Power Systems Engineering
Cambridge Campus, Canada
Bachelor of Engineering - Power Systems Engineering
Conestoga College
Power Systems Engineering
Program Overview: Power Systems Engineering at Conestoga College
The Bachelor of Engineering in Power Systems Engineering (PSE) at Conestoga College is a four-year degree designed to meet the growing demand for engineers in the rapidly evolving electrical power and industrial automation sectors. The program provides a solid foundation in mathematics, science, and engineering theory while gradually building practical and engineering design skills to solve complex electrical engineering problems.
By studying electrical power systems engineering, general and industrial programming languages, and power electronics design, you will learn to design systems using grid-tied renewable energy generation, battery storage, utility distribution systems, and smart-grid technologies to meet sustainability goals. The curriculum emphasizes project-based learning, where projects form the main and dominant component of your educational experience.
Graduating from this program satisfies the education requirements on your path towards professional engineering licensure in Canada. Graduates are qualified to register as Engineers-in-Training (EIT) as part of the process to full licensure as practicing Professional Engineers (P.Eng.), preparing you for careers in electrical engineering, industrial automation design, and preventative maintenance engineering.
Key Program Highlights
- Paid co-operative education work terms providing real-world industry experience integrated into the curriculum
- Small class sizes with hands-on laboratories and project-based learning throughout all four years
- Full-year capstone project allowing you to apply your knowledge to solve real engineering challenges
- Pathway to Professional Engineer (P.Eng.) licensure through Engineers-in-Training (EIT) registration upon graduation
Curriculum and Modules
The Power Systems Engineering curriculum provides a full spectrum of employability skills through a project-driven approach. The material studied is determined by the demands of a series of projects, each with a different focus, building progressively from foundational engineering principles to advanced power systems design and analysis.
This course extends knowledge on power electronics to analyze modern power converters, switching power supplies, and electronic controllers for electrical power systems. Students research real-world electrical power control and conversion problems and design solutions.
Covers the fundamental principles of electrical power generation, transmission, and distribution systems. Students learn to solve engineering problems related to electric power systems by applying advanced principles of mathematics, natural sciences, and engineering.
Focuses on grid-tied renewable energy generation including solar photovoltaic and wind systems, battery storage design, and smart-grid technologies. Students learn to design sustainable energy solutions to meet modern power demands.
Provides an overall introduction to industry-standard CAD tools for 2D engineering drawing applications. Drawings include orthographic and isometric views essential for engineering documentation and design communication.
Focuses on techniques, concepts, and principles of value engineering during concept and design phases of construction projects. Topics include function analysis, FAST diagrams, life cycle costing methods, and multi-attribute rating techniques.
Elective Courses
Admission Requirements
Admission to the Bachelor of Engineering in Power Systems Engineering is competitive. Applicants must demonstrate strong academic performance in secondary school, particularly in mathematics and sciences. All applications are processed through Uni4Edu, your dedicated point of contact for guidance and support throughout the admissions process.
Academic Requirements
- Secondary School DiplomaOntario Secondary School Diploma (OSSD) or equivalent with a minimum of six Grade 12 courses
- Minimum AverageMinimum cumulative average of 65% across required courses; higher averages may be required due to competition
- Required SubjectsFive required U level courses including Grade 12 Mathematics and Sciences, plus one additional U or M level course
- Advanced Standing EntryGraduates from three-year electrical or energy systems engineering technology programs with a B+ (75%) average may apply with advanced standing
- International CredentialsTranscripts from outside Canada require a comprehensive course-by-course credential evaluation through an approved provider such as ICAS or WES
English Language Requirements
- IELTSOverall 6.5 with no band less than 6.0
- TOEFL iBTMinimum score of 88
- PTE AcademicMinimum score of 58
Required Documents
For personalized admission guidance, document verification, and application support, please contact Uni4Edu
Scholarships and Funding
Conestoga College offers a range of financial support options to help students fund their education. Student Financial Services administers over 400 awards, bursaries, and scholarships worth more than CAD 4.6 million each year, including CAD 2 million in donor-funded awards. Contact Uni4Edu for personalized guidance on funding opportunities available to you.
Conestoga College Degree Entrance Scholarship
CAD 1,500Automatically awarded to students accepted into their first term of eligible degree programs with an admission average of at least 70%. This scholarship is auto-applied and available to all nationalities.
Achievement Awards and Scholarships
VariesMerit-based scholarships recognizing exceptional academic performance throughout the program. Each term, eligible students can apply through the General Awards Application to be considered for all available awards.
Bursaries and Need-Based Financial Aid
VariesFinancial need-based bursaries available to students who demonstrate financial need. Additional criteria such as program of study, background, or community involvement may also be considered for selection.
For detailed tuition fee information, please contact Uni4Edu — we will guide you through the costs and available funding options for this program.
Career Prospects
Graduates of the Power Systems Engineering program are well-positioned for rewarding careers in the electrical power and industrial automation sectors. The program prepares you for engineering and managerial roles in power generation, transmission, distribution, renewable energy, and smart-grid technologies. More than 90% of Conestoga graduates find work within six months of graduation.
Potential Career Roles
Types of Employers
Rankings and Recognition
Conestoga College is a leading Canadian Institute of Technology and Advanced Learning, recognized nationally for its applied education, strong industry partnerships, and career-focused programming. It is the only college in Ontario offering fully accredited engineering degrees, and has earned multiple accolades for its commitment to student success and research innovation.
| Subject | Ranking Body | Rank |
|---|---|---|
| Best College in Ontario | CourseCompare | #1 |
| Best Engineering Technology Schools in Canada | University Magazine | #6 |
| Top Research Colleges in Canada | Research Infosource | #19 |
| Best Co-op Programs in Canada | CourseCompare | #3 |
How to Apply
Applying for this program is easy with Uni4Edu. Our team will guide you through every step of the process — from document preparation to final enrolment.
Contact Uni4Edu
Reach out to our team via email or phone. We will assess your profile and confirm your eligibility for this program.
Prepare Your Documents
Our advisors will provide you with a personalised checklist of required documents and help you prepare your application package.
Submit Your Application
Uni4Edu will submit your application on your behalf and keep you updated on its progress throughout the review period.
Receive Your Offer
Once accepted, we will help you understand your offer, arrange visa support if needed, and guide you through the enrolment process.
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