From Shopfloor to Boardroom: The Leadership Competencies India's Manufacturing Sector Desperately Needs

There is a retirement wave coming for India's manufacturing sector that nobody is talking about loudly enough. The generation of engineers and plant managers who built India's post-liberalisation manufacturing base — who scaled Maruti Suzuki's Manesar plant, ran Tata Steel's Jamshedpur operations, built L&T's heavy engineering capabilities — are approaching the end of their careers. They took manufacturing knowledge for granted because they earned it over 30 years on the shopfloor. Their successors will need to acquire equivalent operational depth in less time, while simultaneously mastering digital technologies that did not exist when their mentors started their careers, navigating supply chain geopolitics that would have been unrecognisable a decade ago, and leading with the ESG accountability that today's investors, customers, and regulators demand.

This is not a crisis that will be solved by hiring more engineers. India produces 1.5 million engineering graduates annually — more than enough for its immediate talent needs. The crisis is at the intersection of technical depth, commercial capability, digital fluency, and global orientation. It is a leadership crisis, not a labour crisis. And it is happening at precisely the moment when India's manufacturing ambitions are highest.

Why Traditional Plant Managers Don't Make Great COOs

The career pathway for manufacturing leadership in India has historically been straightforward: engineering degree, graduate trainee programme at a large manufacturer, progressive plant roles (production engineer, shift manager, plant manager, general manager — operations), and eventually a VP or COO role. This pathway produces leaders with deep process knowledge, strong workforce management capability, and an intuitive feel for operational performance that no classroom can replicate.

What it reliably fails to produce is commercial literacy, strategic thinking, and the ability to engage with a board or a global headquarters on business terms. The plant manager who ran a world-class automotive facility for 20 years understands cost-per-unit and OEE (Overall Equipment Effectiveness) better than almost anyone. Does that same leader understand EBITDA bridge analysis, working capital management, inventory turn as a balance sheet lever, or make-vs-buy economics in a capital-intensive business? Often, the answer is no — and that gap becomes a ceiling that prevents talented manufacturing leaders from reaching the COO and CEO roles their operational capability deserves.

"The best COO we ever had was a plant manager who spent two years in the commercial function before returning to operations. He came back speaking a different language — the language of the P&L — and it transformed how the entire operations leadership team communicated with the board." — A manufacturing CEO who spoke at a Gladwin International leadership roundtable, April 2025.

Gladwin International has conducted post-placement assessments of manufacturing COO and VP-Operations appointments over the past five years. The most consistent finding: leaders who had cross-functional exposure (finance, commercial, supply chain leadership roles outside pure operations) significantly outperformed pure-operations leaders on stakeholder management, strategic decision-making, and board-level communication within 18 months of appointment. The pipeline of cross-functional manufacturing leaders in India is thin. Building it must be an active organisational priority.

Digital Fluency: The New Literacy for Manufacturing Leaders

"Digital fluency" in a manufacturing context does not mean writing code or configuring ERP systems. It means the ability to make intelligent decisions about technology adoption: to evaluate a vendor's Industry 4.0 pitch critically, to understand what data quality is required to make an AI predictive maintenance system reliable, to assess the cybersecurity risks of connecting OT (operational technology) systems to enterprise networks, and to build and manage a team of data engineers and data scientists alongside traditional manufacturing engineers.

The digital fluency gap in India's manufacturing leadership is measurable. A 2024 survey of manufacturing CEOs and COOs by CII and McKinsey found that only 23% of respondents felt "highly confident" in their ability to evaluate the business case for Industry 4.0 investments. Over 40% reported having deployed IoT or AI technology in their facilities but lacking confidence that they were extracting full value from the investment.

The root cause is not intelligence — India's manufacturing leaders are highly capable. It is developmental exposure. Most senior manufacturing executives have had limited direct engagement with technology investment decisions, which have traditionally been owned by IT functions operating in parallel to (and often at cross-purposes with) operations. Bridging this gap requires deliberate developmental experiences: technology immersion programmes, partnerships with technology vendors in pilot implementations, and direct responsibility for digital transformation budgets.

Several Indian manufacturing companies have addressed this by creating a "Chief Manufacturing Technology Officer" role — a hybrid between a COO and a CTO — that specifically owns the technology transformation of the manufacturing function. Tata Steel's AIRO programme was led by a senior executive with both steelmaking and data analytics experience. L&T's digital manufacturing transformation is led by an executive who spent part of his career in IT before returning to operations. These are not accidents; they are deliberate talent architecture decisions.

Supply Chain Geopolitics: The Leadership Skill Nobody Taught in Engineering School

Supply chain management in Indian manufacturing was, for most of the past three decades, primarily a domestic optimisation problem: managing supplier relationships, negotiating material prices, reducing lead times within India. The occasional international dimension — importing specific components or raw materials — was handled by specialist import teams.

The post-2018 world has made supply chain geopolitics a core leadership competency rather than a specialist function. A manufacturing COO today must understand: how US tariff policy on Chinese imports affects their raw material sourcing; how the EU Carbon Border Adjustment Mechanism (CBAM) will impact the cost competitiveness of Indian exports; how semiconductor shortages cascade through automotive supply chains; how sanctions regimes create compliance risks in procurement from certain geographies; and how the India-ASEAN Free Trade Agreement, the UK-India FTA, and the forthcoming EU-India trade agreement create both opportunities and risks in their supply chains.

This is not theoretical knowledge. It has direct operational consequence. An automotive COO who does not understand CBAM implications when planning an export strategy to Europe is making decisions that will create financial surprises. A chemical company COO who does not understand the sanctions landscape for raw material sourcing from certain MENA countries is creating compliance risk that could threaten export contracts. Supply chain geopolitics is a leadership skill that India's engineering education system does not teach and that most manufacturing companies have not built systematic capability around.

P&L Management in Capital-Intensive Businesses

Manufacturing is, by definition, a capital-intensive business. The decisions that manufacturing leaders make — about capital investment in equipment, about capacity expansion, about make-vs-buy, about technology adoption — are among the highest-stakes financial decisions in any organisation. Yet India's manufacturing leadership pipeline is thin on financial acuity specifically calibrated to capital-intensive business economics.

The financial literacy that manufacturing leaders need includes: return on invested capital (ROIC) analysis (understanding how a capital investment decision flows through to shareholder returns), depreciation and amortisation management (how equipment lifecycle decisions affect cost structure), working capital management in inventory-heavy businesses (a steel producer with 60 days of raw material inventory is tying up enormous capital — reducing that by 10 days has significant balance sheet implications), and the economics of capacity utilisation (how fixed-cost leverage works in manufacturing and why utilisation rate is the most important driver of manufacturing profitability).

These are learnable skills. They are not typically included in engineering curricula or in the traditional manufacturing management development path. Organisations that invest in building this financial acuity in their high-potential manufacturing leaders — through rotations in finance, through structured financial modelling programmes, through direct exposure to CFO-level decision-making processes — consistently produce more commercially effective COOs.

ESG Integration: From Compliance to Competitive Advantage

Environmental, Social, and Governance (ESG) accountability is no longer optional for Indian manufacturing leaders with global ambitions. The EU's Carbon Border Adjustment Mechanism (CBAM), which began its transitional phase in October 2023 and will impose tariffs on carbon-intensive imports from 2026, directly affects Indian exports of steel, aluminium, cement, and chemicals. European retail and industrial buyers are imposing supply chain ESG due diligence requirements that flow down to Indian manufacturers as Scope 3 emissions reporting obligations. The Securities and Exchange Board of India's Business Responsibility and Sustainability Reporting (BRSR) framework mandates sustainability disclosure for the top 1,000 listed companies.

Manufacturing leaders who understand ESG not as a compliance burden but as a strategic lens — using sustainability as a driver of operational efficiency, employee engagement, and customer trust — consistently outperform peers who treat it as a reporting exercise. Tata Steel's green steel investments, Mahindra's renewable energy commitments in manufacturing, and JSW Group's circular economy initiatives in steelmaking are examples of ESG integration creating genuine competitive differentiation.

Building a Culture of Operational Excellence

Perhaps the most enduring leadership capability in manufacturing is the ability to build and sustain a culture of operational excellence — one where every employee understands quality standards, pursues continuous improvement as a daily practice, and feels accountable for the performance of their work area. This is the Toyota Production System philosophy, adapted and applied across manufacturing sectors globally. It is also the hardest leadership capability to develop, because it is fundamentally about values and culture rather than tools and techniques.

India's best-run manufacturing facilities — Maruti Suzuki's Manesar plant, Bharat Forge's Pune forging facility, Titan Company's precision manufacturing operations in Hosur — have this culture. Building it requires years of consistent leadership behaviour, investment in shopfloor training and capability development, recognition systems that reward quality and improvement rather than just output, and a management philosophy that treats quality failures as improvement opportunities rather than individual failures.

What Gladwin International Looks For

When Gladwin International conducts C-suite manufacturing searches, the profile we seek has evolved dramatically from five years ago. Operational depth remains essential — we will not recommend a COO candidate who cannot credibly discuss throughput economics, quality systems, or maintenance strategy. But the differentiating capabilities in the senior shortlists we present are: P&L ownership experience (demonstrated accountability for manufacturing EBITDA, not just operational KPIs), technology transformation leadership (having led a significant Industry 4.0 or digitalisation programme, not just evaluated one), supply chain geopolitical literacy, and the organisational courage to make difficult decisions — to recommend shutting a facility that is no longer competitive, to invest in automation that changes the workforce mix, or to take a public ESG commitment that requires significant operational change.

These leaders exist in India. They are not yet as numerous as the market demands. Building more of them — through developmental assignments, board exposure, cross-functional experience, and deliberate investment in commercial and digital fluency — is the most important long-term capability investment that India's manufacturing companies can make. The gap between India's manufacturing ambition and India's manufacturing leadership pipeline is the most important talent challenge in the Indian economy. Closing it, even partially, will be the defining work of the next decade.