This collaborative research project between McMaster University’s Materials Science and Engineering department and Grenoble INP Phelma’s SIMaP laboratory aims to investigate the development of accurate strain measurement techniques using transmission electron microscopy (TEM).

This project will provide a marketing intern with hands-on experience supporting Acuity Insights’ business growth and expansion into new markets. The intern will conduct market research, analyze engagement data, assist with event marketing, and optimize marketing processes to help Acuity improve its outreach and impact in the education technology sector. Their work will contribute to […]

By systematically reviewing and analyzing existing literature and data on postpartum mental health in Japanese women, this research project aims to understand the cultural expectations of motherhood and perceptions of mental health on mothers in Japan, and how this may impact the uptake of support and public health interventions in the Japanese context. The research […]

The proposed project aims to develop an illustrated children’s book to educate youth on the importance of climate action, which has become increasingly importance due to the consequences of anthropogenic climate change. This project aims to develop a book that instills ecological and emotional literacy in order to empower youth to take action against climate […]

Understanding the needs of patients and the gaps in the current treatment options is critical to creating improved products for these conditions. This project will identify conditions where there is a strong product-market fit using OptimEyes’ proprietary drug delivery nanoparticle platform to address these limitations. These results will inform in-lab R&D activities that will create […]

This project involves a student intern working with QReserve, a Canadian technology company providing resource management software, to evaluate and enhance our web accessibility standards. The intern, a Junior Software Developer, will collaborate with our development team to analyze the current software, identify areas for improvement, and implement changes to ensure the platform is accessible […]

The Harvest Platform is a fuel-less, carbon-free water heating solution designed to replace traditional gas-based heating systems in restaurant and hotel environments. The technology harvests and recycles waste heat from commercial cooking appliances, such as ovens and fryers, to reduce operating costs and greenhouse gas emissions in a cost-effective and scalable way. Based on a […]

At Resilio Climate Solutions, we are developing a cutting-edge software platform for climate risk analytics to help organizations proactively assess and manage climate-related physical risks. This project aims to create a data-driven, AI-powered solution that provides actionable insights for municipalities, financial institutions, and insurance companies. Through this initiative, a software intern will contribute to the […]

PROVA Innovations Ltd. is revolutionizing gait rehabilitation with WithinStride™, a smart insole that provides real-time gait analysis and biofeedback to help individuals improve mobility and reduce pain. This project focuses on enhancing the user experience (UX) and interface design of WithinStride™’s mobile and web platforms, ensuring that both clinicians and patients can seamlessly interact with […]

We are developing a new treatment for ischemic stroke using a modified version of a natural anticoagulant called ADAMTS13. Existing stroke therapies are limited by a short treatment window and can carry serious risks. This new approach aims to safely extend the time patients can receive treatment, increasing access, especially for those in rural or […]

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 […]