University of Massachusetts Amherst

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Undergraduate Researchers Tackle Critical Problems

What if we could save lives with a more accurate early detection radar system for tornadoes such as the one that recently hit Springfield? Or what if we could help amputees walk more easily by giving them a better “feel” for their artificial limbs? Or replace our unsustainable oil supply with sustainable biofuel? Or cure a group of child-killing diseases known as lysosomal storage disorders. Are these just pipedreams? Not for 52 undergraduate engineering and science students doing summer research at the University of Massachusetts Amherst.

Salem News Covers Distractology 101

On July 12, the Salem News published a well-written feature story on the Distractology 101 driving simulator, a program to train inexperienced drivers about the perils of distracted driving. Distractology 101, housed in a 36-foot-long trailer, is a collaboration between our recently renamed Arbella Insurance Human Performance Laboratory and the Arbella Insurance Company. Our laboratory developed the Distractology program under the leadership of Don Fisher, its director and the head of the Mechanical and Industrial Engineering Department.

Businessweek Lists Alums Among Most Promising Social Entrepreneurs

On July 11, Bloomberg Businessweek listed Mechanical and Industrial Engineering Department alums Scot Chisholm ’04 and Pat Walsh ’03 on its exclusive list of America's Most Promising Social Entrepreneurs 2011. The two alumni co-founded StayClassy, a social fundraising company, in 2006. “StayClassy is a cloud-based platform for nonprofits to fundraise and manage their business online,” CMO Walsh has said about the company, which was voted one of the top three startup companies last year at the 12th annual MIT Venture Capital Company conference.

Engineering Students Help Tailor New Wave Threads

A class of graduate engineering students at the University of Massachusetts Amherst is collaborating with a local inventor to reinvent the very nuts and bolts that hold together the machinery of modern life. This cooperative project is developing a brand new kind of “wave thread,” which could transform the strength, performance, and sealing ability of nuts, bolts, pipes, containers, valves, and other types of “fastener” products.

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