Power Engineering (Third Class)


Posted June 1, 2017: Applications for this program are currently closed. Parkland College will accept applications for the 2018-19 academic year beginning October 1, 2017.

Enhance your skills in power engineering

Power Engineering Technology provides knowledge and skill development in the operation of a power (steam) plant or industrial processes. During the course of this SaskPolytech diploma program you will study Third Class interprovincial standardized material as preparation to challenge the interprovincial Third Class examinations. (Exams Part A, Paper 1 & 2, Part B Paper 1 & 2)

Students will have access to our new state of the art power lab at the Trades & Technology Centre to enhance your training before writing your exam. There will also be an option for industry work experience if students so desire. Students are strongly encouraged to have a current First Aid/CPR, WHMIS, H2S & Confined Space; Employers may require the certifications on work placements.

Why Parkland College?

“The benefits of having a power engineering program run locally through Parkland College can be measured in money and time but what cannot be quantified is the opportunity to go home after class.

The advantage for a company like Louis Dreyfus Commodities, who participates in the work placement program, is to have first look at the students as potential employees. The last power engineer we hired learned his trade at Parkland College, and he is now training to obtain his Second Class license.”

-Henry Bouchard
Former Chief Engineer, Louis Dreyfus Commodities, Yorkton


Tuition & Location

If you have completed the SaskPolytech Power Engineering Technician program and are looking to further your education and experience in power engineering, the Third Class program is your answer.

Tuition: Approx. $2,875
Materials: Approx. $1,500
Exam Fee: $675 (includes Part A Paper 1 & 2)
Length: 20 weeks
Dates: August 21, 2017 – January 19, 2018
Location: Trades and Technology Centre, Yorkton, SK

“Tuition costs and dates are subject to change up to 3 months prior to delivery.”


Theory Courses

ELEC 291 – Basic Electricity 2

Building on the knowledge gained in ELEC 188 (Basic Electricity 1) your studies will cover topics including electrical: theory, circuits, machines and calculations. These topics are required for 3rd Class Power Engineering certification.
Prerequisites: ELEC 188 Minimum Grade of 60

ENGP 280 – Refrigeration

You will build on the introductory concepts and knowledge that you developed in the 4th Class Refrigeration course. You will focus on industrial applications dealing specifically with compressors, auxiliaries and controls.
Prerequisites: RFRG 195 Minimum Grade of 60

ENGP 282 – Combustion and Piping Systems

Your studies will focus on fuels, combustion and piping. You will learn how to perform calculations, study draft equipment, and do flue gas analysis required for optimum efficiency in plant operation.
Prerequisites: STEA 184 Minimum Grade of 60

ENGP 284 – Applied Mechanics 2

Your studies will focus on theory and calculations applied to the power engineering field. The course content includes mass, force, motion, energy, power, vectors and stress calculations.
Prerequisites: THER 183 Minimum Grade of 60

ENGP 286 – Codes and Calculations 1

You will investigate the various areas covered by the ASME codes, CSA codes and the Provincial Boiler Act and Regulations. You will study and practice ASME code calculations.
Prerequisites:ENGP 103 Minimum Grade of 60

ENGP 290 – Pumps and Compressors

The course is a continuation of ENGP 186 (Pumps, Compressors and Lubrication). You will receive more in depth information on the design and operation of various pumps. You will expand your knowledge of pumping terminology and calculations, air compression and system components.
Prerequisites: ENGP 186 Minimum Grade of 60

ENGP 292 – Prime Movers and Plant Auxiliaries

You will enhance your skills and knowledge about prime movers used in industry. The course provides higher level training on internal combustion engines, gas turbines and steam turbines used in large heating and industrial plants. Cogeneration systems, heat exchangers and fired heaters are also described in this course.
Prerequisites: ENGP 183 Minimum Grade of 60

ENGP 293 – Plant Management and Safety

The course expands on your knowledge of the maintenance techniques and strategies used by power engineers in industry. You will study environmental concerns related to the industry and review safety management programs.
Prerequisites: SFTY 172 Minimum Grade of 60

INST 280 – Controls and Instrumentation

You will study boiler controls and plant instrumentation in more depth. You will also study the computer operating systems used in industry to monitor and control boiler firing systems, and tour some of these plants.
Prerequisites: INST 182 Minimum Grade of 60

MATH 390 – Technical Mathematics for Engineering Calculations

Building on MATH 299, you will receive advanced instruction and practice using algebra and geometry-trigonometry with emphasis on calculations used in THER 281 (Thermodynamics 2) and ENGP 284 (Applied Mechanics 2).
Equivalent Course(s): CALC 181, MAT 246
Prerequisites: MATH 299 Minimum Grade of 60

STEA 286 – Steam Generation 2

Your focus will be on larger steam generators found in industrial plants. You will examine specialized boiler types, construction, auxiliaries, operating procedures, firing equipment and control systems used for steam generation. You will also examine various welding procedures, inspection methods and pressure vessel information.
Prerequisites: STEA 184 Minimum Grade of 60 and INST 182 Minimum Grade of 60

THER 281 – Thermodynamics 2

Your studies will focus on the theory and calculations related to boiler operation and efficiency. The course content includes calculations using steam tables, gas laws, equivalent evaporation, factor of evaporation, mixtures and thermal expansion.
Prerequisites: THER 182 Minimum Grade of 60

WORK 186 – Work Experience 2

You will have the opportunity to observe and participate in the operation of a 4th Class or higher steam plant with a different function than your first work experience. With this additional experience you will gain more insight into the different boilers and equipment which you will be qualified to operate. It will also help you make a more informed choice and to develop contacts for future employment.
Prerequisites: WORK 185 Minimum Grade of 60

WTER 280 – Water Treatment 2

This course covers in detail chemistry, combustion and corrosion as they relates to water treatment. You will examine the external treating units more closely and gain a complete understanding of chemical reactions. You will study chemical equations involved with combustion and corrosion to develop an understanding of excess air and its importance in the combustion of various fuels employed to provide heat in a steam generator.
Prerequisites: WTER 100 Minimum Grade of 60 and CHEM 100 Minimum Grade of 60

Important Notes

Important Notes

  • Students are responsible for transportation and accommodation.

Career Opportunities

Graduates are prepared to work as power engineers or process operators in a variety of industrial and heating plants. These include utility (power) plants, refineries, hospitals, pulp and paper mills, breweries, mines, gas processing plants, heavy oil upgraders, fertilizer plants or chemical plants.

Admission Requirements

  • Completed the SaskPolytech Power Engineering Technician program
  • English Language requirement

Program Information:

Wendy Wilson
Coordinator, Trades Programs and Trades & Technology Centre Campus
Direct: 1.306.786.2590
Toll Free: 1.866.783.6766
E-Mail: w.wilson@parklandcollege.sk.ca

Admissions Information:

Christopher Kosteroski
Senior Admissions Officer/International Coordinator
Direct: 1.306.786.2588
Toll Free: 1.866.783.6766
E-mail: c.kosteroski@parklandcollege.sk.ca

Last Updated: July 26, 2017