News & Events
Stay informed about new educational programs, research developments, events, partnerships, and milestones across AEMS UToronto and the evolving landscape of nuclear science, engineering, and innovation.
Featured
Two one-week intensive courses are offered this summer for high-school and undergraduate students: Fusion Energy (July 27–31) and Photonics: Lenses to Lasers (August 10–14). Limited-seat pricing is available for early applicants.
View courses & apply at AEMS AcademyA one-week exploration of plasma physics, confinement strategies, materials challenges, and the engineering pathway toward fusion power. Monday–Friday, 9 AM–4 PM at the University of Toronto.
Course detailsFrom optical fundamentals to laser systems and modern photonic applications, a one-week course connecting light science to engineering and research frontiers. Monday–Friday, 9 AM–4 PM.
Course detailsThe Atomic Energy Materials & Systems nuclear cluster at the University of Toronto launches its dedicated web presence, connecting research themes, educational pathways, people, and partnerships under one institutional gateway.
Perspectives
Exploring the ideas, technologies, and priorities shaping the future of nuclear energy, medicine, materials, and engineering.
Ontario’s electricity system is among the cleanest in North America, with nuclear energy providing the majority of the province’s electricity. Continued investment in reactor refurbishment, small modular reactors (SMRs), and next-generation technologies positions Ontario as a global leader in reliable, low-carbon energy.
Canada is a world leader in the production and application of medical isotopes used in diagnostic imaging and cancer treatment. Advances in isotope production, radiopharmaceutical sciences, and biomedical technologies continue to expand the impact of nuclear science on healthcare.
The continued growth of the nuclear sector depends on highly qualified engineers, scientists, technologists, and innovators. Education institutes play a critical role in developing this talent through education, research, experiential learning, and professional development—an important focus of AEMS UToronto and the AEMS Academy.
Fusion has evolved from a long-term scientific aspiration to a rapidly advancing engineering discipline. International collaborations, growing industrial investment, and advances in materials, plasma science, and engineering systems are accelerating progress toward practical fusion energy, with Canadian universities contributing across the innovation landscape.