News Archive for Undergrad Student

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Student Highlight:Josclyn HarringtonHometown: Charlotte, N.C.
Pratt Undergraduate Research Fellow Sebastian Liska imagines a day when airplane wings might fold themselves up during flight, not unlike the flexible wings of a bird. That quality would give planes the adaptability to complete complicated, multitask missions.
For the second year in a row, Professor Ana Barros led a freshman year experience Focus course cluster called Engineering Frontiers. Open to both engineering and arts and sciences students, this year’s cluster examines the planet earth as the life support system that sustains us.
Engineering students in Professor Linda Franzoni’s Fall 2007 ME 141 Mechanical Design course indulged in pizza and a no-holds-barred demonstration of their engineering design skills in an end-of-semester skee-ball contest. The players, however, were robotic ball launchers designed by student teams during the course.
As a Pratt Undergraduate Research Fellow, Chelsea He is working on a project designed to deliver more peace and quiet to people traveling by air in the future. She is examining the structural acoustics of airplanes and experimenting with materials that might dampen the racket that results from the vibration of the aircraft, the engine and the flow of air over planes.
As a Pratt Undergraduate Research Fellow in the laboratory of J.A. Jones Distinguished Professor of Electrical and Computer Engineering Nan Marie Jokerst, Melissa Levy is a member of a team designing a hand-held “lab on a chip” capable of detecting the parasite responsible for malaria in a single drop of blood, among other applications.
Cyrus Amoozegar, a Pratt Undergraduate Research Fellow in the laboratory of Biomedical Engineering Professor Adam Wax, is working to improve a new, light-based method of early cancer detection.
Liza Crabtree, a Pratt Undergraduate Research Fellow and civil and environmental engineering major, is working to understand the flaws that can develop in so-called stimulus-responsive hydrogels. These ‘smart gels,’ which look essentially like Jello, can be made to undergo dramatic transformation in response to changes in their surroundings, including pH and temperature.

In the Media

Sep 22, 2014
The Sydney Morning Herald
Sep 22, 2014
The Scientist