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| Nuna (Columbia) | |
|---|---|
| Name | Nuna (Columbia) |
| Manufacturer | Columbia University |
| Production | 2000s |
| Class | Solar car |
| Body style | Single-seat |
| Layout | Rear-wheel drive |
Nuna (Columbia) is a solar-powered race car developed by a student team at Columbia University to compete in international endurance events such as the World Solar Challenge and the American Solar Challenge. The project integrated engineering education with applied research at institutions like the Fu Foundation School of Engineering and Applied Science, collaborating with partners from industry and national laboratories. Nuna (Columbia) combined aerodynamic research, photovoltaic innovation, and systems engineering to represent Columbia in high-profile competitions and student-led technology showcases.
The Nuna (Columbia) program brought together students from Columbia University, connecting departments affiliated with the Harvard Kennedy School for policy outreach, campus organizations like the Columbia Engineering clubs, and external stakeholders including Shell and National Renewable Energy Laboratory. The vehicle incorporated components influenced by work at Massachusetts Institute of Technology, Stanford University, and engineering firms such as Boeing and General Motors. Nuna (Columbia) served as a platform for students pursuing careers at companies like Tesla, Inc., SpaceX, Google, Apple, and research centers including Argonne National Laboratory and Lawrence Berkeley National Laboratory.
Nuna (Columbia) entered multi-stage endurance events modeled on the World Solar Challenge route across Australia and on North American courses used in the American Solar Challenge and the Nevada Test Site trials. The team planned logistics similar to strategies from teams such as University of Michigan Solar Car Team, Tokai University Solar Car Team, and TU Delft. Race campaigns involved coordination with organizers like the South Australian Tourism Commission and regulatory bodies analogous to the Department of Energy contests. Competitors and contemporaries included entries from University of New South Wales, Qingdao University, University of Calgary, and teams supported by corporations like Honda and Toyota.
Nuna (Columbia) emphasized lightweight composites, advanced aerodynamics, and high-efficiency photovoltaic arrays drawing on research from National Institute of Standards and Technology and academic labs at Princeton University and Yale University. The chassis used carbon fiber techniques similar to processes at McLaren and Lotus Cars; the powertrain featured brushless motors influenced by designs from Siemens and ABB. Energy management systems incorporated software practices from IBM and Microsoft Research; telemetry and data acquisition mirrored systems used by NASA probes and teams at Caltech. Solar cells included multi-junction technologies developed at institutions like Arizona State University and companies such as SunPower and First Solar.
The Nuna (Columbia) team comprised undergraduates and graduates from programs at Columbia College, the Fu Foundation School of Engineering and Applied Science, and affiliated research institutes such as the Columbia Climate School. Leadership structures paralleled student organizations like MIT Solar Electric Vehicle Team and administrative models used by the Harvard Undergraduate Council. Roles included design leads, fabrication leads, and outreach coordinators who liaised with alumni networks at Columbia Alumni Association and career centers connected to firms like Accenture and Deloitte. Team members pursued internships at NASA Jet Propulsion Laboratory, Lockheed Martin, Northrop Grumman, and Intel.
Funding for Nuna (Columbia) combined university support from Columbia University offices, corporate sponsorships from energy firms like ExxonMobil and Chevron (where applicable), and in-kind contributions from manufacturers including 3M and Dow Chemical. Grants and partnerships drew on models used by programs at Stanford University and foundations such as the Rockefeller Foundation and Gordon and Betty Moore Foundation. Sponsorship activations involved collaborations with media partners like The New York Times and Wired and fundraising efforts coordinated with campus groups and alumni chapters in cities including New York City and San Francisco.
Nuna (Columbia) influenced curricula and extracurricular activities across Columbia University, informing course projects at the Fu Foundation School of Engineering and Applied Science and capstone experiences used by departments with connections to Barnard College. Alumni from the program went on to roles in companies such as Bloomberg L.P., Goldman Sachs, and technology startups incubated at Columbia Technology Ventures. The project contributed to university research agendas aligned with initiatives at the Columbia Climate School and helped shape campus sustainability planning tied to municipal efforts led by New York City and policy dialogues involving the United Nations Environment Programme.
Category:Solar car teams Category:Columbia University