Capstone team Project Sisyphus designed and built an engine that uses regenerative cooling, circulating fuel through built-in channels to prevent the chamber from melting. The 3D-printed copper parts made through additive manufacturing also help with this.
A research team led by Dr. Amir Khajepour, professor of mechanical and mechatronics engineering, has developed a new technology that uses cloud-based autonomous robots for routine tasks, such as moving equipment and supplies in hospitals and long-term care facilities.
For over three decades, co-op students like Smita Basak have helped drive innovation at Toyota Motor Manufacturing Canada.
Every year, students across engineering, including those in MME, culminate their program with a Capstone Design project to develop innovative ideas to advance an area of interest. Students also have the opportunity to take part in the Norman Esch Entrepreneurship Awards for Capstone Design, open to a broad audience, with the chance to win their share of $100,000 in prize money.
Cristiano Da Silva, a current mechanical engineering undergraduate, was part of the group Dreaming Objects, which won $50,000 at HARD MODE, an invite-only hardware and artificial intelligence hackathon hosted by the MIT Media Lab.
A team led by the faculties of Engineering and Environment successfully launched a space balloon on a recent trip to Sweden as part of the REXUS/BEXUS Programme, supported by the European Space Agency (ESA). The programme that allows institutions to conduct scientific and technological research using balloons and rockets.
Jeswin Joeseph, a PhD candidate, won the Finalists’ Choice Award at the annual GRADflix competition, where students create a 60-second video to showcase their research to a general audience.
Rotostitch, founded in 2025, is striving to make a sustainable impact on the apparel industry with garment construction. The company was co-founded by Waterloo Engineering alum Leah McClure (BASc ’24, mechanical engineering) and Anson Tsang.
Vena Medical, a company born out of a fourth-year Capstone Design project and now a Velocity Health company, just became one of the first recipients of Ontario’s new Life Sciences Scale-Up Fund (LSSUF). The LSSUF is part of the Government of Ontario’s larger efforts to support medical-based companies within the province. The fund’s goal is to help advance innovation and attract more interest and investment into the field.
Dr. Yimin Wu and PhD student Wei Wei, in mechanical and mechatronics engineering, are turning plastic waste into acetic acid, a main ingredient of vinegar, using sunlight as a natural resource.