Powered by Partnership: Equipping Young Minds for Climate Action Through Education, Industry and Geospatial Technologies
At Bloxham School, we believe that the most powerful learning happens when students are given the tools, trust, and real-world relevance to lead. That’s why we created the Bloxham Sustainability Challenge (BSC) - a bold, student-led programme that connects education, industry, and geospatial technologies to tackle real climate issues.
The BSC is more than a school project. It’s a nationally scalable model for climate education that empowers students to become sustainability leaders. Through partnerships with Dalcour Maclaren, a leading environmental consultancy, and Esri UK, the global leader in GIS technology, students work on live sustainability challenges - from planning renewable energy infrastructure to mapping underground cable routes using ArcGIS.
In just one year, students from Bloxham School, Stratford Girls’ Grammar, and The Warriner School have:
⚡Engaged in advanced geospatial analysis using ArcGIS to assess real-world energy infrastructure scenarios
🧩Built teamwork, communication, and problem-solving skills for future climate leadership
🎉Presented their their ideas at Esri UK's Annual Conference 2025!
Geospatial technology is at the heart of the BSC. With support from Esri UK’s ArcGIS for Schools programme, students learn to visualise, analyse, and communicate complex environmental data. They don’t just learn about climate change - they map it, model it, and propose solutions.
GIS is more than a tool — it’s a career pathway, and the BSC is helping to build the next generation of geospatial professionals.
The BSC thrives on collaboration:
🧠Educators bring curriculum expertise and student insight
🌍Industry mentors provide real-world challenges and career guidance
💻Technology partners deliver the tools and training to make it all possible
Together, we’re creating a bridge between classroom learning and climate careers - especially for students in underserved communities.
With the UK’s Department for Education requiring all schools to appoint a Sustainability Lead by 2025, the BSC offers a ready-to-implement solution. It’s:
📘Curriculum-integrated
🏘️Community-connected
🤝Industry-informed
And most importantly, it’s student-powered.
Whether you're a teacher looking to inspire your students, a GIS professional eager to mentor the next generation, or a school leader seeking a scalable climate education model - the BSC is your invitation to be part of something transformative.
👉 Learn more and get involved - email: cee@bloxhamsustainabilitychallenge.com
Each year, students participating in the Bloxham Sustainability Challenge take on a live sustainability brief co-designed with industry experts. These aren’t hypothetical exercises — they’re real-world problems with real-world implications.
In our pilot year, students explored the feasibility of a solar park in Oxfordshire, using ArcGIS to plan an underground cable route to the National Grid. Along the way, they developed not only technical skills, but also the confidence, creativity, and collaboration needed to lead in a changing world.
From renewable energy planning to sustainable development mapping, every challenge is designed to:
🎯Mirror real industry scenarios
🗺️Build geospatial and analytical skills
💪Foster leadership, teamwork, and resilience
Students tackled a live brief to assess the feasibility of a solar park and plan a sustainable cable route to the National Grid - using ArcGIS, industry insight, and bold thinking.
In this challenge, students explored the proposed Abingdon Reservoir, a major infrastructure project planned for completion by 2040. Located southwest of Oxford in the Thames Basin, the reservoir is designed to hold 150 million cubic metres of water, making it the second-largest in England.
Students investigated the environmental, social, and geospatial implications of the development, including:
💧Long-term water security for the region
🦋Impacts on local ecosystems and biodiversity
🚣♂️Opportunities for recreation and flood management
🤔Community concerns and planning complexities
Using ArcGIS, students analysed land use, hydrological data, and stakeholder perspectives to assess the project’s viability and sustainability.