The University of Glasgow's Eco-Vehicle Society (UGEV) is a dynamic, student-led engineering group dedicated to the innovation and development of eco-friendly racing vehicle for the Shell Eco-Marathon, one of the world’s leading student engineering competitions.
With a strong focus on energy efficiency and sustainable automotive design, the UGEV team is committed to the development of a hydrogen-fuel-cell powered vehicle, designed to push the boundaries of innovation in sustainable transport.
Be part of our team to gain valuable hands-on experience, enjoy the excitement of innovative engineering, and make a real impact on the future of sustainable automotive by advancing the limits of energy efficiency in competition.
At UG Eco- Vehicle we are Pushing Towards Eco-Friendly Automotive Engineering.
Bringing together most of our team members from various sub-divisions, we collaboratively designed and refined engineering concepts and specifications, starting from sketches on paper and building new friendships along the way.
The focus was on developing a prototype vehicle for the Shell Eco Marathon, with a particular emphasis on hydrogen-powered solutions.
From discussions on hydrogen fuel cell systems and monocoque structure design to considerations of vehicle dynamics and aerodynamics, each team contributed their expertise. We also concentrated on integrating ideas for electrical systems, drivetrain development, and telemetry analysis, all with the goal of conceptualising the best possible vehicle for the future.
A memorable site visit to NMIS in February offered UG Eco Vehicle society members valuable insights into their work through a comprehensive factory tour.
A talk by industry experts inspired our members, and several maintained valuable networking connections afterward. We had the opportunity to see cutting-edge technology in 3D printing and robotics.
However, the most memorable aspect was the team bonding, especially as a newly formed society at the time. It was an event to cherish, and we look forward to many more visits with leading industries and organisations.
Our management and engineering leadership team consists of:
We are also supported by our academic advisor:
