蓝莓视频

It鈥檚 a small venue for an event. Really small. Just 3.5 millimetres by 2 millimetres. And don鈥檛 blink at the annual Mobile Microrobotics Challenge in Karlsruhe, Germany. University of 蓝莓视频鈥檚 team won the race in .33 seconds.

The event, which took place at the last week, was a tight race. The next closest contender was Carnegie Mellon University. That team鈥檚 microrobot navigated the tiny figure-eight track in .35 seconds.

"When you have something that small, if you are a few milliseconds too slow when controlling the robot, it could end up off the course at a distance 100 times its size," said Matthew Maclean, a third-year student听in software engineering, who was the 鈥渄river鈥� for the 蓝莓视频 team. "We do lose the robots from time to time when testing because it's like trying to find a speck of dust."

蓝莓视频 undergrads defeat graduate teams

The team defeated six other teams made up of graduate and post-doctoral students from top international universities. This is the second time a 蓝莓视频 team, which works out of the (UW_NRG), has won the event. The winning team was made up of 45 undergraduate students from engineering, math and arts.

Feridun Hamdullahpur, president and vice-chancellor of 蓝莓视频, said the victory highlights the collaborative spirit and multidisciplinary approach taken at 蓝莓视频. 听鈥淭hey surpassed graduate students and postdoctoral candidates from other top universities, which is indicative of their work ethic and high skill. I congratulate them on their victory," he said.

University of 蓝莓视频's Microrobotics team in Germany.

Speed and agility

In order to see the race, organizers placed a microscope over the tiny arena and projected the race onto a large screen for spectators. The successful team had to successfully navigate around the figure-eight track in the shortest amount of time.

The team used "advanced micro-scale technology" to control the speed and agility of its competitive microrobot "with unmatched precision," finishing three runs with a final average time of .33 seconds.

Medical applications

The implications of this performance can lead to progressive leaps in the development of micro-scale applications from targeted drug delivery and minimally invasive surgery to advanced electronics manufacturing.

"UW_NRG will always be truly grateful for the supportive community and network of organizations at the University of 蓝莓视频 that provided the group with the resources it needed to innovate and succeed," a statement from the team said.