BEng offered by the Lassonde School of Engineering
Are you ready to shape the technology of tomorrow and make an impact across industries? 91ÑÇɫ’s program offers you the chance to design the future—from innovative telecommunication systems and renewable energy solutions to life-saving medical devices and cutting-edge robotics. This program, accredited by the Canadian Engineering Accreditation Board (CEAB), combines rigorous theoretical coursework with hands-on learning experiences in state-of-the-art labs like the Robotics, Digital Logic, and Multimedia Labs. Through co-op placements and real-world projects, you’ll gain invaluable professional experience while exploring the vast possibilities of electrical engineering. Step into the future with 91ÑÇÉ« and electrify your potential!
Career Options in Electrical Engineering
Here are just some of the career options related to this major. As all degrees offer transferable skills, some jobs are more closely linked to this field, than others. Check for regional requirements.
- Aerospace Engineer
- Application Engineer
- Automation Specialist
- Automotive Engineer
- Biomedical Engineer
- Communications Engineer
- Computer Engineer
- Control Systems Engineer
- Data Analyst
- Electrical Designer
- Electrical Engineer
- Electrical Systems Analyst
- Energy Systems Engineer
- Field Engineer
- Hardware Developer
- Instrumentation Engineer
- Internet of Things (IoT) Specialist
- Maintenance Engineer
- Mechatronics Engineer
- Microelectronics Engineer
- Network Engineer
- Optical Engineer
- Power Distribution Engineer
- Power Systems Engineer
- Process Control Engineer
- Product Development Engineer
- Project Engineer
- Quality Assurance Engineer
- Renewable Energy Consultant
- Robotics Engineer
- Satellite Systems Engineer
- Semiconductor Engineer
- Software Developer
- System Integration Engineer
- Technical Sales Engineer
- Telecommunications Engineer
- Test Engineer
- Utility Engineer
- Wireless Communications Engineer
Some career choices may require further education, such as graduate studies or professional courses and exams. For detailed career descriptions and specific requirements, please check .
Entry-Level Positions in Electrical Engineering
An undergraduate degree is typically sufficient for these positions, though some locations may require additional qualifications. For region-specific information, please check .
- Applications Engineer
- Associate Engineer
- Circuit Design Technician
- Control Systems Technician
- Data Analyst
- Electrical Design Assistant
- Electrical Engineering Intern
- Electronics Technician
- Field Service Technician
- Hardware Technician
- Junior Electrical Engineer
- Junior Network Engineer
- Lighting Technician
- Maintenance Technician
- Mechatronics Technician
- Network Support Specialist
- Operations Engineer
- Power Systems Assistant
- Product Tester
- Programming Assistant
- Project Assistant
- Quality Control Technician
- Renewable Energy Assistant
- Research Assistant
- Robotics Technician
- Semiconductor Technician
- Software Testing Assistant
- Systems Analyst Assistant
- Technical Sales Representative
- Telecommunications Technician
- Test Lab Technician
- Utility Systems Assistant
- Wireless Systems Assistant
For career descriptions, visit . Some occupations may also be found on ; for login information, navigate to the Career Centre’s homepage in .Ìý
Skills Developed through a Degree in Electrical Engineering
Core Skills
- Circuit Design & Analysis: Gain expertise in designing, analyzing, and optimizing electrical circuits for diverse applications, from consumer electronics to industrial automation.
- Control Systems Engineering: Learn to develop and implement advanced control systems for robotics, manufacturing, and automation.
- Power Systems Engineering: Acquire skills in designing, operating, and maintaining power generation and distribution systems, including renewable energy sources.
- Embedded Systems Programming: Develop proficiency in programming microcontrollers and embedded systems for applications such as IoT and robotics.
- Telecommunications Systems: Master the principles of communication systems, including signal processing, wireless communication, and network design.
- Renewable Energy Technologies: Explore the principles and applications of renewable energy systems, such as solar, wind, and energy storage solutions.
Communication, Data Gathering and Organizational Skills
- Collaborative Communication: Work effectively in interdisciplinary teams, sharing ideas and solving problems collaboratively. Develop strong verbal and written communication skills for technical and non-technical audiences.
- Technical Documentation: Learn to prepare clear and precise technical reports, manuals, and documentation for engineering projects.
- Data Analysis & Interpretation: Use advanced tools to gather, analyze, and interpret data for troubleshooting and optimizing systems.
- Project & Time Management: Gain expertise in managing engineering projects, balancing timelines, resources, and budgets to meet objectives.
- Research & Innovation: Develop the ability to conduct rigorous research, evaluate emerging technologies, and apply findings to solve real-world problems.
- Problem-Solving & Critical Thinking: Tackle complex technical challenges with innovative, data-driven solutions, fostering a creative approach to engineering problems.
Management and Teamwork Skills
- Project Management & Coordination: Learn to manage multidisciplinary engineering projects, overseeing timelines, budgets, and deliverables.
- Leadership & Mentorship: Develop leadership skills by mentoring peers and leading teams through technical projects.
- Cross-Functional Collaboration: Collaborate with professionals across various engineering disciplines to ensure project success.
- Resource Allocation & Budget Management: Gain experience in managing resources efficiently, balancing costs, and optimizing performance.
- Conflict Resolution: Address and resolve conflicts within teams or with stakeholders, maintaining a focus on project goals.
- Networking & Professional Development: Build professional connections and engage in lifelong learning to stay current in the field of electrical engineering.
Professional Associations and Organizations
Professional associations offer valuable insights into qualifications, industry trends, and career opportunities. They provide networking events, workshops, mentorship programs, and internships, as well as job boards and career development resources. Additionally, some associations offer professional licensing and regulatory oversight.
- (IEEE): A global organization dedicated to advancing electrical and electronic engineering through standards, publications, conferences, and professional development.
- (PEO): The licensing and regulatory body for professional engineers in Ontario, ensuring high standards in engineering practice.
- : A national organization that promotes and regulates the engineering profession across Canada, offering resources for licensure and professional growth.
- (ISA): Focuses on automation technologies, offering training, certifications, and networking opportunities for professionals in control systems and automation.
- (AEE): Provides resources and certifications for professionals in energy efficiency, renewable energy, and power systems.