Amid growing global investment in nuclear technologies and research, McMaster University is introducing a new undergraduate degree in nuclear engineering to help prepare the next generation of skilled professionals.
“Canada’s nuclear sector is evolving quickly, and higher education has an important role to play in developing the talent the sector needs,” said David Novog, an Engineering Physics professor and a University Network of Excellence in Nuclear Engineering (UNENE) research chair in nuclear safety. “McMaster’s research reactor and long-standing nuclear expertise give students access to a learning environment that is one of a kind in Canada.”
The federal government estimates that approximately 30 per cent of Canada’s nuclear workforce will retire over the next decade and that global demand for nuclear skills will require roughly 1.1 million new personnel by 2050.
“Nuclear energy requires more than building reactors – we need to build our workforce to meet growing industry needs and climate goals,” Novog said. “Human capital is the critical component that could make or break Canada’s nuclear future.”
Driven by the need for reliable, low-carbon energy, new small modular reactors (SMRs) are planned to begin operation by 2030 in Ontario and New Brunswick, with additional SMRs planned for the mid-2030s in Alberta and Saskatchewan. Large scale nuclear projects are also in the works in Ontario, including the Pickering refurbishment of reactor units 5 to 8, and projects planned for Kincardine and Port Hope.
These projects will lead to significant demand for nuclear engineers and skilled workers.
“Nuclear engineering is playing an increasingly important role in the future of energy, health and research worldwide,” said Heather Sheardown, Dean of Engineering. “Students in this program will gain hands-on experience alongside leading researchers and one of the country’s most established university-based nuclear programs.”
Canada’s Nuclear University
Home to Canada’s most powerful research reactor and nuclear facilities, McMaster supports discoveries in clean energy, reactor safety, radiopharmaceuticals, medicine and materials engineering.
Students in the Nuclear Engineering program have the unique opportunity to learn through McMaster’s nuclear facilities and equipment, which include a 5MW open-pool type reactor, particle accelerators, radiation sources, hot cells for safe handling of radioactive samples, and much more.
“With opportunities spanning student clubs and teams, funded undergraduate research, co-op work terms and industry-connected experiential learning, students will be empowered to tackle complex engineering problems, build interdisciplinary networks and help shape the future of nuclear engineering before they graduate,” said Sheardown.
As Canada’s nuclear university, McMaster has built strong ties to industry through various academic and research partnerships.
“Canada’s nuclear future depends on strong talent and strong partnerships,” said Gary Rose, EVP, Nuclear Canada and President, Candu International. “At Candu, workforce development is fundamental to sustaining and growing our domestic and global fleet. McMaster University’s new Bachelor of Engineering in Nuclear Engineering will play a critical role in building the skills, expertise, and leadership needed to advance Canada’s clean energy ambitions while also creating a strong pipeline of highly skilled graduates for Candu Energy.”
Three Options for Engineering Students
Beginning in September 2027, McMaster engineering students will be able to choose one of three new undergraduate degrees, all with co-op options available.
The first option is the Bachelor of Engineering in Nuclear Engineering (B.Eng.), a four-year program carefully designed to prepare students to work in Canada’s growing nuclear industry.
A second option is the Bachelor of Engineering in Nuclear Engineering and Society (B.Eng.Society), a five-year program that includes additional studies on technology’s societal impacts, emphasizing human-centered design, sustainability, critical thinking, and communication.
Similarly, a third option is the Bachelor of Engineering in Nuclear Engineering and Management (B.Eng.Mgt.), a five-year program that includes additional courses focused on core business education, such as finance, marketing, and organizational behaviour.
Interdisciplinary Minor
Students from all McMaster faculties can gain an interdisciplinary understanding of the nuclear sector through the Interdisciplinary Minor in Nuclear Studies and Society.
Launched in September 2025, the minor brings together experts from multiple faculties to prepare students for impactful roles across a range of career paths.
The Interdisciplinary Minor in Nuclear Studies and Society features three specializations: Nuclear Engineering, Nuclear Applications in Applied and Medical Science and a general track.
Learn More
To learn more about McMaster’s nuclear engineering program, please visit the program webpage.
Incoming students are encouraged to connect with faculty and current students at McMaster’s annual open house event, May@Mac, on Saturday, May 9, 2026, from 10a.m. to 4p.m.