The proposed research focuses on developing a welding system that can be used to create helmet pads and other protective gear, like knee and shin pads. This system will use ultrasonic welding or soldering techniques, making the process more efficient than current methods. The goal is to reduce the time and labour involved in manufacturing […]

Afin de limiter l’impact environnemental de l’industrie de la construction, le recyclage des bétons sous forme de granulats recyclés pour la production de nouveau béton est une pratique de plus en plus courante. Néanmoins, il n’existe pas de marché pour les particules les plus fines, notamment en raison des réglementations strictes en vigueur. L’option proposée […]

We propose the development and commercialization of biodegradable wastepaper foam as a viable alternative to traditional synthetic materials. Our solution aims to address the environmental challenges posed by non-biodegradable packaging materials while providing effective cushioning protection for a wide range of products, spanning from lightweight to heavyweight products.

Spot application of pesticides is one aspect of precision agriculture technology that may have promising economic, environmental and social benefits. However, the practical application of this technology is faced by several challenges including accurate detection of pests, simultaneous control of multiple nozzles, and formulation of suitable droplets under continuous opening and closure of nozzles. This […]

This project focuses on creating eco-friendly, recyclable transportation cards using shellac, a biodegradable and sustainable material. Traditional plastic cards contribute significantly to waste and CO2 emissions, while shellac offers a greener alternative that can be combined with recyclable paper substrates. By conducting a Life Cycle Analysis (LCA) of shellac materials, this research will evaluate their […]

The specific objective of this project is to compare the accuracy of the Manus Quantum motion capture gloves against traditional hand-held controllers for conducting proactive ergonomics analyses in virtual reality (VR). Digital human model (DHM) hand locations and joint angles will be compared to their ground truth measures derived from laboratory-grade optical motion capture. To […]

Acoustic Ornamentality will study the influence that our built environment has on shaping our local soundscapes and the propagation and attenuation of anthropogenic noise pollution. Malta’s vernacular Gallarija and abundance of architecture constructed of limestone, a porous rock, and renaissance and baroque architecture defined by it’s fine ornamentality and craftmanship offer potential greater attenuation of […]

Innovation in domains such as organic electronic materials is driven by experimental methods that are generally limited by the speed of human intervention in all the steps of the iterative R&D cycle. The emergence of AI tools and automated systems can now help to disrupt this paradigm by empowering the researcher to efficiently leverage their […]

High capacity battery systems are becoming as important as their smaller analogues which are currently in use in mobile devices. Rechargeable lithium-ion battery packs serve as uninterruptible power supplies or energy stores in electronic vehicles (EVs) and realize the EV technology for many countries. This promotes sustainable development while addressing air quality and climate change. […]

This project focuses on developing a smart, wearable system powered by artificial intelligence (AI) and advanced brain signal analysis to help monitor worker fatigue and stress in the mining industry. Mining is a demanding job, and workers often face long hours and stressful conditions, increasing the risk of accidents. The system uses a small, non-invasive […]

This project addresses the biotechnology and pharmaceutical industries’ need for mature, physiologically relevant cardiac models for drug discovery, cardiotoxicity testing, and personalized medicine. Existing models, such as human-induced pluripotent stem cell-derived cardiomyocytes (hiPSC-CMs), lack the structural and functional maturity needed for reliable applications. The UBC MEMS Lab has developed a soft, micropatterned substrate and a […]

Skin cancer, especially melanoma, is one of the most prevalent cancers worldwide, with North America experiencing particularly high rates. Despite the importance of daily sunscreen use, concerns about the safety of traditional UV filters—such as skin penetration and potential hormonal disruption—continue to grow. Additionally, these filters degrade when exposed to sunlight, reducing their effectiveness over […]