Industrial Competitiveness

Industrial competitiveness refers to the capacity of a nation’s industrial sector to produce goods and services that meet the test of international markets while simultaneously expanding the real income of its citizens. Within the context of the Indian economy, it is evaluated through indices like the Global Competitiveness Index (GCI) and the Competitive Industrial Performance (CIP) index tracker by UNIDO. It depends fundamentally on structural factors including input costs, regulatory burdens, infrastructure, and innovation capability.

Core Dimensions of Competitiveness in Indian Manufacturing

Cost Competitiveness and Input Dynamics

India possesses a structural advantage in labor-cost arbitrations, with average wage rates significantly lower than those in advanced economies and East Asian competitors. However, this advantage is frequently diluted by lower labor productivity and high systemic input costs. The cost of industrial power in India remains among the highest globally due to cross-subsidization models, where industrial consumers subsidize agricultural and domestic users.

Technological Intensity and R&D Capitalization

A critical determinant of competitive edge is the transition from low-tech, resource-based manufacturing to high-tech, knowledge-intensive production. India’s Gross Expenditure on Research and Development (GERD) has historically hovered around 0.65% to 0.7% of GDP, which falls below advanced economies like the United States (over 3%) and East Asian peers like South Korea (over 4.5%). This limits the indigenous development of intellectual property and core components, leading to an over-reliance on the assembly of imported kits rather than full-scale fabrication.

Logistical Efficiency and Ecosystem Integration

The cost of logistics acts as a hidden tax on manufacturing competitiveness. In India, logistics costs have traditionally consumed a high percentage of the final product value, compared to the global benchmark of 7% to 8% seen in highly competitive manufacturing nations. These high costs stem from skewed modal choices—with an over-dependence on road transport over more cost-effective rail and inland water transport—as well as structural bottlenecks at port terminals and terminal points.

Make in India: Structural Architecture and Pillars

Launched in September 2014, the “Make in India” initiative was designed to elevate the manufacturing sector’s contribution to GDP to 25% and generate 100 million additional jobs. The framework operates on four distinct pillars aimed at restructuring the industrial landscape.

The Institutional Mechanisms: EGoS and PDCs

To eliminate red tape and streamline big-ticket investments, the government institutionalized the Empowered Group of Secretaries (EGoS) and Project Development Cells (PDCs). PDCs operate within individual ministries to conceptualize, strategize, and deliver complete, investible project pipelines equipped with pre-clearances and allocated land parcels. This mechanism directly targets regulatory delays that historically hindered Foreign Direct Investment (FDI) inflows.

Strategic Interventions Upgrading Industrial Competitiveness

Production Linked Incentive (PLI) Schemes

The PLI scheme marks a shift from generic input subsidies to output-linked fiscal incentives. With a financial outlay of ₹1.97 lakh crore across 14 key sectors (including advanced chemistry cell batteries, electronic systems, and pharmaceuticals), the scheme incentivizes incremental domestic production. By linking cash payouts directly to domestic sales performance over a five-year horizon, PLI forces firms to scale up operations, achieve economies of scale, and build resilient domestic supply chains.

National Manufacturing Mission (NMM)

Introduced as a unified policy framework, the National Manufacturing Mission (NMM) coordinates industrial growth across state boundaries and central line ministries. The NMM focuses heavily on clean-tech manufacturing, such as solar PV modules, electric vehicle (EV) batteries, and green hydrogen infrastructure. This ensures that India’s growing industrial base aligns with its international net-zero commitments while building capacity in emerging high-growth industries.

Infrastructure Upgrade Ecosystem: PM GatiShakti and NLP

The PM GatiShakti National Master Plan provides a digital GIS-mapping platform that integrates the infrastructure planning of various ministries, including Railways, Roadways, and Shipping. This spatial planning framework operates in tandem with the National Logistics Policy (NLP), which targets a reduction in logistics costs to boost global supply chain integration. The objective is to place India within the top 25 countries of the World Bank’s Logistics Performance Index (LPI).

Challenges Hindering Optimal Industrial Competitiveness

Structural Bottlenecks and Factor Market Rigidities

Despite improvements in the Ease of Doing Business parameters, challenges remain within factor markets, particularly regarding land acquisition and labor flexibilities. Industrial land acquisition often faces complex litigation and high stamp duties, which delays greenfield projects. Additionally, complex state-level compliance requirements can disincentivize small enterprises from scaling up into larger, more competitive corporations.

The Inverted Duty Structure

A persistent distortion in India’s tariff regime is the inverted duty structure, where raw materials or intermediate inputs face higher import customs duties than the finished manufactured product. This distortion penalizes domestic value addition, makes local production costlier than importing finished goods, and undermines the foundational objectives of the Make in India initiative in sectors like electronics and engineering goods.

Credit Access and Micro, Small, and Medium Enterprises (MSMEs)

MSMEs form the backbone of the industrial ecosystem, contributing significantly to manufacturing output and employment. However, these units face structurally higher costs of capital and limited access to formal credit channels due to stringent collateral demands. This credit bottleneck impedes technological upgrades and prevents smaller units from meeting the stringent quality standards required for global supply chain integration.

Sector-Specific Progress and Competitive Advancements

Electronics and Semiconductor Ecosystem

The electronics manufacturing sector has transitioned from simple semi-knocked-down (SKD) assembly to deep localized manufacturing. Domestic value addition in smartphone manufacturing has seen steady growth, driven by targeted import tariff adjustments and Phased Manufacturing Programmes (PMP). Furthermore, the Dedicated Semiconductor Mission provides capital support to establish domestic fabrication facilities and assembly test plants, addressing a key vulnerability in the high-tech supply chain.

Automotive and Defense Indigenization

The automotive sector remains an industrial anchor, with a well-developed component manufacturing ecosystem that supports export markets. In the defense manufacturing space, competitiveness has been driven by the implementation of positive indigenization lists, which restrict the import of specific military hardware. This policy has created a predictable domestic market for local private defense players and Public Sector Undertakings (PSUs).

Pharmaceuticals and Active Pharmaceutical Ingredients (APIs)

While India is globally recognized as the “Pharmacy of the World” for generic formulations, it has historically faced an underlying vulnerability due to a heavy reliance on imports for Active Pharmaceutical Ingredients (APIs) and Key Starting Materials (KSMs). Recent interventions, including dedicated bulk drug parks and PLI incentives for chemical synthesis, aim to correct this imbalance and build a more secure, competitive, and vertically integrated domestic pharmaceutical supply chain.