The proposed project aims to enhance Alzheimer’s biomarkers detection by developing an innovative business model through the Lab to Market (L2M) program. This four-month initiative, in collaboration with the Innovation + Impact Network of Canada (I-INC), focuses on leveraging the entrepreneurial and innovative skills of participants to accelerate the translation of research excellence into practical […]

The intern will undertake a project which analyses several drainage structures of an experimental green roof while developing a numerical model to mimic the experimentally obtained results. In addition, the intern will also be involved in working on an Integrated Stormwater Management Plan, and low impact development methods. The partner organization will benefit by having […]

Nanocellulose is an emerging sustainable Canadian nanomaterial with potential applications in a range of industries. This collaborative project between the Cranston group at UBC and Anomera Inc. aims to enhance Anomera’s nanocellulose product, Dextracel, through a straightforward water-based surface modification route. More specifically, we will increase the stability of Dextracel, improve the compatibility of Dextracel […]

This project addresses critical healthcare concerns by developing a user-centric vital sign monitoring system tailored for continuous patient care. In a society grappling with health management challenges, especially amidst an aging population and events like the COVID-19 pandemic, this initiative bridges a persistent gap in post-intervention care. Many individuals, particularly elderly and fragile patients, often […]

Tiny particles made of fat are an established system for delivering nucleic acids into cells to perform gene therapy. We have developed a new polymer that can be incorporated into fat particles to improve the nucleic acid delivery efficiency. Using this polymer and others with a similar structure, we will engineer a library of fat […]

We’re revolutionizing the future of food by producing sustainable, mushroom-based protein. Traditional protein sources are resource-intensive and less eco-friendly. Our innovation lies in utilizing agricultural waste as feedstock to cultivate high-quality mycoprotein, essentially turning waste into a value-added product. Utilizing cutting-edge bioreactor designs and process optimization techniques, we aim to make this production scalable and […]

Rapid urbanization has triggered a global surge in the construction of high-rise buildings, necessitating their robust designs to withstand the impact of natural hazards, such as earthquakes and strong winds. In response to this challenge, innovative strategies are being explored to mitigate the deformations and accelerations imparted on high-rise structures by these natural hazards. One […]

The proposed project aims to develop and validate new knowledge, technologies and engineering tools aimed at identifying and mitigating geological hazards encountered on deep mass-mining projects. Deep mass-mining is key for delivering the copper and other critical minerals needed for the transition towards clean energy and electric cars as near-surface resources are depleted. The proposed […]

IsoStage is a high-tech, revolutionary fitness device inspired by the founder’s background in kinesiology and personal interest in strength training and body building. The idea emerged from the realization that there is a clear absence of devices or convenient methods catering to overcoming isometrics (OI) training – a technique that has incredible potential to build […]

Our innovative technology overcomes skin barriers, enabling efficient epidermal and dermal delivery of macromolecules (HA) through a pain-free, needle-free topical application. Therefore, we achieve better hydration with more long lasting. We keep healthy skin (hydrating and plumping, and can fade fine lines) in one step. This technology has great potential for commercialization and it may […]

Deep Vein Thrombosis (DVT) is the occurrence of blood clots in the deep veins of the lower legs, occurs in 10 million people annually and leads to death in 1 out of 4 people globally. The risk for developing DVT increases exponentially with age, two-thirds of all patients are >60 years of age. Post thrombotic […]

The project focuses on creating and marketing a sustainable insulation foam made of pulp wood, replacing traditional materials like polyurethane and expanded polystyrene. This eco-friendly substitute aligns with the global demand for sustainable products, particularly in the building and insulation sectors.