University of Rochester

Hajim Design Day

Student teams at the University's Hajim School of Engineering and Applied Sciences have been partnering with local companies and institutions over the past year to solve real-world engineering problems.

Imagine charging your cell phone just by walking. Or a specially-designed bicycle that allows amputees and people recovering from strokes to steer and change gears. Those innovations are among the many to be featured on Thursday, May 3, at the annual Hajim School Design Day. Visit Goergen Hall between 12-2 p.m to see the projects in action.

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student tests out IV device Biomedical engineering student Catherine Marando ’12 tests out the "FloMaR" project, a device that measures and records surgical IV fluid administration without a pump.

students test out IV device Biomedical engineering students Catherine Marando ’12, Kimberly Ornell ’12, Margaret Fettis ’12, Zachary Milstone ’12, and Garrett Goss ’12 test out their "FloMaR" project, a device that measures and records surgical IV fluid administration without a pump.


student works on portable cellphone charger Silvia Perucchio ’12 works on her senior design project, a portable device that harvests mechanical energy during human motion and converts it into enough electricity to charge a cell phone using an electromagnetic generator.

close-up view of cellphone charger Another look at the "Energy Harvesting Cell Phone Charger."


student riding recumbent bike Biomedical engineering student Travis Block ’12 takes the "Mono-Mano" bike for a spin. The bike is designed to to accommodate riders with only one functioning arm.

professor smiles while riding bike Associate Professor of Biomedical Engineering Amy Lerner takes the "Mono-Mano" one-handed bicycle for a spin.


student stands on balancing plate connected to a computer "Pro-Bal" is an in-therapy proprioception and balance training device to aid in the rehabilitation of people recovering from stroke.

student works at computer monitor Vee Wongsirikul ’12 and Greta Collins ’12 demostrate their senior design project, "Pro-Bal."