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COVID-19 pandemic: U of T Engineering stories

A research team led by Professor Willy Wong (ECE, IBBME) developed a quick solution for monitoring patients’ respiratory status using small but powerful single-board Raspberry Pi printed circuit boards. (Photo: Harrison Broadbent via Unsplash)

U of T Engineering team programs single-board computers to remotely monitor COVID-19 patients and protect health care workers

A U of T Engineering team has created a simple, scalable solution to remotely monitor the vital signs of COVID-19 patients, while preserving vital personal protective equipment (PPE) for health-care workers. Currently, hospitals use a fingertip probe to monitor the respiratory status of COVID-19 patients. These probes monitor blood oxygen saturation and output the data to bedside monitors that must...
Alison Olechowski (MIE, ISTEP) studies the future of work and how engineering teams reach reliable decisions when designing new products. (Photo: Pam Walls)

How engineers can keep innovating — while working from home

The future of workplace collaboration has arrived early. For those who can work remotely amid the COVID-19 pandemic, a new normal has arisen over the last month. In professions where intensive collaboration is the norm, such as in engineering, this poses new and unexpected challenges. “Most people get to plan when they work from home. These are unusual times where...
Dubbed the Buddy Badge, the wearable device acts as a transponder, using a system of sensors connected to hand-washing stations, doorways, and critical routes to patient rooms. (Photo by Christine Sandu on Unsplash)

U of T startup’s wearable tech encourages hand hygiene to prevent the spread of COVID-19

An IBBME researcher is developing a wearable technology that reminds frontline health-care workers to consistently wash their hands. This technology could significantly reduce the spread of Hospital-Acquired Infections (HAIs), including COVID-19. Dubbed the Buddy Badge, the wearable device acts as a transponder, using a system of sensors connected to hand-washing stations, doorways, and critical routes to patient rooms. If the...
Emissions are seen rising from an industrial facility. Professor Greg Evans (ChemE) studies connections between air pollution and human health. (Photo: Ella Ivanescu / Unsplash)

Can lowering emissions improve the odds against COVID-19? A U of T Engineering expert examines the evidence

With countries shutting down large sections of the economy during the COVID-19 pandemic, many regions have seen strong improvements in air quality in a very short time. As cities decongest, U of T Engineering Professor Greg Evans (ChemE) is using this unprecedented global experiment to study the effects of air quality on the spread of COVID-19. Evans and his team...
Milica Radisic (ChemE, IBBME) is working with Axel Guenther and Edmond Young (both MIE) to create tiny models of the nose, mouth, eyes and lungs to better understand how COVID-19 infects organs. (Credit: Neil Ta)

How does COVID-19 invade our bodies so easily? U of T Engineering team uses ‘organ-on-a-chip’ model to find out

In order for a COVID-19 vaccine and antiviral drugs to be developed, scientists first need to understand why this virus spreads so easily and quickly, and why it invades our bodies with seemingly little resistance from our immune system. To understand how COVID-19 enters the body and does its damage, a team of top researchers from universities, hospitals and the...
Honeybee Hub co-founders Weiwei Li (left) and Catherine Chan (right).

New web portal by U of T alumni connects study participants to COVID-19 research

U of T alumni Catherine Chan (Medicine) and Weiwei Li (MSE 1T6, MASc 1T8) have created a web portal to connect COVID-19 researchers with potential research study participants. Since it launched in March, there have been more than 770 COVID-19 studies posted on the portal from around the world. Chan, co-founder and chief executive officer of Toronto-based Honeybee, says there is great...
UV treatment is widely used to disinfect drinking water and wastewater. Now, hospitals are considering its role in disinfecting masks and other personal protective equipment (Photo: Dimitri Karastelev via Unsplash)

Can ultraviolet light help hospitals disinfect their supply of masks and gowns? U of T Engineering UV expert explains

As the COVID-19 pandemic continues to mount, hospitals are finding themselves short of masks, gowns, and other personal protective equipment (PPE). Some are doing what would previously have been unthinkable — disinfecting and reusing PPE. One way to do this is with ultraviolet (UV) light, which is already used to disinfect patient rooms and operating theatres. In theory, it could...
U of T Engineering graduate students Kramay Patel (pictured) and Chaim Katz are leading a volunteer effort to stitch homemade masks for the Toronto community. (Photo courtesy of Kramay Patel and Chaim Katz)

As COVID-19 protective supplies dwindle, U of T Engineering grad students are stitching face masks for Toronto

U of T Engineering graduate students Kramay Patel (IBBME MD/PhD candidate) and Chaim Katz (IBBME PhD candidate) are temporarily trading in their electrodes and amplifiers for sewing machines and cotton threads.   They’ve launched Stitch4Corona, a volunteer-driven initiative to sew fabric face masks to help protect Toronto's most vulnerable during the COVID-19 outbreak.  “Many of us are looking to do something meaningful while self-quarantining,” says Patel. “And as the supply of commercial face masks dwindle, we decided to create a local network of volunteers to help us provide homemade masks...
Nanoleaf co-founder and CEO Gimmy Chu (ElecE 0T6) announced last week that the company is shifting its operations to providing masks, goggles and gloves to address shortages in Canadian and U.S. hospitals. (Photo courtesy of Nanoleaf)

Engineering alumni startup Nanoleaf to source more than one million masks amid COVID-19 shortages

Two weeks ago they were making light panels. Today they’re sourcing medical equipment.   The COVID-19 outbreak has led to reports of shortages of life-saving personal protective equipment (PPE) for front-line health workers, including in the Greater Toronto Area (GTA).   Nanoleaf, a company founded by U of T Engineering alumni, has signed up to help in providing medical masks, gloves and goggles. To start, Nanoleaf has committed to donating 50,000 surgical masks to hospitals in Canada, the U.S. “or to the places in need,” says co-founder and...
FLATTEN.ca is an online tool built by a team of volunteers, including U of T Engineering students. It uses self-reporting to create a heatmap of potential COVID-19 cases across the GTA. (Image courtesy FLATTEN.ca)

FLATTEN: Engineering students create free online map to help track the spread of COVID-19

Two weeks ago, as Shrey Jain (Year 1 EngSci) and his classmates received notice that all their courses were moving online, they saw an opportunity to help flatten the curve. “I’ve always been interested in machine learning, and developing for social impact,” he says. “With everyone leaving campus and heading back home, I thought it would be a good idea...

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