Two powerful forces are shaping the future of humanity today. One is Artificial Intelligence (AI), which is automating tasks at an unprecedented pace and reducing traditional employment opportunities. The other is Climate Change, which is creating the biggest challenge of our times but also opening new opportunities for innovation, livelihoods, and jobs. This dual reality makes it clear that education, especially STEM education, must be repurposed and reoriented to respond to new challenges. India cannot achieve its developmental aspirations of Viksit Bharat 2047 or the ambitious target of Net Zero 2070 without preparing its youth for careers that contribute to sustainability and climate resilience.
What is STEM education and where does it stand?
STEM, short for Science, Technology, Engineering, and Mathematics, is much more than a collection of subjects. It is an approach to learning that integrates knowledge across disciplines and applies it to real-world problem solving. It trains students not only in theory but also in experimentation, innovation, and design thinking.
In India, STEM education has made steady progress over the last decade. Initiatives such as Atal Tinkering Labs, PM SHRI schools, and state-level STEM programs have encouraged hands-on learning through emerging technologies including robotics, coding, 3D printing, and inquiry-based science. Many schools and universities are introducing STEM labs to prepare students for emerging careers in technology of future.
Most of this momentum is still directed at conventional science and technology jobs, not at the green future that we urgently need. If STEM continues to operate within its traditional framework, it may not be able to respond to the climate crisis or to the need for sustainable development. What we require now is a transformation of STEM into G-STEM, ‘Green STEM’, where every bit of knowledge, skill, and innovation is directed towards sustainability, adaptation, and low-carbon solutions.
From AI job losses to climate-driven job creation
Across the world, AI is impacting conventional employment in industries that once provided stable livelihoods. Routine clerical work, customer service, and even some areas of engineering and medicine are being automated. India, with its large working-age population, cannot ignore this shift.
At the same time, climate change is driving a completely different kind of job creation. The transition to renewable energy, sustainable agriculture, electric mobility, water and waste management, and the circular economy is opening new areas where human skills are not just useful but indispensable. Instead of fearing the loss of jobs due to AI, India has a chance to invest in jobs created by climate transition. STEM education is the foundation of this opportunity, ensuring that students learn not only to understand the science behind sustainability but also to apply it in ways that generate sustainable livelihoods.
What does a greener tomorrow mean?
A greener tomorrow is not an abstract dream. It is about enhancing quality of our everyday life. It is about the air we breathe, the water we drink, and the land we live on. It is about minimizing the impact of climate change and adapting to its inevitable effects.
For India, a greener tomorrow will mean cities that remain cooler even during heatwaves because of climate-sensitive planning. It will mean farmers continue to grow food despite erratic monsoons with of climate-smart agriculture. It will mean Olympic Games and Commonwealth Games that are carbon neutral or even carbon zero. It will mean ecotourism that protects fragile ecosystems while creating livelihoods for local communities.
India has already announced its Panchamrit of Climate Action, which includes achieving 500 GW of non-fossil energy capacity by 2030, meeting 50 percent of energy requirements from renewables, and reducing projected carbon emissions by one billion tonnes. By 2070, India has committed to achieving Net Zero emissions. These goals cannot be achieved without a workforce skilled in new-age green technologies.
Education for green jobs
Education, technology, and research will need to be reoriented towards climate-smart lifestyles and low-carbon development. At the school level, this means integrating climate change, sustainability, and problem-solving into classrooms. Climate Science Labs can be introduced where students learn hands-on about renewable energy, water conservation, waste segregation, soil health, biodiversity, environment quality monitoring, and pollution control.
At the university level, courses must go beyond theory and focus on skills and employability. Engineering colleges could offer specializations in energy audits, renewable energy systems, electric vehicle design, hydrogen energy, and alternate materials. Agricultural universities can integrate agroecology, Low External Input Sustainable Agriculture (LEISA), and climate-smart farming practices. Social science and management institutions can add sustainability entrepreneurship and circular economy modules.
The ILO defines green jobs as decent jobs that contribute to preserving or restoring the environment. In India’s context, this means jobs that empower both urban and rural youth, women, and marginalized groups to find livelihoods in emerging green sectors.
India’s growing portfolio of green jobs
The shift towards green jobs is already happening across sectors. Some examples include:
- Solar Mission and Renewable Energy: India is home to one of the largest solar power programs in the world. As we scale up to meet the 500 GW non-fossil fuel capacity by 2030, thousands of solar engineers, technicians, and maintenance experts will be required. Already, rooftop solar adoption in states like Gujarat is creating local employment opportunities.
- Electric Vehicle Adoption: With India’s target of 30 percent EV adoption by 2030, jobs for EV mechanics, charging infrastructure experts, and battery recycling professionals are growing. Cities such as Bengaluru and Pune are emerging hubs for EV innovation.
- Wind and Biogas Energy: Wind farms in Tamil Nadu and Gujarat, along with biogas programs in rural India, are creating demand for skilled technicians and plant operators for these.
- Sustainable Tourism and Blue Flag Beaches: India now has over a dozen Blue Flag-certified beaches, meeting high standards of environmental management. These create jobs in hospitality, eco-guiding, and environmental compliance. Similarly, Green Key hotels are promoting careers in sustainable tourism.
- Plastic recycling and alternatives: Eliminating single-use plastic, developing alternative materials for packaging, recycling plastic, and using plastic and building waste in roads and highway construction are creating new avenues for innovation and employment.
- Agroecology and Climate-Smart Agriculture: With erratic monsoons and rising temperatures, the demand for sustainable agriculture experts, soil health specialists, and climate advisors for farmers is increasing. These jobs not only protect the environment but also safeguard food security.
By 2047, India’s green economy is expected to generate 35 million jobs, and by 2070, it could grow to nearly 15 trillion dollars in value. Clearly, green jobs are not just a niche, they represent the mainstream future of employment.
STEM for sustainability
STEM education is the key to building the green workforce that we need. It prepares students to make informed choices, innovate new technologies, and apply problem-solving skills to environmental challenges. Some applications include:
- STEM for agriculture: Training young people in LEISA, integrated pest management, energy efficient and water-efficient irrigation systems. These skills can help in climate adaptation at the village level.
- STEM for cities: Encouraging students to contribute to Heat Action Plans, disaster preparedness, and Village Climate Action Plans.
- STEM for energy: Preparing engineers and technicians for careers in solar, wind, hydrogen, and electric mobility.
- STEM for biodiversity and ecosystems: Equipping learners with ecological knowledge to protect forests, wetlands, and marine ecosystems.
India’s Mission LiFE, Lifestyle for Environment, emphasizes sustainable living and climate-conscious consumption. STEM education can play a direct role in embedding this mindset in young people and guiding them toward green entrepreneurship.
Building green skills: challenges and opportunities
To prepare India for a green economy, education and skilling must evolve in specific ways. Some key priorities are:
- Hands-on training in renewable energy, waste management, and sustainable agriculture.
- Digital literacy in areas like AI, blockchain, and Internet of Things, especially for applications in energy efficiency and climate monitoring.
- Stronger industry-academia partnerships to ensure that skills taught are aligned with market demand.
- Ensuring just transition for workers in traditional industries like coal mining, so that they are not left behind in the green transition.
- Promoting entrepreneurship in the circular economy, waste-to-wealth ventures, and blue economy sectors like marine fisheries and coastal tourism.
The National Education Policy (NEP) 2020 encourages integration of sustainability into school and university curricula. At school level, textbooks are being updated with topics such as climate change, waste management, forest and wildlife conservation, and sustainable living. At the higher education level, universities are focusing on employability and skilling in environment and sustainability. What is needed now is scale, innovation, and close linkage with livelihoods.
Looking ahead: Green tomorrow, Net Zero tomorrow
India is moving towards a future where every step of development must be climate-conscious. From building carbon-neutral Olympic Games and Commonwealth Games to designing sustainable smart cities, the opportunity is not only to adapt but to lead. Green jobs will not only compensate for the employment lost to AI but will also create better quality of life, breathable air, potable water, cleaner energy, and a liveable planet.
STEM education must therefore become the engine of India’s green economy. It should not only teach the science and technology of the present but also guide learners towards innovation, empathy for nature, and resilience for the future.
A future of sustainable livelihoods is within reach. But it requires us to green our classrooms today, nurture green skills tomorrow, and build a workforce ready to power India’s Net Zero journey.
