Unlike traditional post-secondary education, the prerequisites for trades like power engineering do not require a degree for career advancement. Power engineering, however, requires dedication, patience, and an understanding of risks, because you operate essential high-pressure mechanical systems.
At TFM Consultants International (TFMCI), we specialize in providing the training and support you need to navigate these requirements and succeed in your power engineering career.
To understand the level of professional knowledge and skills required for power engineering, we’ve put together this article explaining the certification levels and the prerequisites for advancing from a 5th-class power engineer to a 1st-class power engineer, if you so choose.
Power Engineering Levels in Canada
There are five power engineering levels in Canada. Certification progresses from 5th class (entry level) through 4th, 3rd, 2nd, and up to 1st class. Each level requires passing the applicable SOPEEC examinations and accumulating the required work experience, known as firing time. The pass mark for all SOPEEC exams is 65%, regardless of the level or province.
The table below is the basic structure of power engineering levels in Canada, the course prerequisites and the number of exams required at each level:
| Level | Number of Exams | Prerequisite |
| 5th class | 1 Exam | Completed approved course or boiler hours |
| 4th class | 2 Exams (4A and 4B) | Completed approved course |
| 3rd class | 4 Exams (3A1, 3A2, 3B1, 3B2) | 4th class certificate |
| 2nd class | 6 Exams (2A1, 2A2, 2A3, 2B1, 2B2, 2B3) | 3rd class certificate |
| 1st class | 8 Exams (1A1-1A4, 1B1-1B4) | 2nd class certificate |
As you can see from the table above, each level after 4th class requires the previous class to advance. There’s no ability to train only for 1st class without building your knowledge, experience and firing time from 5th through 2nd class.
That said, it’s not uncommon for students to complete their 4th and 5th classes and remain at that level for the rest of their careers. The job opportunities for these levels of power engineers are abundant and highly rewarding.
Average Salary for Each Level of Power Engineers Across Canada
Power engineering is consistently recognized as one of the higher-earning skilled trades in Canada. Salaries vary by province, certification class, facility type, and years of experience. The example data below is sourced from the Government of Canada Job Bank, which compiles wage information from Statistics Canada’s Labour Force Survey, last updated November 2025.
These hourly ranges shown include all certification classes from 5th through 1st. Entry-level power engineers holding a 5th- or 4th-class certificate generally land at the lower end of the provincial range, while experienced 1st- and 2nd-class engineers working in more complex industries typically sit at or above the average.
Wage Ranges Per Province
| Community/Area | Low ($/hour) | Median ($/hour) | High ($/hour) |
| Canada | 30.00 | 49.23 | 75.55 |
| Alberta | 31.00 | 57.69 | 73.00 |
| British Columbia | 35.00 | 41.00 | 66.87 |
| Manitoba | 29.00 | 39.50 | 50.48 |
| Ontario | 33.37 | 57.00 | 87.00 |
| Saskatchewan | 25.87 | 40.00 | 69.71 |
The Next Steps to Becoming a Power Engineer
Regardless of your age or current career, becoming a power engineer doesn’t require a massive amount of prerequisites. Starting in the 5th class, power engineering level, you will only need to take the required course to qualify for the certification exam.
TFMCI runs multiple 5th- and 4th-class power engineering courses throughout the year, supporting students across Canada, both online and in person. Call our administration office to learn more about enrolling in the next course.