Grad enjoys creativity of engineering

There’s no moss growing under Jordan Roszmann’s feet.

Not only is the 24-year-old Nanaimo native graduating from UVic with a 8.29 GPA and a BEng in mechanical engineering this month, he’s also studying for a graduate degree in mechanical engineering.

“Jordan is one of our top graduates,” says Dr. Zuomin Dong (mechanical engineering), “and that’s not only because of his high academic standing. He’s been a big support to the engineering community, as well.”

During the past year, Roszmann has worked as a research assistant for UVic’s Institute for Integrated Energy Systems (IESVic) where he helped design, assemble and test a low-temperature gas circulator in support of cryogenic research.

“It helped me gain an interest in sustainable energy and refrigeration in general,” says Roszmann. “But in the end, I switched to UVic’s crystal growth lab where I’m now purifying semiconductors.”

During his studies, Roszmann completed an environmental co-op with CFB Esquimalt, served as director for the engineering faculty’s Go Women in Engineering Science and Technology (GoWEST), and acted as a junior engineer for Victoria-based SNC-Lavalin Defense Programs Inc.

He also started a lifelong partnership by marrying UVic history student Andrea Roszmann (née Matthews) in 2004. She also graduates this month.

Roszmann’s many awards include the Canada Graduate Scholarship, a UVic President’s Award, and the NSERC Undergraduate Student Research Award.

Roszmann is an active volunteer. He’s been the treasurer of the Engineering Students’ Society; an actor, musician, technician and set builder for the Nanaimo Theatre Group; a youth representative and secretary for the Hope Lutheran Church Council; and a camp counsellor and trail leader for the Confirmation Camp in Mission, B.C.

“When I was in high school I debated whether to do science or be creative and do fine arts,” says Roszmann. “What I’ve discovered is that engineering is a good way to meld science and creativity. You’re constantly being handed open-ended problems to solve within the rules of physics. Fundamentally, you’re creating something new.”

   
 
 
Back to Navigation