Course Overview
Applied science and math form the foundation of power engineering knowledge and problem-solving. This course equips learners with the core competencies required to perform technical calculations and interpret scientific principles in industrial settings. Participants will perform calculations using applied mathematics to support measurement, geometry, and trigonometry. They will solve applied mechanics problems involving force, motion, and energy systems, and apply thermodynamic principles to calculate heat transfer, steam properties, and gas behavior. The course also explores chemical properties, materials, corrosion control, and industrial drawings relevant to power systems. With the skills gained in this course, you will be able to perform calculations using applied mathematics to support mechanical and thermodynamic analysis in industrial environments. Please note, this course was formerly offered as POWC303 - Power Engineering Third Class Part A – CML. POWC303 has been split into two different courses to better cover the content: POWC305 (this course) and POWC306. POWC305 corresponds to SOPEEC Part A, Paper 3A1. Upon successful completion of all four 3rd Class theory courses, students may apply to the Alberta Boiler Safety Association (ABSA) to receive 6 months’ credit toward the work experience required for certification as a 3rd Class Power Engineer. To take this course, you must have successfully completed Power Engineering 4th Class Part A and Part B theory courses. If these were completed at a different institution, then you will need to submit an official transcript or a copy of your 4th Class Certificate for enrollment. It is highly recommended that you have also completed your 4th Class certification with ABSA (or the relevant authority in your jurisdiction), as you will not be able to write 3rd Class certification exams until you are fully certified at the 4th Class level. Recommended: 50% or better in Grade 10 English, Math and Science.