Electrical Engineering Co-op Student Information
About The Program
Electrical Engineering at the University of Guelph prepares students to design the technologies and infrastructure that power and connect our world. Through a strong foundation in mathematics, physics, electronics, power systems, and control engineering, students learn how to develop systems that generate, transmit, process, and manage both energy and information. From circuit design and embedded systems to renewable energy and automation, students gain hands-on experience applying engineering principles to real-world challenges. The program emphasizes innovation, problem-solving, teamwork, and communication, equipping graduates with the skills needed to succeed in a rapidly evolving technological landscape.
Graduates are well prepared for careers in industries such as renewable energy, semiconductors, telecommunications, automotive, aerospace, automation, and advanced manufacturing, as well as opportunities in graduate studies and research.
*Students can choose to specialize in Microelectronics and Smart Devices, Connected Systems and Automation, or Electromagnetics and Sustainable Energy, tailoring their education to their career interests.
Why Co-op?
The Electrical Engineering Co-op program combines academic learning with paid work experience over a five-year degree, allowing students to apply classroom knowledge in professional engineering environments before graduation. Through multiple work terms, students gain practical industry experience, explore potential career paths, and develop the technical and professional skills sought by employers.
Guelph's co-op program is distinguished by its high level of student support. Before beginning their work term search, students complete a co-op preparation course that helps them develop effective job search, resume, interview, and workplace skills. Throughout their co-op journey, students receive personalized guidance from a team of experienced co-op professionals committed to their development and success.
By graduation, co-op students have built a strong professional network, gained meaningful industry experience, and developed the confidence to transition successfully into their careers.
Course Sequencing
| YEAR | FALL | WINTER | SUMMER |
|---|---|---|---|
| ONE | Academic | Academic | Off |
| TWO | Academic | Academic | Work |
| THREE | Academic | Work | Academic |
| FOUR | Work | Work | Work |
| FIVE | Academic | Academic |
Acquired Knowledge & Skills
Knowledge
Develop a strong foundation in circuit analysis, electronics, power systems, communications, electromagnetics, and control systems.
Develop an understanding of the principles, models, and analytical techniques used to design and evaluate electrical systems.
Application
- Apply engineering theory to solve real-world problems through laboratory work, design projects, and team-based learning experiences.
- Design, build, test, document, and optimize electrical and electronic solutions, from initial concept through implementation.
Collaboration
- Complete a capstone design project that addresses an industry-inspired engineering challenge while strengthening project management, communication, and teamwork skills.
Sample Jobs
Electrical Systems & Software Engineering Student
Support the design, testing, and development of electrical systems and embedded software for innovative products and machinery. Responsibilities may include assisting with prototype testing, analyzing system performance data, evaluating sensors and power requirements, developing and troubleshooting software solutions, and documenting project results. Students gain hands-on experience working with multidisciplinary engineering teams while contributing to product development, problem-solving, and continuous improvement initiatives.
Automation Systems Engineering Student
Support the design, development, and implementation of industrial automation systems used in manufacturing and production environments. Responsibilities may include assisting with electrical system design, PLC and HMI programming, robotics integration, testing and troubleshooting automated equipment, and supporting system commissioning activities. Students gain hands-on experience working with automation technologies while collaborating with engineers and project teams to deliver innovative solutions for clients.
Power Systems Engineering Student
Assist with the design, analysis, and operation of electrical power systems. Responsibilities may include supporting renewable energy projects, evaluating system performance, conducting modelling and simulations, and contributing to initiatives related to power generation, transmission, and distribution.
Electrical Design Engineering Student
Contribute to the design and development of electrical and electronic products, components, and systems. Tasks may include creating schematics and technical drawings, performing calculations and simulations, supporting product testing and validation, and collaborating with engineers to improve designs and bring new technologies from concept to implementation.
Additional co-op roles may include:
- Control Systems Co-op Student
- Engineering Assistant
- Electrical Estimation Student
- Jr. Project Coordinator
- Renewable Energy Student
- Maintenance Engineering Student
- Research & Development (R&D) Student
- Continuous Improvement Student
Sample Employers*
- Ontario Power Generation (OPG)
- Hydro One
- Linamar
- Bruce Power
- Alectra Utilities
- Magna International
*This shows a sample of recent co-op employers and will vary depending on employer recruitment needs. During a job search, students are encouraged to be actively engaged and are supported in establishing and maintaining their own personal contacts.
Salary Information
Students receive compensation from their employer for co-op work terms. The rate of pay will vary depending on a number of factors including the industry, the student’s program of study, and work term level. For your reference, a Co-operative Education Salary Guide is available on our website, which provides hourly rates (averages and ranges) for each degree program.
