Power Engineering Technology Ontario College Advanced Diploma, Co-op program

Program Overview

The Power Engineering Technology program at Georgian College equips students with the skills and knowledge to operate high-energy processes in power plants. The program prepares students for careers as power engineers through a strong academic foundation, hands-on learning experiences, and a focus on work-integrated learning. Graduates are in high demand and can find employment across Canada and internationally.

Program Outline

Power Engineering Technology Ontario College Advanced Diploma Program Analysis

Degree Overview:

• Program Description: The Power Engineering Technology program equips students with the skills and knowledge to operate high-energy processes in power plants, including steam production and use, refrigeration, and gas compression.
These processes are crucial in various industries, including manufacturing, food production, electrical power generation, heating, and cooling buildings. Students learn to operate and maintain equipment like high-pressure steam systems, boilers, turbines, compressors, chillers, pumps, and condensers.
• Program Objectives: The program aims to prepare students for careers as power engineers by providing them with a strong foundation in equipment theory, underlying science, and practical experience through an on-campus TSSA-registered power plant, a power plant simulator, and co-op work terms.
• Program Structure: The program follows the SOPEEC 4th and 3rd class syllabus, preparing students to write TSSA examinations for both the 4th and 3rd Class Power (Operating) Engineer certifications.

Outline:

• Course Overview: The program consists of 32 program courses, 2 communications courses, 3 general education courses, 1 field placement, and 1 co-op work term.
• Course Schedule: The program is delivered over four semesters, with each semester consisting of approximately eight courses.
Semester 1 courses include:
• CHEM 1010 – Chemistry and the Environment
• ELEC 1009 – Electricity and Controls
• PENG 1007 – Introduction to Power Engineering
• PENG 1012 – Power Plant Fundamentals
• PENG 1013 – Power Plant Communications
• PENG 1014 – Power Plant Simulation 1
• PENG 1015 – Power Engineering Introductory Math and Sciences
• WETC 1010 – Welding Techniques
• Module Descriptions: Detailed descriptions of each module are available in the program outline.

Assessment:

• Assessment Methods: The program utilizes a variety of assessment methods, including:
• Assignments
• Exams
• Quizzes
• Presentations
• Practical demonstrations
• Co-op work term evaluations
• Assessment Criteria: The program uses a variety of criteria to assess student learning, including:
• Knowledge and understanding of power engineering principles
• Ability to apply theoretical knowledge to practical situations
• Problem-solving skills
• Communication skills
• Teamwork skills

Teaching:

• Teaching Methods: The program utilizes a variety of teaching methods, including:
• Lectures
• Tutorials
• Laboratory sessions
• Field trips
• Guest speakers
• Online learning resources
• Faculty: The program is taught by experienced faculty with expertise in power engineering and related fields.
• Unique Approaches: The program features an on-campus TSSA-registered power plant and a power plant simulator, providing students with hands-on learning experiences.

Careers:

• Career Paths: Graduates of the program can pursue careers as power engineers in various industries, including:
• Electrical power generating plants
• Heating and cooling plants
• Schools
• Hospitals
• Commercial buildings
• Manufacturing
• Food processing
• Natural resources
• Career Opportunities: Graduates are in high demand and can find employment across Canada and internationally.
• Career Outcomes: Graduates can expect to earn competitive salaries and enjoy excellent job security.

Other:

• Program Length: 2 years
• Credential: Ontario College Advanced Diploma
• Program Delivery: Full-time
• Program Delivery Method: In person
• Work-Integrated Learning: The program includes co-op work terms and field placements, providing students with practical, hands-on work experience.
• Admission Requirements: OSSD or equivalent with Grade 12 English (C or U), Grade 12 Mathematics (C or U), and one of: Grade 12 Physics (C or U), Grade 12 Chemistry (C or U), or Grade 11 Chemistry (C or U).
• Tuition and Fees: Please refer to the Georgian College website for detailed information on tuition and fees.

Conclusion

The Power Engineering Technology program at Georgian College provides a comprehensive and industry-relevant education that prepares students for rewarding careers as power engineers. The program's strong academic foundation, hands-on learning experiences, and focus on work-integrated learning equip graduates with the skills and knowledge they need to succeed in this dynamic field.