Partnerships news

Each year, we collaborate more than 400 partner organizations on research and development projects, work-integrated learning programs and much more. Our partners range from local startups to multinational corporations to not-for-profit enterprises, and everything in between.

Professor Fae Azhari (MIE, CivE) holds a sample of the self-sensing concrete she designed. Her work helps monitor the structural health of crucial infrastructure such as bridges, roads and hydroelectric dams. (Credit: Roberta Baker).

Concrete check-up: Fae Azhari develops diagnostics for critical infrastructure

February 15, 2017

U of T Engineering professor develops novel approaches to monitoring the health of large structures, from bridges to hydroelectric dams

A U of T Engineering research team led by Professor Matthew Roorda (CivE) are assessing the safety impact of Bloor Street bike lanes. (Photo by Dylan Passmore via Flickr).

Bike lanes on Bloor Street: U of T Engineering partners with Miovision, City of Toronto to help evaluate pilot and track traffic safety

January 12, 2017

Matthew Roorda (CIvE) performing conflict analysis to help cities evaluate the impact to safety of any changes to a streetscape

A pine forest in Finland. Professor Emma Master (ChemE) is collaborating with researchers around the world (including at Aalto University in Helsinki) to create new materials from trees that could replace fossil fuel-derived substances in everyday products, from adhesives to food packaging. (Photo: Emma Master)

Paper, not plastic: Leveraging microbial genes to make greener materials

December 16, 2016

Professor Emma Master receives grant from Genome Canada’s Large Scale Applied Research Projects program

From left: Professor Ramin Farnood with students Reena Cabanilla (Year 4 MIE) and Yu Fan Qi (ChemE MASc candidate). (Credit: Marit Mitchell).

Clean water, clean air: U of T Engineering research addresses big sustainability questions from resource scarcity to climate change

November 30, 2016

Ramin Farnood is an established leader in water decontamination — now he’s applying that expertise to tackle climate-warming emissions

Professor David Sinton presents and award to IBM's Allen Lalonde

U of T Engineering industry partners celebrated at inaugural awards ceremony

November 18, 2016

U of T Engineering recognized two landmark partnerships with its inaugural Industry Partnership Awards.

Steve Carlisle, head of General Motors Canada, learns about autonomous robotics research in the Barfoot Lab at U of T's Institute for Aerospace Studies. (Credit: Roberta Baker)

GM Canada president: “The tree of artificial intelligence was planted in Toronto”

November 16, 2016

Steve Carlisle scouts U of T Engineering talent, talks partnerships

“The convergence of a healthy biking culture and few cars in the heart of the city is truly a breath of fresh air," says Kerolyn Shairsingh (ChemE PhD candidate) about Utrecht, where she has been on research exchange since October 2016. (Courtesy: Kerolyn Shairsingh).

ChemE PhD student finds breath of fresh air in the Netherlands

November 11, 2016

Exchange is part of University of Toronto’s first-ever tripartite research collaboration with Utrecht University and The Chinese University of Hong Kong

Olga Misic (Year 2 ChemE) holds an organic photovoltaic device she worked on this summer in in the labs of Professor Tim Bender (ChemE). Her position was supported in part by one of U of T Engineering’s new First-Year Summer Research Fellowships.

First-year students gain research experience with Summer Research Fellowships

September 2, 2016

Students tackle ambitious problems in fields from robotics to sustainable energy with support of funding from First-Year Office

University of Toronto professor John E. Davies (IBBME) is part of a research team that has engineered stem cells to improve antibody therapy used to treat conditions such as Crohn’s Disease and certain cancers. (Photo: Luke Ng)

Engineering stem cells to enhance antibody therapy

August 15, 2016

Canadian researchers first to demonstrate that stem cells can be used to deliver antibodies more effectively than administration of the antibodies themselves

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