Rather than a single submission deadline, Wege Prize 2020 is broken down into a manageable multiphase progression. As the required deliverables increase in scope and complexity, built-in feedback loops at each phase act as a support system, connecting teams directly with the judges who are evaluating their work.
So, you're building a dynamic transdisciplinary team for Wege Prize 2020 and you're excited to tackle some truly wicked problems while competing for over $30,000 USD in total cash prizes. But did you know that your first step—applying for Wege Prize 2020—is easy? We'll show you how!
How do you go beyond just satisfying our requirements on paper and build a team of people who can actually work well together, solve wicked problems, and win?
Global Student Design Competition Ignites Game-Changing Sustainable Solutions with Over $30,000 USD in Prize Money
Five innovative solutions to redesign the way we produce and consume set to compete for $30K at the 2019 Wege Prize Awards on May 1, 2019.
Remaining teams working to address barriers to real-world implementation as they evolve their ideas.
Meet the bold student innovators tackling some of the world’s biggest problems!
Collaborative team from Autonomous Institute of Technology of Mexico, Monterrey Institute of Technology and Higher Education, and Metropolitan Autonomous University of Mexico City wins $15,000 top prize with online platform that facilitates the transition to a fair, sustainable, and circular tourism system for indigenous communities in Mexico.
WEGE PRIZE 2018
FINAL PRESENTATION AND AWARDS EVENT
WHEN: May 18, 2018 | 10:00am–2:30pm EDT
WHERE: Kendall College of Art and Design of Ferris State University
Grand Rapids, Michigan, U.S.A.
The event will be streamed live on wegeprize.org beginning at 10:00am EDT.
Doors open at 9:30am EDT
Finalist presentations: 10:00am–12:30pm EDT
Lunch/recess: 12:30–2:00 pm EDT
Awards announcement: 2:00pm EDT
Wege Prize—an annual competition that ignites game-changing solutions for the future by inspiring college students around the world to collaborate across institutional, disciplinary, and cultural boundaries and redesign the way economies work—has announced the five finalist teams that will compete for a share of more than $30,000 USD in total cash prizes in the final phase of the 2018 competition.
On May 18, these teams will converge in Grand Rapids, Michigan, USA to present and defend their bold ideas in front of expert judges and live/online audiences at the Wege Prize 2018 Final Presentation and Awards Event.
ATTENDING IN PERSON?
The event is free and open to the public! Click here to reserve your FREE ticket.
CAN'T MAKE IT TO GRAND RAPIDS?
Join us wherever you are in the world - we'll be streaming the event live starting at 10:00 a.m. EDT!
Just visit the homepage of wegeprize.org on May 18, 2018 to view the live stream.
Five innovative solutions to redesign the way economies work are set to compete for $30k in Wege Prize 2018!
It's official: Meet the 17 teams from around the world working to rethink and redesign the way economies work in Wege Prize 2018!
Kendall College of Art and Design of Ferris State University’s (KCAD’s) Wege Center for Sustainable Design has announced the winners of Wege Prize 2017, the fourth iteration of the annual design competition challenging transdisciplinary teams of college/university students from around the world to rethink and redesign the way economies work.
The five finalist teams in Wege Prize 2017 presented their solutions to a judging panel of leading practitioners and advocates of design thinking and sustainability at the 2017 Wege Prize Awards, held on May 19 at KCAD. The teams’ solutions were evaluated on factors such as depth of research, technological and financial feasibility, alignment with circular economic principles, and potential for impact.
1st Place - $15,000
Team name: Kulisha
Maya Faulstich-Hon – Environmental Science, Brown University (Undergraduate)
Eric Katz – Business, University of Michigan Ross School of Business (Undergraduate)
Jon Luthy – Industrial and Operations Engineering, University of Michigan College of Engineering (Undergraduate)
Katie Matton – Computer Science, University of Michigan College of Engineering (Undergraduate)
Viraj Sikand – Environmental Science, Brown University (Undergraduate)
Solution: Kulisha developed a solution focused on working with food and beverage processing plants to convert their organic waste products into an insect-based protein that can be used in animal feeds and as an agricultural fertilizer. Their system integrates a type of insect called the black soldier fly into food and beverage plants to decrease disposal costs while creating additional value from waste that would otherwise be discarded.
The team has already secured a relationship with an Austin, Texas-based microbrewery, where they’ll soon begin testing a prototype of their system in an on-site facility.
“This solution is a genuine contender to solve two problems: eliminating a major food waste problem while providing a viable alternative to the current method of depleting fish stocks to generate the protein used in animal feed,’ said judge Colin Webster, an education programme manager with UK-based nonprofit The Ellen MacArthur Foundation. “It was clear to the judges that a tremendous amount of effort has been put into the development of this solution. It’s on the cusp of being trialed in a major way, and we’re really looking forward to seeing how that unfolds.”
2nd Place - $10,000
Team name: SOMOS
Enrique Andrade – Industrial Design, Kendall College of Art and Design of Ferris State University (Undergraduate)
Taylor Axdorff – Industrial Design, Kendall College of Art and Design of Ferris State University (Undergraduate)
Ian Culver – Collaborative Design, Kendall College of Art and Design of Ferris State University (Undergraduate)
José Sanabria Vindell – Renewable Energy Engineering, Autonomous University of Nicaragua Faculty of Science and Engineering (Undergraduate)
Alex Santiago Ramírez Cárdenas – Environmental Engineering, Autonomous University of Nicaragua Faculty of Science and Engineering (Undergraduate)
Solution: SOMOS developed a solution focused on helping small coffee farmers operating in Nicaragua’s Miraflor Natural Reserve halt the negative environmental impact of their production process while also taking advantage of the waste byproducts of that process to produce other raw materials which can be exported for additional revenue.
The team’s solution was informed by extensive localized research and observation. Team members from Kendall College of Art and Design of Ferris State University travelled to Nicaragua on several occasions to interview key stakeholders in Miraflor’s coffee production industry alongside their Nicaraguan teammates.
“SOMOS was succinct in both their presentation and the way they addressed our questions, and that allowed the strengths of their solution to come to the surfaces,” said judge Christopher Carter, an educator and nationally known sculptor who’s also a Next-Gen Board Member of The Wege Foundation. “What really impressed us most was the team’s on-the-ground approach; they went to the source of the problem and were deeply inspired by what they encountered. This solution could be adopted by other mountainous coffee farming regions, and that’s a great story.”
3rd Place - $5,000
Team name: Cheruvu
Nikhitha Rao Cheeti – Public Policy, University of Michigan Gerald R Ford School of Public Policy (Graduate)
Aniket Deshmukh – Electrical and Computer Engineering, University of Michigan College of Engineering (Graduate)
Shamitha Keerthi – Resource Ecology Management, University of Michigan School of Natural Resources and Environment (Graduate)
Samhita Shiledar – Chemical Engineering/Sustainable Systems, University of Michigan College of Engineering/School of Natural Resources and Environment (Graduate)
Kavya Vayyasi – Sustainable Systems, University of Michigan School of Natural Resources and Environment (Graduate)
Solution: Using their home country of India as a case study, Cheruvu developed a solution focused on the creation of a sustainable enterprise that employs crop science, machine learning, and crowd analytics to help farmers in India increase crop yields, mitigate risk, and improve their economic standing by providing them with access to high-resolution data on best agricultural practices, soil nutrients, climate, and satellite imagery.
Like SOMOS, the members of Cheruvu developed their project largely through on-site interaction with those most affected by the problem they were trying to solve. The team, composed of five students originally from India who are currently pursuing their graduate studies at the University of Michigan, conducted extensive interviews with farmers in India who are struggling to maintain profitability, as well as other key stakeholders.
“We were really struck by the depth of the ground fieldwork undertaken by Cheruvu. The team was able to prototype their solution in a real-world context, and we were touched by how much they cared about helping small farmers compete in what is an increasingly complex and evolving industry,” said judge Gretchen Hooker, a biomimicry specialist with the Biomimicry Institute. “Moving forward we’re interested to see how their solution can help farmers reduce their dependence and chemical fertilizers and encourage them to adopt a circular model that prioritizes the ongoing health of the soil.”
The other two finalist teams—EcoReturns and Remade in China—were each honored with a $1,000 Finalist Award for earning a place in the final stage of the competition.
EcoReturns, which included undergraduate and graduate students from the University of British Columbia, Yale University, and Lund University, focused on rethinking seafood production in ways that directly address the impact on marine ecosystems while promoting community involvement and consumer engagement. The team presented an investment model that enables individual and institutional investors to support marine ecosystem restoration and the adoption of sustainable, small-scale management practices in British Columbia’s fisheries while obtaining both ecological and financial returns.
Remade in China, an all-graduate student team representing Parthenope University of Naples, Beijing Normal University, and Delft University of Technology, presented a solution focused on the development of a modeling tool that can help urban environments develop food, energy, and water systems that unite policy and technology to meet consumer needs while maximizing both the value of resources and the systems’ ability to recover and reuse them.
Previous competitions were open exclusively to undergraduate students, but for 2017 Wege Prize was open to both undergraduate and graduate students worldwide. Teams were asked to create a solution to the following “wicked” problem: How can we create a circular economy? Each team – composed of five students and representing different academic institutions and majors of study – had to leverage its transdisciplinary makeup to collaboratively design and propose a product, service, business, non-profit organization, or other solution that could function within and help create a paradigm shift towards a circular economy.
Unlike our current linear model, in which we take, make, and dispose, a circular economic model is restorative by design and aims to keep products, components, and materials at their highest utility and value at all times. Using a systemic approach, teams had to not only design a compelling and innovative solution, but consider its economics and viability within natural, social, and financial systems as well.
“All of the finalist teams in Wege Prize 2017 have displayed an extraordinary amount of courage, dedication, and compassion for the future of our world, and for that we thank them,” said KCAD President Leslie Bellavance. “I challenge all of our finalists to use their experiences in this competition to continue moving forward, to expand on their existing ideas and to remain fearless in building the future.”
The five finalist teams were chosen out of an original field of 25 teams representing 38 different academic institutions from 17 countries around the world. Over the course of seven months, teams developed their ideas from a one-page proposal into a multifaceted design solution informed by their own research, ideation, and experimentation as well as direct feedback from the judges, culminating in the final presentations on May 19.
“With the inclusion of graduate students for the first time in this year’s competition, we were thrilled to see an increase in participation and geographical reach as well as many teams combining undergraduate and graduate students,” said Gayle DeBruyn, KCAD Sustainability Officer, Collaborative Design program chair and Wege Prize organizer. “As the competition grows, so too does the commitment of the teams and the strength and cogency of their ideas. As we congratulate this year’s winners, we also look forward to the incredible possibilities that lie ahead.”
Thanks to the continuing support of The Wege Foundation, Wege Prize 2018 will be open to any undergraduate or graduate student in the world and will again be focused on the circular economy.
Team registration will open in August 2017, but those interested in participating are encouraged to begin building their teams and brainstorming ideas now by connecting with other potential participants on the Wege Prize Facebook Group. Educators and other professionals who are interested in contributing their expertise are encouraged to contact firstname.lastname@example.org for more information.
Details about Wege Prize 2018 will be revealed in the coming weeks on wegeprize.org.
Wege Prize, a uniquely transdisciplinary design competition based in West Michigan focused on rethinking and redesigning how our economy works, has selected five teams of college/university students from around the world to move on to the final stage of the fourth annual competition.
In the fourth annual Wege Prize, 25 teams of five students will collaborate across institutional and disciplinary boundaries, use design thinking principles, and contend for $30,000 (USD) in total cash prizes by developing solutions to “wicked” problems
through the lens of the circular economy.
It's official - Wege Prize 2017 is here and it's bigger, better, and reaches farther than ever before! Here's what's new for this year's competition:
Winning team combines proven waste treatment processes into a hospital system that minimizes environmental impact via minimal modifications to existing infrastructure
Winning team combines cutting-edge waste management technologies with robust urban agriculture initiative to combat poverty and lack of sanitation in Kibera, Kenya’s largest urban slum
Winning team develops plan to help Ugandan social enterprise generate power from papyrus manufacturing waste with renewable energy technology
Kendall College of Art and Design of Ferris State University’s (KCAD’s) Wege Center for Sustainable Design has announced the winners of Wege Prize 2016, the third iteration of the annual international competition challenging transdisciplinary teams of undergraduate students to design a product, service, or business model that can function within and facilitate a paradigm shift toward a circular economy, an economic model in which resources and capital are regenerative.
Kendall College of Art and Design of Ferris State University’s (KCAD’s) Wege Center for Sustainable Design has been awarded a $444,000 grant from the Wege Foundation to continue running the Wege Prize student design competition for the next four years.