Global Futures report highlights graduate student research
Our world is changing, and we must evolve with it. Global Futures at the University of Waterloo addresses the pressing challenges facing society, health, sustainability, technology, and the economy. Through interdisciplinary collaboration and groundbreaking research, we are working towards a better future.
Graduate students are at the forefront of these transformative changes. Their innovative research and dedication to solving complex problems are driving meaningful progress, shaping the future in ways that will have a lasting global impact.
CELLECT. transforms cervical cancer diagnosis with nanotechnology
Using menstrual products as a diagnostic tool could replace invasive Pap smears with a non-invasive alternative
Graduate researcher CT Murphy is transforming cervical cancer screening with CELLECT., a startup integrating nanotechnology into menstrual products to detect HPV and other health indicators. This non-invasive, inclusive approach could eliminate the need for Pap smears and make screenings more accessible to those who menstruate. With support from Waterloo’s Velocity incubator, Murphy’s work has the potential to revolutionize gynecological health care.
Tackling environmental health challenges in Indigenous communities
PhD student’s research examines how industrial pollution may be affecting northern First Nations communities
PhD student Amy Nahwegahbow is investigating the impact of industrial pollution on northern First Nations communities. A member of Whitefish River First Nation, she is using epidemiological research to empower Indigenous communities with data that can drive policy changes and advocate for environmental justice. Her work not only aims to improve public health but also contributes to reconciliation efforts by fostering collaboration between Indigenous communities and academia.
Turning food waste into a new bioplastic
Co-founders of MetaCycler BioInnovations leverage the Entrepreneurial PhD Fellowship program to scale their research solution for plastic pollution
MetaCycler BioInnovations, co-founded by PhD student Eugenia Dadzie, is developing biodegradable plastics using waste from the dairy industry. By engineering bacteria to produce polyhydroxyalkanoates (PHA), their startup provides a cost-effective and sustainable alternative to traditional plastics. With funding from the Ontario Ministry of Agriculture, Food and Rural Affairs and support from the University of Waterloo’s innovation ecosystem, the team is working to scale their solution for commercial use.
Robots supporting human-centric health care
Cobionix’s collaborative robot Codi automates routine tasks, empowering professionals to focus on critical patient care
Cobionix, co-founded by Waterloo alumni and researchers, is developing collaborative robots (cobots) to support health-care professionals. Their flagship robot, Codi, assists in tele-assisted ultrasound procedures, improving access to quality medical care in remote and underserved areas. By automating routine tasks, Cobionix aims to enhance health-care efficiency while allowing professionals to focus on patient care.
Building the perfect quantum camera
Vanier scholars collaborate to reach new levels of precision and reveal a new world of possibilities
Vanier scholars Sarah Odinotski and Jack DeGooyer are working to develop an ultra-sensitive quantum camera capable of detecting individual photons of light. Their research, which merges quantum physics and electrical engineering, aims to revolutionize medical imaging, astronomy, and quantum computing. Recognized with prestigious Vanier Canada Graduate Scholarships, their collaboration underscores the power of interdisciplinary research.