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Each year Toronto Fire Services responds to more than 100,000 emergencies throughout the city, . For firefighters arriving at the scene of an active fire, controlling who enters the building and when can mean the difference between life and death.

That’s why a team of first-year students in the University of Toronto's Faculty of Applied Science & Engineering, worked closely with Toronto Fire Station 322, responsible for the densely populated downtown area, to develop a smarter solution.

“We spent a lot of time in the station to learn about their existing entry control process and their needs before we began developing our prototypes,” said Haochen Zhang, one of the first-year students. “We heard a lot of concerns around the cost and reliability of their current technology.”

Zhang and her team developed a solution that focuses on minimizing human error in chaotic situations by allowing fire captains to monitor the location of each member of his or her team simultaneously.

From left: Aman Bhargava, Amy Xin, Haochen Zhang and Yannis He developed a smarter means of entry control for firefighters at Toronto Fire Station 322 (photo by Liz Do)

Their project was among the prototypes and renderings showcased earlier this month at the Praxis Showcase. The first-year engineering science students unveiled their design solutions to 15 of the Greater Toronto Area’s most pressing and persistent problems.

The event is the culmination of Praxis, a unique first-year course that challenges students to collaborate with Toronto communities, agencies and companies to find innovative ways to improve their city.

“In the end I think it was a much more enriching process than just doing an in-class assignment,” said Aman Bhargava, a member of the team addressing entry control for firefighters. “Working with real people on a pressing challenge of importance to them was a very rewarding experience for us.”

The students took on a diverse mix of projects and clients, including:

• Streamlining the assembly of harm-reduction kits
• Improving firefighters’ navigation during active fires
• Prioritizing safety at the Toronto Tool Library’s Makerspace
• Developing phone charging stations in the Centre for Addiction and Mental Health’s women’s in-patient unit
• Designing an aviation-concept game to improve flight cadets’ knowledge retention
• Developing a more accurate fermentation test to tell bakers when a batch of dough is ready
• Preventing the intrusion of dementia patients into other patients’ rooms
• Creating an easier way of packing reusable bags at cashier stations
• Preventing false Personal Alert Safety System (PASS) alerts among Toronto firefighters
• Collecting and organizing shuttlecocks at KC Badminton Club
• Improving removal paint mechanisms at Sgt. Splatters
• Reforming the motorboat transportation system at the Richmond Canoe Club
• Improving the frying station in food trucks
• Containers capable of transporting frozen and fresh food across Canada
• Improving sidewalk salting practices for business owners in areas of heavy foot traffic

“This course doesn’t just challenge students to use their engineering design thinking and communication skills – it challenges them to think about what type of engineer they want to be and how they want to contribute to improving both their local and global communities,” says course co-ordinator Jason Foster, an associate professor, teaching stream, in the Faculty of Applied Science & Engineering. 

 “Every year, I’m impressed by both the projects our students find and the designs they present at the Praxis Showcase.”