Future students

Former undergraduate student, Dawn Ng, worked a co-op position at Toyota Motor Manufacturing Canada. During this term she studied and learned the vehicle painting process and she noticed every time a new color was applied to a bumper, a solvent-water mixture was used to clean the nozzles of the high-tech spray robots. The cleaning agent contained about 10 percent solvent.

Congratulations to three WIN members for winning the WIN-MESA+ Seed Funding Award for $75,000 each to support international joint research projects with faculty members from the MESA+ Institute for Nanotechnology at the University of Twente, Netherlands.

A new, battery-free sensor can detect water leaks in buildings at a fraction of the cost of existing systems.

The tiny device, developed by researchers at the University of Waterloo, uses nanotechnology to power itself and send an alert to smartphones when exposed to moisture.

By eliminating a battery and related circuitry, researchers estimate their sensor could be commercially produced for $5 each, about a tenth of the cost of current leak detection devices on the market.

An exciting and innovative transition has been taking place in the Faculty of Science, and we are now pleased to announce the opening of the Science Innovation Hub!

When he was a young boy growing up in Burkina Faso, Yannick Traore’s dad didn’t like to buy him toys. Yannick had a habit of taking things apart just to figure out how to put them back together. Even as a child, he needed to understand how things worked.

Today, Yannick’s putting that curiosity to good use as a PhD candidate in Professor Emmanuel Ho’s lab.

A nanotechnology engineering undergraduate team won first place at this year’s Ontario Engineering Competition (OEC) in the Innovative Design category.

Hosted by the University of Guelph from January 17 to 19, OEC brought together engineering students from across the province to compete in eight unique challenges designed around the theme of Improve Life.

Professor Todd Holyoak is an expert in the dynamic aspects of the enzyme structure-function relationship, or “conformational plasticity” in enzymology and how these dynamic aspects of enzyme structure can be altered/influenced to alter and enzyme function. Currently, the Holyoak lab is exploring the structure-function relationship in several diverse enzyme families with a current focus upon the GTP-dependent phosphoenolpyruvate carboxykinases (PEPCK) and the IgA1 protease family of bacterial proteins.

The research in Professor David Rose’s laboratory in the Department of Biology is focused on the human enzymes that recognize and act upon carbohydrates. These enzymes play key roles in multiple aspects of health and disease, including deriving glucose from components of our diets, such as starch and sucrose, and in the synthesis of glycoproteins (proteins that consist of carbohydrates as well as amino acids).