Quick Takes on Life at Thayer
Nowadays there isn't a job a mobile device can't handle, or so it seems. A new field called mobile health, or mHealth, introduces maybe the most useful to date.
Horst Richter may have retired from teaching in 2008, but he still occupies office number 114 in Cummings Hall. The long-time fixture—and Thayer School's first director of undergraduate studies—took a few minutes to reflect on three decades of teaching courses from Thermodynamics, his favorite, to one he created for all Dartmouth students called Technology of Sailing, and his current role as a researcher and advisor.
By early 2014, Dick Wenzel '71, Th'72 will watch proudly as the first tracks for the world's fastest and California's first high-speed rail are laid.
On August 8, Sean Furey '04, Th'05, '06 will compete in the Men's Javelin Throw for an Olympic medal. Furey found a few minutes before heading to London to talk to us about attending Thayer, preparing for the games, and the benefits of being an engineer and an athlete.
The Machine Shop is being reconfigured to aggregate new work spaces to completely remodel the shop by August 1. This will free up staff to keep an eye on up to 55 students from every vantage point in the Machine Shop at a given time. About $700,000 in new mills, lathes, and digital and other equipment will replace machinery that in some cases date back to World War II era.
In ENGS 21, Alison Stace-Naughton '11 Th'13 built a prototype of a vacuum suction tissue stabilizing device that prevents tissue damage during endoscopic surgery. The young entrepreneur is now on her way to raising $400,000 to build a medical-grade prototype and on June 21 she expects to take home a patent.
Dartmouth engineering Ph.D. candidate Rebecca Williams and a small team of mountaineers set out to find massive crevasses hidden by ice sheets that, if broken, could within seconds swallow them and others traveling regularly between Thule Air Base and the Greenland Environmental Observatory.
This cutting edge cap, created by Assistant Professor Solomon Diamond, measures the relationship between neural and blood activity in the brain to predict a patient's risk of a recurrent stroke. This brand new study is part of a larger plan for the working prototype, involving a licensing agreement with a Montreal-based manufacturer that could help change the way we assess human brain function.