Meeting Nuclear Workforce Demand Through Hands-On Learning

Home Meeting Nuclear Workforce Demand Through Hands-On Learning

“Nuclear energy requires more than building reactors – we need to build our workforce to meet growing industry needs and climate goals. Human capital is the critical component that could make or break Canada’s nuclear future.”

David Novog, Engineering Physics professor and University Network of Excellence in Nuclear Engineering (UNENE) research chair in nuclear safety

Meeting Nuclear Workforce Demand Through Hands-On Learning

By combining specialized education with hands-on training, McMaster University’s new undergraduate nuclear engineering program is helping address growing workforce demands in the nuclear sector while preparing students for careers in clean energy, health care, research and major nuclear projects in Ontario and across Canada.

Students gain hands-on experience using specialized nuclear facilities and equipment, including a 5MW research reactor, particle accelerators, radiation sources and hot cells for the safe handling of radioactive materials. They also have access to student clubs and design teams, undergraduate research projects, co-op placements and industry-connected experiential learning.

The program integrates classroom learning with hands-on training, enabling students to address complex engineering challenges, cultivate interdisciplinary networks, and develop the technical and professional skills required to support a growing industry as experienced workers retire and new nuclear projects advance.

For more information, visit McMaster University.