Power Engineering Techniques - 3rd Class

Conestoga College is a well-regarded public college based in Kitchener, Ontario, offering more than 200 programs across fields such as engineering, business, health sciences, information technology, media and design. Established in 1967, the college serves roughly 16,000 full-time students and around 1,800 international students, and delivers applied training through multiple campuses across the Waterloo Region. Conestoga emphasizes career-focused education designed to equip students with job-ready skills.

The college is known for hands-on learning, modern labs and close ties to local industry, which support co-op placements, internships and employer-led projects. Program options include certificates, diplomas, degrees and postgraduate credentials, allowing clear progression routes for students seeking technical expertise or academic advancement. Strong employer partnerships and a focus on experiential learning help graduates transition smoothly into regional and national job markets.

International applicants can expect comprehensive admission guidance, orientation programs and student support services that address academic, language and settlement needs. Conestoga’s career services and alumni network aid job search and professional development, while campus life offers clubs and activities to build community. Prospective students should explore program-specific entry requirements, co-op options and scholarship opportunities to plan a practical and rewarding pathway.

The Power Engineering Techniques - 3rd Class program at Conestoga College is a non-degree program that trains students in the safe and efficient operation and maintenance of industrial boilers, refrigeration systems, and auxiliary equipment. This program follows the Standardized Power Engineers Examination Committee syllabus and prepares students to write the Technical Standards and Safety Authority examinations for 3rd class certification.

The curriculum covers subjects such as chemistry, metallurgy, and corrosion, as well as electrical and instrumentation, and piping, fittings, welding, and pressure vessels. Students will also learn about industrial legislation, codes, maintenance, administration, and safety. The program includes a field placement and advanced power engineering studies, providing students with hands-on experience.

Graduates can pursue careers as power engineers, operating engineers, or maintenance managers. They may work in industries such as energy, manufacturing, or healthcare, and may be employed by companies that operate power plants, refrigeration systems, or other industrial equipment. Other potential job titles include boiler operator, refrigeration technician, or facilities manager. Students will gain the skills and knowledge needed to succeed in these roles and advance in their careers.