Overview

Keep industry running smoothly with the essential skills for a challenging career in power engineering. If you want a career and not just a job, then this program fits the bill.

If you are self-motivated, responsible and enjoy a technical challenge, the Power Engineering program is for you. This program prepares you to write the certification examinations for 4th Class and 3rd Class Power Engineering.

In this two-year diploma program, you will learn to operate and maintain equipment found in industrial plants, as well as learn the mathematics, mechanics, combustion, thermodynamics and instrumentation needed for this career. Hands-on experience is gained through placements with local industry.

As a power engineer, you will be responsible for the operation and maintenance of power and process plants. This includes the safe and efficient operation of industrial equipment such as steam engines, air compressors, boilers and turbines.

Power engineers are in high demand in Manitoba. Your career could see you working in various industries, including chemical manufacturing, food processing and electrical generation. You may work in buildings or institutional complexes like hospitals, government agencies, school divisions, regional health authorities and manufacturing plants—anywhere that maintains complex mechanical systems.

Admissions

  • A complete Manitoba Grade 12 or equivalent

  • English 40G/40S or equivalent

  • Pre-Calculus or Applied Mathematics 40S or equivalent

  • Physics 30S or Chemistry 30S or equivalent

English is the language of instruction at Assiniboine. All applicants educated outside of Canada or in a country not on the test exempt list are expected to meet the English language proficiency requirement. See assiniboine.net/elp for more information. 

Careers & Connections

Careers

Graduates find employment opportunities in various industries, including chemical manufacturing, food processing, electrical generation, manufacturing plants and building complexes such as hospitals and schools.

Connections

Graduates may write the Standardized Power Engineering Examinations. Candidates who pass these examinations receive a Standardized Certificate, which makes them eligible to work as power engineers in all Canadian provinces and territories except Quebec.

Assiniboine has a number of agreements with other colleges, universities and professional organizations, making it possible for students to apply credit taken at Assiniboine to programs at other institutions. For up-to-date information on agreements, visit the Articulation Agreements page.

Tools & Supplies

Students have the opportunity to operate a real-life power plant using a state of the art simulator. This equipment simulates a 400 MW, pulverized coal-fired steam generating unit.

Booklists are available from your school office 30 days prior to the start date of your program. Visit the Bookstore website to learn more.

Our classrooms and labs are equipped with the necessary equipment that you need to make the most of your experience. However, there are some tools and supplies that you will need to purchase for personal use to help you with your studies. Much of what you purchase you’ll be able to use after you graduate and begin your career. 

Program Checklist:

Booklist:

Tool List :

 


At-Home Computing

Programs at Assiniboine have certain technology requirements. Students require access to computer devices at home and may be required to bring these on campus when instructed.

For this program, you are expected to have access to a computer at home. It should have a webcam, microphone and internet access to enable remote learning for the theory portions of your programs.

At-Home Computing Information

Courses & Costs

To graduate with a Power Engineering diploma, students must successfully complete 120 academic credits and 12 practical credits. To graduate with a Power Engineering certificate, students must successfully complete 60 academic credits and 6 practical credits. The minimum passing grade for each course is indicated on the course outline.

Estimated Program Costs

Tuition, fees and Students’ Association fees total approximately $5,040 for year one and $5,140 for year two. Estimated cost for books and supplies is $3,160 for year one and $1,930 for year two. All fees are estimated and subject to change without notice.

Year One Courses
Title Credits/CEUs Elective Distance PLAR
Blueprint Reading (PE) (DRFT-0005)

This course provides the fundamental skills required to read and interpret blueprints and drawings. The knowledge gained in this course will prepare the student to better communicate ideas and proposed equipment changes for real situations in industry. This course includes lettering, description of lines and weights, orthographic and isometric views, sectional views and freehand sketching.

3 credit(s) No No No
Boilers and Materials (ENGR-0030)

This course introduces the student to various types of boiler designs, including where they are used, their history, construction and applications in both commercial and industrial settings. The student will also learn about the mechanical properties of ferrous and non-ferrous materials including piping, piping components and valves. Welding of these materials will also be discussed.

6 credit(s) No No No
College Foundations (PEDV-0345)

This course will improve students’ ability to navigate the college experience and environment. In this course, students will reflect on their skills, attitudes, and expectations and develop learning strategies to help them to become successful, resilient, and selfdirected learners. The course covers topics such as success in online learning, time management strategies, communication skills, test taking strategies, academic integrity, and information literacy, among others. It integrates elements of student orientation.

0 credit(s) No No No
Combustion and Maintenance 1 (ENGR-0046)

This course introduces students to different types of fuels used to fire boilers and how these fuels are utilized. Students will learn the different applications and techniques used to achieve proper combustion.

3 credit(s) No No No
Combustion and Maintenance 2 (ENGR-0047)

Prerequisites: ENGR-0046 Combustion and Maintenance 1 This course builds on Combustion and Maintenance 1 by introducing students to different maintenance procedures used in both commercial and industrial settings. The different types of powerhouse industrial plants are also introduced.

3 credit(s) No No No
Communications (COMM-0045)

This course includes instruction in techniques to improve both written and oral communication with prospective employers, co-workers and clients. Effective strategies for customer service are emphasized. It also serves to familiarize students with the regulations related to the workplace. As well, students receive an introduction to the use of computer software and hands-on experience with Windows operating system, Internet and email.

3 credit(s) No No No
Electrical (PE) (ELEC-0025)

This is an introductory course to help students become conversant with electrical terms and applied electrical principles, concepts and relationships that are fundamental to many technical applications. The course covers current and voltage relationships, terminology associated with alternating current (AC), direct current (DC) and magnetism. Electrical symbols and the various types of diagrams associated with the production, distribution and operation of electrical components and systems are studied. The course is conceptual while working toward problem solving and applications in industry.

6 credit(s) No No No
Engineering Chemistry (SCIE-0036)

This is an introductory course in water chemistry as it relates to boilers and cooling water systems. Students learn the different methods of treating water both internally and externally of these systems. Students also learn laboratory techniques for water testing.

3 credit(s) No No No
Engines (PE) (ENGR-0018)

This course provides an introduction to steam engines, steam turbines, internal combustion engines and lubrication.

3 credit(s) No No No
Heating Boilers and Systems (ENGR-0031)

This course introduces students to the various types of heating plants in use today, including the different types of boilers, fittings and various heating related equipment.

3 credit(s) No No No
Instrumentation and Controls 1 (ENGR-0048)

In this course, students will be able to understand the principles involved for measuring and controlling variables found in power plants. These variables include level, temperature, pressure, flow and composition. The student will become familiar with how these process variables are measured and where the information is used.

3 credit(s) No No No
Instrumentation and Controls 2 (ENGR-0049)

Prerequisite: ENGR-0048 Instrumentation and Controls 1 This course builds on Instrumentation and Controls 1 by providing students with the fundamental concepts of electric and electronic control circuits. Students will also learn how to test and maintain instruments using proper procedures.

3 credit(s) No No No
Mathematics (PE) (MATH-0050)

This is a skill development course in arithmetic, applied geometry and lower level algebra. Emphasis is on hand-held calculator skills and realistic applications.

3 credit(s) No No No
Mechanics (PE) (MECH-0083)

This is an introductory course on the study of statics and dynamics. This includes friction, types of motion, work, power, energy and some power mechanical transmission.

3 credit(s) No No No
Practicum - POWER (PRAC-0193)

Students spend approximately eight weeks on the job to gain experience in a work environment. Program faculty locate the practicum provider. The student must submit evidence that the work has been successfully completed.

6 credit(s) No No No
Refrigeration (PE) (ENGR-0019)

Students can expect to learn about the different types of commercial and industrial refrigeration systems including the use of different types of refrigerants, equipment, applications, safety controls, and the maintenance and operation procedures of each plant. Refrigeration theory along with heat gains and losses will also be discussed.

6 credit(s) No No No
Safety and Environment (WRKP-0016)

This course provides an introduction to safety problems and safe practises in the workplace, and an appreciation of the potential environmental impact of air, water, waste and noise. Some discussion on the handling of waste and perception of risk, environmental responsibility and sustainable development is included.

6 credit(s) No No No
Thermal and HVAC Studies 1 (ENGR-0050)

This course provides students with the skills to solve problems related to thermodynamics. This course covers temperature scales, heat transfer, steam generation, and laws for perfect gases. Density and pressure, temperature and heat, force, pressure, calorimetry, expansion and contraction, and the laws of thermodynamics are also discussed.

1.5 credit(s) No No No
Thermal and HVAC Studies 2 (ENGR-0051)

Prerequisite: ENGR-0050 Thermal and HVAC Studies 1 In addition to Thermal and HVAC Studies 1, this course will teach the student about the different properties of air, airflow through distribution systems, and the different types of duct systems used in air handling systems. The student will also learn about air conditioning systems and the equipment, applications, operation and maintenance of these systems. Heat recovery, effective energy use, and alternative energy will also be discussed.

1.5 credit(s) No No No
Year Two Courses
Title Credits/CEUs Elective Distance PLAR
Advanced Mathematics (MATH-XXXX)

This course will be developed for 2021-22.

4.5 credit(s) No No No
Advanced Mechanics (MECH-XXXX)

This course will be developed in 2021-22.

6 credit(s) No No No
Advanced Thermodynamics (ENGR-XXXX)

This course will be developed in 2021-22.

6 credit(s) No No No
Boiler Design (ENGR-XXXX)

This course will be developed in 2021-22.

6 credit(s) No No No
Boiler Systems and Operation (ENGR-XXXX)

This course will be developed in 2021-22.

3 credit(s) No No No
Boiler Water Treatment (ENGR-XXXX)

This course will be developed in 2021-22.

1.5 credit(s) No No No
Codes and Combustion (ENGR-XXXX)

This course will be developed in 2021-22.

1.5 credit(s) No No No
Compressor Principles (ENGR-XXXX)

This course will be developed in 2021-22.

1.5 credit(s) No No No
Electrical (ELEC-XXXX)

This course will be developed in 2021-22.

6 credit(s) No No No
Fuel-Powered Equipment (ENGR-XXXX)

This course will be developed in 2021-22.

3 credit(s) No No No
Industrial Safety (WRKP-XXXX)

This course will be developed in 2021-22.

1.5 credit(s) No No No
Industrial Science (SCIE-XXXX)

This course will be developed in 2021-22.

4.5 credit(s) No No No
Instrumentation and Control (ENGR-XXXX)

This course will be develolped in 2021-22.

3 credit(s) No No No
Piping Design (ENGR-XXXX)

This course will be developed in 2021-22.

1.5 credit(s) No No No
Practicum - PE (PRAC-XXXX)

This course will be developed in 2021-22.

6 credit(s) No No No
Pump Systems (ENGR-XXXX)

This course will be developed in 2021-22.

1.5 credit(s) No No No
Refrigeration and Heating (ENGR-XXXX)

This course will be developed in 2021-22.

3 credit(s) No No No
Steam Turbines (ENGR-XXXX)

This course will be developed in 2021-22.

3 credit(s) No No No
Wastewater Treatment (ENGR-XXXX)

This course will be developed in 2021-22.

1.5 credit(s) No No No
Welding and Pressure Valves (WELD-XXXX)

This course will be developed in 2021-22.

1.5 credit(s) No No No

Fast Facts

Frequently Asked Questions

Do I need protective clothing and/or footwear for Power Engineering?

Yes, students are required to wear CSA approved footwear and safety glasses in all shop/lab classes. Hearing protection and hard hats may be required in certain shop situations. Coveralls may be needed to keep all other clothing clean and protected.

Do I need to buy tools for this program?

Yes, tools are required for this program.

When is the next program information session?

Program information sessions are completely free to attend, and we invite you to bring a guest along as well. It's a good idea to register in advance so we know you're coming.

To find the complete schedule for our program information sessions and to RSVP, visit the program information session page.