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2025-26
Global Sustainability Challenge
An annual global challenge where students design, implement, and showcase real-world sustainability solutions—supported by a Stanford-led collective of top educational institutions and global experts.
Opening Soon — Subscribe for UpdatesA global collaboration of leading organizations and experts
Global Scale
Student teams worldwide build solutions to real-world issues using multidisciplinary and global knowledge.
Grassroots Impact
ESolutions to meet real needs with local relevance and tangible outcomes.
Expert-Guided
Teams work with mentors, judges, and experts to transform early ideas into tested, impactful solutions.
Our mission is to educate, inspire, and mobilize youth worldwide for sustainability action
Our shared commitment —
Inclusive by design
Committed to impact
The challenge began with a question: What might happen if we connected the energy already building on campuses around the world? In classrooms and labs, students were already building and testing solutions to local issues, using their campus as a living lab.
This shared momentum sparked something bigger — a global platform for students to take their ideas further. The Global Sustainability Challenge offers structure, visibility, and support to turn local action into collaborative progress. It’s not just about solving problems. It’s about shaping how the next generation learns to respond.
About the challenge and how it works
The challenge is designed to move bold and innovative ideas to real-world solutions. It offers students support and visibility at every step, from early research and design to building, testing, and sharing their work worldwide.
Phase 1: Ignite
Late August - Early November 2025
Team up, tune in, and design forward. Form your team, choose a theme, and explore problems through research and stakeholder engagement. Create your concept and submit your application.
Key Deliverables: Team registration, problem statement, solution concept, and early mockup
Phase 2: Build
Late November 2025 - February 2026
Build, test, and showcase. Develop working prototypes, conduct user testing, and refine your solution. Present your progress at regional showcases with live demonstrations.
Key Deliverables: Working prototype, testing documentation, and 10-minute live presentation
Phase 3: Shine
February - April 2026
Refine and present at the Global Finale. Incorporate feedback, improve your solution's scalability, and pitch to a global jury. Top teams receive awards and ongoing support.
Key Deliverables: Final presentation, demo, and implementation plan for global impact
Guidance. Feedback. Community.
Behind every team is a network of mentors, judges, and peers who guide, challenge, and support the work as it grows.
Mentorship
Students can access general guidance and support from experienced professionals as they work on their projects.
Judging & Feedback
Projects are evaluated at multiple stages by a combination of human judges and AI-supported review.
Regional Ambassadors
Ambassadors support outreach, coordination, and local connection. They help build regional networks, and ensure every team is seen and supported.
Beyond the Challenge
All teams benefit from new experiences, lasting connections, and a supportive community that continues after the challenge.
Annual themes provide a common focal point
Every team in the challenge chooses a theme — a broad area of work that grounds their project. Themes help focus the research and shape how teams define impact. This year, the challenge invites solutions in two key areas: Sustainable Energy, and Adaptation & Resilience.
Sustainable Energy
Design innovative, scalable solutions that reduce emissions in the energy sector — including generation, storage, transmission, or distribution.
Adaptation & Resilience
Develop solutions that help people, infrastructure, or ecosystems better withstand and adapt to environmental stress — especially in the context of water, agriculture, or preparedness.
Sustainable Energy
Design innovative, scalable solutions that reduce emissions in the energy sector — including generation, storage, transmission, or distribution.
01 Sustainable Energy
Projects in this theme focus on reducing emissions and improving efficiency across the energy system. Teams may work on solutions related to clean generation, energy storage, smarter distribution, or more resilient infrastructure.
Adaptation & Resilience
Develop solutions that help people, infrastructure, or ecosystems better withstand and adapt to environmental stress — especially in the context of water, agriculture, or preparedness.
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About Us
Inspired by this vision, the Doerr School of Sustainability, Stanford's first new school in 75 years, is bringing together a consortium of mission-aligned universities and youth-serving institutions to educate, inspire, and mobilize youth worldwide to take on this planetary challenge.
To meet the scale, urgency, and complexity of sustainability, we need to be bold and reimagine education. And we can't do it alone.
This challenge is a perfect example of how universities live up to their social contract – sharing knowledge, fostering curiosity and training future leaders – that’s our social contract for the 21st century.
Founding partners include:
Stanford Doerr School of Sustainability (USA) | University of Science and Technology (Hong Kong) | Indian Institute of Technology Bombay (India) | Imperial College London (UK) | Zhejiang University (China) | Technical University of Munich (Germany) | Youth for Global Action (Global) | MakerGhat (India) | Maker Bhavan Foundation (India)
