The shift to clean energy is one of the most important priorities for communities, economies, and the environment, both globally and across Canada. Nations are investing in technologies that reduce carbon emissions, increase energy efficiency, and support sustainable economic growth. From renewable power to nuclear innovation, clean energy is driving new industries and creating high-demand jobs. Durham College (DC) gives students and graduates the hands-on experience and expertise needed to contribute to Ontario’s expanding low-carbon economy.

In Ontario, the province’s clean-energy transition is accelerating. Major projects, such as Ontario Power Generation’s (OPG) refurbishment of the Pickering Nuclear Generating Station and the planned deployment of a small modular reactor (SMR) in Darlington, are strengthening the province’s low-carbon capacity, generating thousands of jobs, and contributing to long-term economic growth, particularly in Durham Region.

“Durham College (DC) prepares students to meet the workforce needs of this evolving sector,” says Dr. Jean Choi, DC Vice President, Academic & Students. “Through applied learning, industry partnerships, and programs aligned with labour-market demands, DC equips graduates with the skills and knowledge required to contribute to major energy projects, emerging clean-energy initiatives, and skilled-trades opportunities across Ontario.”

Engineering and technician programs
DC’s engineering and technician programs provide hands-on experience with applied labs, simulations, and industry-standard equipment. Programs such as Mechanical Engineering Technician – Non-Destructive Evaluation (Co-op), Electrical Engineering Technician (Co-op), and Mechanical Engineering Technology (Co-op) prepare graduates for roles in testing, automation, inspection, quality assurance, mechanical support, and applied design.

“Careers in the clean-energy sector demand accuracy, safety, and advanced analytical skills,” says Tom Greve, Non-Destructive Evaluation Program Coordinator. “Our students learn to assess materials and systems using real-world methods and test devices, preparing them for a variety of roles in energy generation, infrastructure maintenance, and advanced manufacturing.”

Welding skills that support major energy projects
Large-scale energy projects depend on welders trained to meet regulatory and safety standards. DC’s Welding Engineering Technician (Co-op) program provides advanced training in structural welding, materials inspection, shop safety, and fabrication.

“Graduates from our welding program are ready to take on roles in energy, manufacturing, and infrastructure projects across the province,” says Gregg Peel, Professor, Welding Engineering Technician program. “They gain practical experience with the precision and standards-based skills employers need to support Ontario’s clean-energy growth.”

Power engineering for clean energy operations
DC’s Power Engineering Techniques – Fourth Class program prepares students for operational roles in utilities, energy-generation sites, and industrial facilities. Students gain hands-on experience in boiler operations, plant safety, thermodynamic systems, and regulatory requirements, building the skills needed to succeed in a variety of energy-sector careers.

Graduates are in demand across Ontario, supporting utilities, industrial plants, and other energy facilities as the province’s clean-energy sector continues to grow. With Durham Region at the centre of this expanding economy, DC is helping students pursue rewarding careers close to home.

Explore DC’s engineering, and skilled trades programs to take the next step toward a career that strengthens Durham Region and supports a clean energy future.