Women in science and industry: Fueling India’s Vision 2047

India’s Vision 2047 will be shaped by the strength of its scientific capability and the depth of its industrial capacity. On National Science Day, celebrated this year under the theme “Women in Science: Catalysing Viksit Bharat,” it is important to expand the conversation beyond traditional laboratories. India’s progress is unfolding on plant floors, in control rooms, and in high-tech manufacturing hubs, spaces where women engineers are increasingly taking on critical roles. At the heart of India’s industrial rise lies the grit, talent and determination of these women.

The reinvention of heavy industry

India’s manufacturing sector contributes roughly 16–17% of GDP, with a national goal of raising this to 25%. Achieving that scale will not be possible through incremental change. It requires a structural transition from conventional production systems to science-led industrial ecosystems.  

Sectors such as advanced materials, metals, semiconductors, electric mobility, renewable energy components and defence manufacturing are widely recognised as sunrise industries. They are capital-intensive, technology-driven, and central to India’s ambition to become a global manufacturing hub. Government initiatives such as Production-Linked Incentive (PLI) schemes, accelerated renewable energy deployment, and the expansion of industrial corridors signal that the coming decade will be rooted in high-tech industrial capability.

None of this progress can be achieved without a fundamental shift in how heavy industry operates and how it develops talent. Modern manufacturing facilities are increasingly powered by advanced process automation, AI-driven optimisation, digital twins, and predictive maintenance systems that improve yield, safety and resource efficiency. This demands diverse technical leadership, and inclusion today is not limited to social messaging; it is an operational necessity. Today, manufacturing excellence is about applied science, materials engineering, robotics, data analytics, and sustainability-driven design, blurring the boundaries that kept women out of heavy industry.

The rise of women engineers

As industry transforms, so too must its talent base.

India produces one of the largest STEM talent pools in the world. Currently, women account for over 43% of STEM enrolments in India, and this shift is making its way into industry. Women engineers are operating high-precision control rooms, leading automation projects, managing instrumentation systems and contributing to advanced materials research. Moreover, automation and smart manufacturing are lowering traditional physical barriers associated with heavy industry. With robotics handling repetitive or hazardous tasks and remote monitoring systems reducing on-ground constraints, the modern plant floor is becoming more inclusive by design.

Heavy industry has evolved from muscle to mathematics. From metallurgy labs to algorithm-controlled furnace operations, the sector today demands talent that is digitally fluent, research-oriented and sustainability-focused. For HR practitioners, the question is no longer whether women can thrive in heavy industry; it is whether organisations are building the systems that enable them to do so.

Based on this, one thing stands out clearly. India cannot aspire to global manufacturing competitiveness while underutilising half its talent pool. Female labour force participation in India remains below 40%, according to World Bank estimates. In manufacturing, representation is significantly low. At a time when companies face persistent skill shortages in advanced manufacturing, overlooking capable engineers is a strategic misstep.

Research has consistently demonstrated that diverse teams outperform homogeneous ones in complex problem-solving, innovation, and long-term resilience. Creating a more inclusive industrial workforce requires coordinated action across industry, academia and policy.

First, companies must design structured entry pathways for women engineers, including plant internships, apprenticeships, rotational programmes and technical leadership tracks in operations and R&D.  

Second, industry-academia collaboration must deepen, particularly in Tier 2 and Tier 3 towns where engineering institutions are producing strong talent.  

Third, skilling and reskilling must be continuous. As AI, robotics and automation redefine job roles, organisations must invest in digital capability building for both existing and new employees.  

Policy support also plays a vital role. Government initiatives promoting STEM education for girls, coupled with industrial infrastructure development and safety standards, can accelerate participation.

National Science Day reminds us that scientific progress is not only about discovery; it is about participation. If Viksit Bharat is to become a reality, India’s science-led manufacturing revolution must be supported by inclusive talent strategies that unlock the full potential of its workforce.