the expansion of merchandise exports to one trillion US dollars annually by the same target year. The interim milestones for 2030, including a target of approximately 20-25 percent of GDP, set the framework for the implementation cycle.

The employment implications are particularly significant. Manufacturing has historically been the most reliable category for the absorption of surplus labour from agriculture, and the expansion now under way is producing job creation at a scale that the services sector alone cannot deliver. The combination of large-scale electronics assembly, automotive manufacturing, textile production, specialty chemicals, pharmaceuticals and the new categories of semiconductor packaging, drone manufacturing and renewable-energy equipment has produced employment opportunities across multiple skill levels, from entry-level assembly through skilled technical roles to specialist engineering positions.

The export trajectory has been equally significant. Indian merchandise exports have grown from approximately 313 billion US dollars in fiscal year 2021 to approximately 437 billion US dollars in fiscal year 2024, with the manufacturing share of total exports continuing to expand. The integration of Indian manufacturing into global supply chains, accelerated by the China-plus-one strategic shift among multinational companies, has produced a base of export-oriented manufacturing capability that earlier industrial cycles did not approach. Apple's growing iPhone exports from India, Samsung's continued production expansion, Foxconn's establishment of multiple manufacturing facilities and the broader presence of global electronics, automotive, pharmaceutical and engineering companies have produced an export ecosystem that is now a structural feature of the Indian economy rather than a peripheral activity.

The Infrastructure Foundation

The manufacturing expansion has been enabled by significant parallel investment in infrastructure. The National Infrastructure Pipeline, with cumulative investment of approximately 111 lakh crore rupees committed across the period through 2025, has produced visible improvements in road, rail, port and airport infrastructure. The PM Gati Shakti National Master Plan has integrated infrastructure planning across ministries, reducing the historical fragmentation that limited project execution. The dedicated freight corridors, the expansion of the national highway network, the modernisation of major ports and the build-out of inland logistics infrastructure have collectively reduced the logistics cost of manufacturing, which has historically been one of India's significant competitive disadvantages.

The power infrastructure has similarly improved, with the rapid expansion of renewable-energy capacity providing reliable industrial power at increasingly competitive prices. The combination of grid expansion, transmission upgrades and improved distribution has reduced the power-availability concern that earlier generations of industrial investors flagged as one of the principal constraints on Indian manufacturing competitiveness.

The Risks and the Frictions

Several risks warrant clear recognition. The first is the depth-versus-assembly distinction. A significant share of India's electronics manufacturing remains assembly-intensive rather than component-intensive, with the highest-value components continuing to be imported from East Asian suppliers. The Electronics Components Manufacturing Scheme has begun to address this, but the development of a complete domestic components ecosystem will require sustained investment and policy support over several years.

The second risk is the trade-policy environment. The Trump administration's broader trade-policy posture, including the application of tariffs on Indian exports and the broader uncertainty about the future of the United States-India trade relationship, creates significant headwinds for India's export-oriented manufacturing. The Indian government's diplomatic and economic response, including the pursuit of trade agreements with the European Union, the United Kingdom and other major economies, has begun to diversify the export destinations and reduce the concentration risk.

The third risk is the skills gap. The expansion of advanced manufacturing requires technical talent at scale, and the Indian higher-education and vocational-training systems have not yet expanded sufficiently to meet the demand. The Skill India Mission, the apprenticeship programmes operated by major employers and the rising private investment in technical education have begun to address this, but the gap between demand and supply remains significant in several specialised areas including semiconductors, advanced electronics, electric mobility and aerospace.

The fourth risk is the regulatory environment. Despite progressive improvements in ease of doing business, the operational reality for manufacturing investors continues to involve significant interaction with state-level bureaucracies, environmental clearances, land-acquisition processes and labour-law compliance frameworks that retain substantial complexity. The state-level industrial-policy variations, while creating healthy competition between states for investment, also produce a fragmented operational environment for companies operating across multiple states.

The Direction of Travel

The manufacturing boom of 2026 is no longer an aspiration. It is an operational reality that is producing measurable contributions to GDP growth, to employment creation and to the country's broader integration into global value chains. The trajectory toward the 2030 milestone of 20-25 percent of GDP and the 2035 milestone of 25 percent of GDP with 143 million jobs and one trillion dollars of merchandise exports is challenging but, on the basis of current investment commitments and policy momentum, achievable.

The implications for India's broader economic positioning are significant. A country whose manufacturing sector contributes 25 percent of GDP and supports a 143-million-strong manufacturing workforce is a fundamentally different economic and strategic actor than the country India is today. The negotiating position in international trade discussions, the strategic significance of Indian capability in critical sectors, the country's role in global supply-chain reorganisation and the broader contribution of manufacturing to economic resilience all change materially as the sector expands.

For the broader Indian economy, the manufacturing expansion provides the foundation for the kind of broad-based growth that earlier services-led cycles did not produce. The services sector will continue to be central to India's economic trajectory, but the addition of a meaningful manufacturing base provides the employment scale, the export-earning capability, the technology absorption and the broader strategic depth that a services-only economy cannot offer. The historic underperformance of Indian manufacturing has been one of the persistent features of the country's economic discussion for more than three decades. The present cycle is, for the first time, producing the measurable evidence that the underperformance is being addressed at structural scale.

The manufacturing of 2030, if the current trajectory holds, will be substantially more advanced, substantially more globally integrated and substantially more strategically consequential than the manufacturing of 2020. The companies, the policy framework and the broader infrastructure now being put in place are the foundations on which the next phase of India's economic transformation will be built. The manufacturing boom is real, the contribution to GDP growth is measurable and the longer-term implications for India's economic positioning are significant. The decisions being taken now, in factory boardrooms, in state-government investment-promotion offices, in the central government's industrial-policy councils and in international corporate headquarters considering their global manufacturing footprint, will define the manufacturing landscape of the next generation. India's moment, in manufacturing, has finally arrived.