Cornell

Engineering, Entrepreneurship and Global Health: Not Your Everyday Project Team

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Jaundice-therapy incubators, water-quality testing devices, and vaccine fridges – this team is merging “entrepreneurial scrappiness” and engineering creativity with a global health outlook. In their own words, Cornell Engineering World Health is a group of dynamic and diverse students who work “to provide creative solutions to health care problems in developing countries.” The team, led by co-presidents Kate Schole ’17 and Justin Selig ’17 , shows initiative and passion for its work and impact on society. As I talk to the co-presidents about their current projects, their excitement is palpable. Schole, a senior majoring in biomedical engineering, explains that the team’s recently acquired project is a device to separate mycotoxin-infected corn kernels from otherwise usable corn. They plan on making an inexpensive, efficient and creative method of doing so, which would be important to communities with low food availability, such as in Kenya, where they plan on implementing this device.

concrete canoe

Team Spotlight | Project Team Constructs ‘Concrete Canoe’

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We’ve all seen wood float and rocks sink in water. This is why boats are usually made of wood and other light materials. But could a boat made out of concrete float? A group of Cornell undergraduates attempt to accomplish that feat every year. Cornell’s concrete canoe — an engineering project team associated with Cornell’s civil and environmental engineering school — strives to create a canoe from concrete for the American Society for Civil Engineers’ annual Upstate New York regional competition.