Global Finalists
Meet the 40 student teams from around the world who have advanced to the global finals — pioneering real-world solutions across sustainable energy and climate resilience.
40
Finalist Teams
5
World Regions
20
Sustainable Energy
20
Adaptation & Resilience
Showing 40 teams · 14 inter-university collaborations
Junipero Energy
A dual-phase salt water fuel cell and micro hydropower system that utilizes readily-available resources like seawater and wave current to provide decentralized, clean electricity to communities struck by flood or hurricane.
Team · 4 members
Connor Hoffman
Stanford University
Daniella Fenster
Stanford University
Miles Bliey
Stanford University
Panagiotis Papanastasiou
Stanford University
AmpliFi Energy
We propose a platform to aggregate energy access projects in developing countries into investable portfolios for philanthropies, development banks and the private capital. This approach will address key financing barriers for energy access projects.
Team · 3 members
Alejandra Valdivia
Columbia University
Benji Strzelecki
Columbia University
Jinhyun Park
Columbia University
Sea2Energy
Sea2Energy at the University of Puerto Rico–Río Piedras transforms marine pollution like Sargassum and plastics into clean fuels and materials, pioneering circular technologies that unite ocean restoration with renewable energy for a sustainable future.
Team · 5 members
Angela Cruz-Lugo
University of Puerto Rico
Diego Gutierrez
University of Puerto Rico
Jeileen Luciano
University of Puerto Rico
Jeremy Rivera Sanchez
University of Puerto Rico
Omar R. Torres Rivera
University of Puerto Rico
Electrocean
Inter-UniversityElectrocean presents a novel mCDR solution leveraging in-situ seawater electrolysis to durably sequester CO₂ as limestone, stimulate shellfish and seagrass growth, rebuild natural shoreline defences, and restore coastal ecosystems.
Team · 3 members
Faith Qin
Stanford University
Gabriel Boyd
Purdue University
Jason Qin
UC Berkeley
FloodMAP
FloodMAP is a network of low-power, self sustaining sensors deployed within a localized region to create a system that detects and collects data on flood related threats.
Team · 4 members
Ana Palacios
Stanford University
Asa Mittal
Stanford University
Lara Rozanski
Stanford University
Rudraksh Mohapatra
Stanford University
ResiliNet
ResiliNet connects hospitals during climate disasters to share critical resources like IV fluids and generators. The platform prioritizes GPO-managed inventory with verified peer-to-peer transfers, using geolocation matching to prevent shortages.
Team · 3 members
Anushka Bhaskar
Stanford University
Bhav Jain
Stanford University
Srinidhi Polkampally
Stanford University
Royal Spark
Hundreds of millions lack electricity despite living near flowing water. We provide a simple, local solution — a micro-hydro turbine that generates 24/7 clean power to build climate-resilient, green economies.
Team · 2 members
Emmanuel Kasengele
The University of Zambia
Faith Mfune
The University of Zambia
PowerBlocks
PowerBlocks provides clean, affordable electricity to underserved communities via rapidly deployable, AI-managed solar microgrids anchored by industrial clients securing reliable power allowing excess energy to be distributed to community at lower costs.
Team · 2 members
Yara Alsiddig
Princess Sumaya University for Technology
Dana Alsiddig
Princess Sumaya University for Technology
Empower Gen
Our solution combines a digital and a campaign solution to connect communities with trusted vendors, training, and donations—making solar energy easy, reliable, and accessible for all, especially underserved populations.
Team · 6 members
Fatima Asad Lakho
NED University of Engineering and Technology
Malaika Ajaz
NED University of Engineering and Technology
Fatima Rizwan
NED University of Engineering and Technology
Noor Bibi
NED University of Engineering and Technology
Abdul Moazzim
NED University of Engineering and Technology
Muhammad Abdullah Elahi
NED University of Engineering and Technology
Ecomas Nexus
Ecomas Nexus converts waste into eco-friendly briquettes, combining waste management, sustainable energy, and circular economy principles.
Team · 1 member
Paul Masamvu
African Leadership University
Green Preserve Africa
Inter-UniversityA lightweight, portable cold box that uses thermoelectric cooling through a Peltier module to maintain crops within a safe 16–20°C range using low DC power from solar energy, making it suitable for off-grid smallholder farmers and sellers.
Team · 6 members
Febechi Uzomadike
University of Cross River State
Daniel Martin
University of Cross River State
Eunice Kukeunim
University of Calabar
Patrick Badom
University of Cross River State
Kingsley Chinonso
University of Calabar
Rose Ogah
University of Cross River State
ClimateHarvest
Inter-UniversityClimateHarvest empowers Ghana's smallholder farmers with solar irrigation, smart soil and weather sensors, SMS alerts, smart training, and climate insights — boosting yields, saving water, and building resilience to climate shocks.
Team · 5 members
Roland Apambilla
University of Ghana
Claire Contri
HKUST
Theresah Konadu Bonsu
Priti Burud
Newcastle University
Md Salman Rahman
Bangladesh
Blue Springs Africa
Inter-UniversityCommunity solar-powered water kiosks for climate resilience — delivering safe, affordable water, cutting fuel costs and disease burden, saving time, and ensuring reliable access in drought-prone areas.
Team · 6 members
Don Juma
Jaramogi Oginga Odinga University of Science and Technology
James Moranga
Jaramogi Oginga Odinga University of Science and Technology
Jeanette Wanjira
Kenyatta University
Kichia Marseline
Jaramogi Oginga Odinga University of Science and Technology
William Odhiambo
Jaramogi Oginga Odinga University of Science and Technology
Tony Oluoch
Jaramogi Oginga Odinga University of Science and Technology
Ecofrica Innovations
Inter-UniversityEcofrica Innovations develops biodegradable Nano-Hydrogel Soil Conditioners made from natural polymers like alginate and nanocellulose, designed to absorb and slowly release water to help smallholder farmers combat drought and boost yields.
Team · 6 members
Mabatho Hlaoli
Lesotho College of Education
Abigail Darko
Md Mahmudul Hasan
Dhaka College, Bangladesh
Abdullah Lakho
Sukkur IBA University, Pakistan
Shadab Hasin Abrar Ahbab
Pirojpur Science and Technology University
Sajjad Hussain
Sukkur IBA University, Pakistan
CoolFish
A solar-powered adsorption cold storage system for coastal communities to reduce enormous fishing losses. The off-grid system maintains 0–3°C using solar collectors and thermal storage, ensuring sustainable fish preservation and community resilience.
Team · 6 members
Maral Shagatay
University of Lorraine
Aldijana Hodzic
University of Lorraine
Baleegha Fatima
University of Lorraine
Matthew Justin Lesmana
University of Lorraine
Md Atiq Aziz
University of Lorraine
Fadel Zikrillah
University of Lorraine
SPIN'EM-OFF
A solar-powered retrofit add-on for existing streetlights that provides targeted, motion-activated lighting, enabling cities to safely dim baseline lamps, reduce energy use and emissions, and improve nighttime safety without replacing infrastructure.
Team · 4 members
Edward Ong-Mellor
Imperial College London
Kaayvaa Patel
Imperial College London
Natalia Mariblanca Sanchez
Imperial College London
Anahita Pulyala
Imperial College London
RISE UP
Inter-UniversityRenewably Integrating Sustainable Data Centers with the Environment to Unlock the Potential of the Energy, Nature, and Data Nexus.
Team · 5 members
Nethmi Jayaratne Kariyawasam
University of Oxford
Cuicheng Zhang
University of Oxford
Shanza Neda Hussain
University of Exeter
Faisal Shittu
Loughborough University
Gayatri Sundar Rajan
University of Oxford
PlaNX Sense
An AI algorithm for bark beetle infestation prediction, fusing hyperspectral satellite data, meteorological insights, and pheromone bark beetle trap counts to protect forests from climate-driven pest outbreaks.
Team · 5 members
Janina Fraas
Technical University of Munich
Miaoxi Chen
Technical University of Munich
Heba Gaballa
Technical University of Munich
Ankur Arun Giri
Technical University of Munich
Adesh Sanjay Phalphale
Technical University of Munich
GH-Solar Equalizers
SEED-Care transforms smallholder farming in Ghana with solar-powered irrigation for women. It combines smart tech and innovative financing models to boost yields, triple incomes, cut emissions, and empower rural women — advancing SDGs 2, 5, 7, and 13.
Team · 3 members
Regina Chukova
Central European University
Lulin Han
Central European University
Alhassan Abdulai
Central European University
EcoMolecule
Inter-UniversityChitoTrap is a low-cost, bio-based cartridge that captures microplastics and nanoplastics from laundry water using chitosan-based mesh, reducing pollution and promoting circular, community-driven water resilience.
Team · 4 members
Harsh Raj
IIT Bombay
Veronica Maggie Koesnadi
Technical University of Munich
Madina M
Technische Universität Berlin
Alice Shiyu Han
Imperial College London
LEnergyZ
Inter-UniversityOur project transforms the Local Energy Zone concept into an analytics platform for urban decarbonization. By fusing multi-source data, it creates granular carbon accounts, identifies hotspots, and provides tailored pathways to achieve net-zero targets.
Team · 2 members
Renfeng Wang
The University of Hong Kong
Bohan Zhao
University of Sydney
Hydrogen to X
An innovative PV-driven hydrogen-oxygen-heat-electricity cogeneration system for high-altitude regions that overcomes extreme environmental challenges and source-load uncertainty to provide off-grid, zero-carbon energy.
Team · 6 members
Yong Xu
Zhejiang University
Xinyu Zheng
Zhejiang University
Ruijie Xie
Zhejiang University
Lishuang Liu
Zhejiang University
Che Chen
Zhejiang University
Ruqing Li
Zhejiang University
Green Blaze
A green methanol combustion system with multi-phase jet mixing and BP–PID control, achieving efficient, low-emission burning. Tests improved efficiency by 19% and cut emissions up to 52–94%, promoting sustainable industrial energy use.
Team · 5 members
Zhouhan Wang
Zhejiang University
Yihong Song
Zhejiang University
Nuo Chen
Zhejiang University
Yumeng Wan
Zhejiang University
Youcheng Wang
Zhejiang University
Yunhui Super Charger
Inter-UniversityDriven by the EV boom and urgent demand for efficient, low-cost charging and rescue solutions — especially solving Northeast winter range anxiety — the 30KW portable V2V device fills a critical market gap.
Team · 3 members
Futao Chen
Northeastern University
Chuyue Jiang
Northeastern University
Hanzhi Zhang
Northeastern University
光氢雾绕团队
Photovoltaic-hydrogen coupling with solar tracking, frequency division, and spray cooling addresses silicon overheating, lifts system efficiency to 16.7%, cuts CO₂, and produces hydrogen for high-irradiance, industrial, and off-grid scenarios.
Team · 6 members
Chengfan Shi
Xi'an Jiaotong University
Xiaofei Zhou
Xi'an Jiaotong University
Hengzhe Zhao
Xi'an Jiaotong University
Shuyuan Xie
Xi'an Jiaotong University
Yutong Xie
Xi'an Jiaotong University
Lin Liwen
Xi'an Jiaotong University
PeatGuard
PeatGuard is a data-driven restoration platform that connects real-time satellite monitoring with communities. It alerts, guides, and rewards villagers to restore degraded peatlands, converting restoration efforts into measurable and tradable carbon credits.
Team · 4 members
Swedha Prabakaran
Nanyang Technological University
Jia Yuun Chia
Nanyang Technological University
Delfina Poernomo
Nanyang Technological University
Louise Goh
Nanyang Technological University
LOCOL
Inter-UniversityLOCOL transforms cacao waste into a methane-reducing cattle feed. Using natural cacao waste, our feed cuts methane by 44%, boosts growth by 15–20%, shortens fattening time by three months, improves milk quality, and raises dairy farmer profit up to 45%.
Team · 5 members
Akrapon Tanawattanacharoen
Chulalongkorn University
Nontapan Sitthichotlertpakdee
Chulalongkorn University
Hathaitanit Tongthong
Chulalongkorn University
Tanyatip Jittaniramon
Rajamangala University of Technology Lanna
Jirapat Wachirasub
Chulalongkorn University
Tierrafuse
Tierrafuse's Green Asphalt replaces bitumen with MMP waste to build stronger, cheaper, circular roads. Now advancing to reuse medical plastic waste, tackling even tougher waste challenges sustainably and creating adaptive, resilient infrastructure.
Team · 5 members
Alfred Juliant Susanto
Sampoerna University
Kaitlynn Poa
Sampoerna University
Joel Nathanael Marsahala
Sampoerna University
Natasya Angel Holy Winata
Sampoerna University
Ellohnia Michelle Angella
Sampoerna University
Impacta
AquaLoop is an app that helps farmers integrate Integrated Multi-Trophic Aquaculture (IMTA) cost-effectively, featuring automated real-time risk analysis, species compatibility scoring, ecosystem health monitoring, targeted feed suggestions, and gamified milestones.
Team · 6 members
Stephanie Hsi
Hong Kong University of Science and Technology
Ching Hei Yau
Hong Kong University of Science and Technology
Poko Lam
Hong Kong University of Science and Technology
Xena Chow
Hong Kong University of Science and Technology
Zipen Lee
Hong Kong University of Science and Technology
Man Hei Wong
Hong Kong University of Science and Technology
Glavita
The Mekong Delta faces a sand deficit worsened by the construction industry. Our project turns glass waste into sand to reduce extraction, restore balance, and repay the sand debt — rebuilding riverbanks and enabling reef restoration for coastal communities.
Team · 5 members
Ngoc Anh Nguyen
Fulbright University Vietnam
Dan Le Pham
Fulbright University Vietnam
Bich Tien Dang Luu
Fulbright University Vietnam
An Phạm
Fulbright University Vietnam
Duy Tu Minh
Fulbright University Vietnam
ZeroGrid Energy
ZeroGrid Energy is a scalable, technology-agnostic platform that transforms EVs into a dynamic, distributed power plant. By deploying smart bidirectional charger systems and an AI-driven energy management platform, we solve grid instability and high energy costs.
Team · 6 members
Anuj Yadav
IIT Bombay
Param Pabar
IIT Bombay
Parv Khandelwal
IIT Bombay
Shourya Goyal
IIT Bombay
Preksha PC
IIT Bombay
Aastha Maliwal
IIT Bombay
SkyCatcher
Converting toxic gas into valuable resources through innovative atmospheric chemistry and engineering.
Team · 1 member
Pragyaan Gaur
National Institute of Technology Agartala
Wattsmart
Inter-UniversityWattsmart provides Battery-as-a-Service (BaaS) and makes open access energy from renewable power producers accessible for small and medium-sized commercial and industrial consumers who want to reduce energy costs without capital investment or regulatory complexity.
Team · 2 members
Archana YS
Indian Institute of Science, Bengaluru
Srijan Shahane
Anant National University, Ahmedabad
NaXUS
A sodium metal-based saltwater battery that stores energy in the form of plated sodium metal — a suitable candidate to address the growing energy storage concerns of the clean energy transition.
Team · 5 members
Rishabh Singh
IIT Madras
Sarvesh Pasare
IIT Madras
Sarthak Niphade
IIT Madras
Lakshmi Narayana Manickavasagam
IIT Madras
Pramod Mahato
IIT Madras
Ecosage
Inter-UniversitySalt2Safe is a low-cost, solar-powered reverse osmosis system designed to address severe groundwater salinity in coastal Bangladesh. Optimized for irrigation reuse, it helps reduce crop loss by 70–80%, improve water security, and restore soil productivity.
Team · 4 members
Nafisa Binte Moudud Neha
Northern University of Business and Technology, Khulna
Kazi Ahosanul Kabir Sahal
Government Brajalal College, Khulna
Md. Ushama Shafoyat
Northern University of Business and Technology, Khulna
Md. Zihad Molla
Northern University of Business and Technology, Khulna
Terra tide
An AI-led heat resilience and community adaptation platform designed to protect vulnerable populations from the accelerating impacts of urban heat and climate extremes.
Team · 6 members
Geethika Choudhary Yadlapalli
Mahindra University
Cherith Reddy Yerabolu
Mahindra University
Monisha Kollipara
Mahindra University
Tikkisetti Sri Dhruti
Mahindra University
Mitta Pranav Reddy
Mahindra University
Bobba Dilip Redd
Mahindra University
TRITATVA
Inter-UniversityTRITATVA is a bio-mimetic atmospheric water generator that uses corona discharge and electric-field-assisted condensation to extract water from air without compressors. Inspired by the Namib Desert beetle, it is low-energy, solar compatible, and designed for arid regions.
Team · 4 members
Anneasa Manna
Footwear Design and Development Institute
Arnav Varshney
Manipal Institute of Technology
Kush Kapoor
Delhi Technological University
Kriti Puri
Chitkara University
SAMYA
Re-entrant auxetic concrete uses negative Poisson's ratio geometry to enable controlled deformation, stress redistribution, and energy-absorbing failure. Tests show higher energy absorption with less material, while LC3 cement reduces embodied carbon by 30–40%.
Team · 1 member
Akshansh Kumar Khare
IIT Delhi
Daedalus
Inter-UniversityURIS — an underwater robot for flood inspection and disaster response, capable of operating in dangerous submerged environments to assess infrastructure damage and support emergency response.
Team · 6 members
Gladson Paul E
IIT Bombay
Nancy S
KIT-Kalaignar Karunanidhi Institute of Technology
Abinesh Thankaraj
KIT-Kalaignar Karunanidhi Institute of Technology
Palanisamy M
KIT-Kalaignar Karunanidhi Institute of Technology
Kanishkaa PT
KIT-Kalaignar Karunanidhi Institute of Technology
Delhi Krishnan S
KIT-Kalaignar Karunanidhi Institute of Technology
GreenEdge
An integrated municipal organic waste management system that converts biodegradable waste into Bio-CNG for clean energy and high-quality organic fertilizer, promoting a circular economy, reducing landfill burden, and strengthening urban environmental resilience.
Team · 1 member
Hirendrasinh Padhiyar
Marwadi University
Follow the Journey
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