This project supports the commercialization of INSITE (In Situ Tissue Engineering Bioprinting System), a handheld bioprinting platform developed in the Guenther Lab at the University of Toronto. INSITE enables point-of-care delivery of personalized bioinks directly into skin wounds, offering a novel, autograft-free alternative for treating full-thickness burns and chronic wounds. Current gold-standard treatments rely on […]

Geotab is a global leader in IoT and connected transportation, providing data-driven insights for fleet management. Collecting over 4 billion data points daily from 4.5 million connected vehicles, Geotab’s AI Platform team focuses on leveraging machine learning to enhance data accessibility, fleet intelligence, and operational efficiency. A key challenge is improving user interaction with complex […]

This project aims to uncover the design principles of biological networks, such as blood vessels in the kidney and brain, by developing automated tools to analyze high-resolution 3D images of human embryo vasculature. Using advanced imaging techniques and deep learning, the research will create efficient methods to study how these networks efficiently transport nutrients and […]

Harnessing Solar Power for Smarter Energy Use: This project introduces a passive solar energy switch that automatically adjusts how it uses sunlight based on temperature, without electricity or moving parts. It relies on a Fresnel lens that focuses sunlight. When temperatures are low, water condenses on the lens, causing solar transmission and heating. When temperatures […]

Neurodegenerative diseases like Alzheimer’s and Parkinson’s cause cognitive decline, motor impairment, and emotional distress. While pharmacological treatments exist, music therapy has shown promise in alleviating symptoms. This project enhances music therapy using AI, making interventions more accessible and personalized. This project aim to develop an AI-powered wearable system that personalizes music therapy based on emotional […]

Research at the Lymphoma Lab is driven by the observation that the outcomes of lymphoma are extremely variable with some patients seem cured or enjoying long remissions while others experience relapse. Treatments that directly target the underlying therapeutic vulnerabilities of a patient’s lymphoma remain unavailable [1]. Lymphoma Lab wants to change this. A comprehensive understanding […]

Breast cancer is the leading cause of cancer among women, with over 30,000 new cases diagnosed across Canada every year. Most patients undergo breast conserving surgery to remove the tumour, but in over 20% of cases, some of the cancerous tissue is missed, requiring the patient to have a second surgery. We are currently developing […]

This project focuses on developing a sustainable, bio-based, water-resistant coating designed to replace traditional plastic laminations used in paper-based packaging. Plastic-coated paper products, while offering essential barrier properties, are not recyclable and contribute to landfill waste, microplastic pollution, and increased carbon emissions. Our innovative coating, derived from shellac resin, is fully recyclable, compostable, and FDA-approved […]

As the demand for surgical interventions and the complexity of procedures increase, the need for intelligent, scalable solutions for care automation is more urgent than ever. We aim to translate cutting-edge research in neurorehabilitation and functional assessment technologies into a new generation of medical analytics systems. Capable of extracting meaningful insights from surgical procedures, we […]

This project aims to help bring a new type of filtration membrane—made from a strong and reusable material called PEEK—to the market, specifically for use in making biopharmaceutical drugs. The main goal is to understand the current market, talk to companies and other key stakeholders to identify their specific needs, and develop a clear plan […]

This proposal focuses on developing a detailed commercialization strategy for a next-generation 3D tissue culture technology aimed at addressing key challenges in lung disease research. While advanced 3D culture methods can more accurately represent human physiology than traditional approaches, many of these systems remain expensive, complicated, or heavily reliant on specialized infrastructure. By contrast, our […]

Cell culture is a critical tool for drug discover and cancer research, allowing scientists to study cells in a controlled environment before testing in animals and humans. However, a major flaw in traditional cell culture is that oxygen levels do not accurately replicate those found in the body. Cells in culture are typically exposed to […]