Graduate Studies

Engineering students discuss benefits of co-op placements

Students from the course-based Master of Mechanical Engineering - Automotive program bring valuable skills with them into the workplace, says Gordon Leslie.

Corporate engineering manager at automotive parts supplier the Narmco Group, he was in attendance Wednesday at the Centre for Engineering Innovation for poster presentations by students on their experiences with co-operative education placements.

The Narmco Group was one of those co-op employers, and Leslie said engineering grads make a good fit for the industry.

“We used to promote toolmakers but we now we’re looking at hiring people with an engineering background,” he said. “Engineering students are learning to tackle problems.”

He was impressed with contributions by Triyambak Tripathy, who completed a co-op work term but has continued in a part-time job with the firm while he completes his degree.

Competition sees students coast to victory while honing design skills

Mechanical engineering students took a break from their books Friday to compete against their peers in a gravity car competition. More than 50 students took part in the friendly competition hosted for the first time by the university’s Master of Engineering Auto Student Advisory Council.

“This competition is an opportunity for students to showcase their design skills and their knowledge of fundamental engineering concepts such as aerodynamics,” said Tracy Beemer, program administrator for the MEng Automotive program.

UWindsorENG student to help form startup using NASA technology

A team including a University of Windsor engineering student used NASA technology designed for Mars to become the only Canadian-based team to win part of the U.S. Space Race startup challenge.

Abhishek Chakrala, a 22-year-old electrical engineering masters student, was part of a seven-member team that won a $2,500 prize in one category by using a NASA invention to track weather. The team was named a finalist in another category where it pitched an idea to make electricity using a kite in remote locations.

UWindsor research leads to revolutionary construction material

It could be another five years or more before University of Windsor engineering professor Sreekanta Das can start handing out the grades for his students’ latest school project.

“Five years for sure,” Das said of the time needed to definitively prove whether a revolutionary construction material can provide a cheaper and greener solution to future concrete and steel rehabilitation projects.