Young people entering climate science and weather forecasting now need skills that barely existed a decade ago: understanding artificial intelligence, building environmentally responsible AI systems, and collaborating across disciplines to solve complex problems. The Met Office, the United Kingdom's national weather service, is investing heavily in education programs to help the next generation develop these skills while ensuring that AI innovation in climate work remains diverse, responsible, and environmentally aware.

What Skills Do Climate and AI Professionals Actually Need Today?

The conversation around AI and climate has traditionally focused on what the technology can do: improve weather forecasting, enhance climate modeling, and help communities prepare for extreme weather events. But there's a less visible challenge that organizations like the Met Office are now addressing: who gets to build these systems, and do they understand the full environmental cost of the tools they're creating?

Professor Kirstine Dale, Chief AI Officer at the Met Office, has highlighted that solving complex challenges such as climate change, food security, energy security, water security, and biodiversity loss requires diverse perspectives and experiences working together. The skills conversation, she emphasizes, must include not just technical knowledge but also awareness of how AI itself consumes energy, generates carbon emissions, and uses water.

"AI can help improve weather forecasting, climate modelling and resilience to extreme weather, but it also brings environmental costs through energy use, carbon emissions and water consumption. That makes green or environmentally responsible AI an important part of the skills conversation for the next generation," explained Professor Kirstine Dale, Chief AI Officer at the Met Office.

Professor Kirstine Dale, Chief AI Officer at the Met Office

This dual awareness,understanding both what AI can accomplish for climate and what environmental price it carries,is reshaping how organizations think about training the next wave of climate technologists.

How Are Organizations Building Pathways Into Climate and AI Careers?

The Met Office is creating multiple entry points for young people to explore careers in weather, climate, science, and technology. These initiatives are designed to build long-term skills while widening access to professions that have historically been difficult to break into:

• Online Work Experience: Through a partnership with Springpod, a careers platform, the Met Office offers year-round virtual work experience that develops knowledge and skills. The program includes individualized support from Met Office staff through an integrated online chat system. According to the organization, 91% of participants report that their work-related skills and knowledge increase while undertaking the program, and students who complete it are eligible to apply for in-person work experience opportunities.
• Regional Skills Platforms: The South West Connector Platform, developed with Microsoft, the South West Institute of Technology, and Tech South West, brings digital learning, apprenticeships, work experience, internships, and career opportunities into one centralized location. This initiative makes tech and digital career pathways more visible and accessible across the region.
• Traditional Career Development: The Met Office also offers apprenticeships, industrial placements, summer internships, and graduate schemes to help young people develop skills while contributing to the organization's work in weather and climate science.

These programs are part of a broader commitment by the Met Office to create an inclusive and supportive environment where people from different backgrounds can learn, develop, and contribute to meaningful work in climate and weather science.

Why Does Diversity in AI Development Matter for Climate Solutions?

The Met Office's emphasis on diverse hiring and skill-building isn't just about fairness; it's a strategic recognition that complex problems require varied perspectives. When teams building AI systems for climate work include people from different backgrounds, experiences, and communities, those systems are more likely to address real-world needs and avoid unintended consequences.

The organization notes that it is committed to resetting who gets to shape the future of technology and ensuring that innovation is diverse, responsible, and environmentally aware. This commitment extends beyond hiring to include partnerships that make career pathways more visible and accessible, particularly in regions that have historically had fewer opportunities in tech and science fields.

As the Met Office continues to expand its supercomputing capabilities and AI-driven services, the organization is working to ensure that local communities benefit from these investments through education outreach, early career programs, and strategic partnerships with technology leaders like Microsoft.

For young people considering a career in climate science or AI, the message is clear: the field is actively recruiting, and organizations are investing in pathways to help people without traditional backgrounds break in. The skills needed are technical, yes, but they also include communication, collaboration, and a deep understanding of the environmental responsibility that comes with building AI systems for climate work.