BEng offered by Lassonde School of Engineering
Fuse computer, electrical, mechanical, software and space engineering in Mechatronics Engineering to design smart, AI-powered systems used in everything from self-driving cars and robotics to next-generation automation and intelligent devices. This interdisciplinary program emphasizes creativity, empathy and big-picture thinking, blending engineering and computer science to design technologies that work seamlessly with people. You’ll gain hands-on experience in state-of-the-art labs, tackle real-world challenges in automation, AI and robotics, and complete paid, mandatory co-op work terms with leading employers. Built-in leadership development and strong industry connections help you graduate career-ready. With mechatronics engineers in high demand across automotive, aerospace, healthcare, agriculture, robotics and renewable energy, you’ll be prepared to drive innovation and build a more connected, sustainable future.
Career Options in Mechatronics 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 Canada’s Job Bank for regional requirements.
- AI Hardware Engineer
- Aerospace Systems Engineer
- Agricultural Robotics Engineer
- Automation Engineer
- Autonomous Vehicle Engineer
- Biomedical Devices Engineer
- Computer Vision Engineer
- Controls Systems Engineer
- Cyber-Physical Systems Engineer
- Data-Driven Manufacturing Engineer
- Digital Twin Engineer
- Drone Systems Designer
- Embedded Systems Engineer
- Energy Systems Engineer
- Field Robotics Engineer
- Firmware Engineer
- Hardware–Software Integration Engineer
- Human-Centered Design Engineer
- Industrial IoT Engineer
- Intelligent Systems Engineer
- Lab Automation Engineer
- Manufacturing Systems Engineer
- Mechatronics Design Engineer
- Medical Robotics Engineer
- New Product Development Engineer
- Ocean Robotics Engineer
- Product Manager (Technical)
- Prosthetics & Assistive Technology Engineer
- Quality Automation Engineer
- Renewable Energy Automation Engineer
- Robotics Engineer
- Smart Cities Systems Engineer
- Space Robotics Engineer
- Startup Founder (Deep Tech)
- Surgical Robotics Engineer
- Systems Integration Engineer
- Test & Validation Engineer
- UX Engineering Specialist
- Vehicle Dynamics Engineer
- Wearable Technology 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 Canada’s Job Bank.
Entry-Level Positions in Mechatronics Engineering
An undergraduate degree is typically sufficient for these positions, though some locations may require additional qualifications. For region-specific information, please check Canada’s Job Bank.
- Automation Engineering Technologist
- Controls Engineering Assistant
- Embedded Systems Developer (Junior)
- Engineering Project Coordinator
- Field Service Engineer
- Hardware Test Engineer (Junior)
- Industrial Engineering Associate
- Junior Automation Engineer
- Junior Controls Engineer
- Junior Mechatronics Engineer
- Junior Robotics Engineer
- Manufacturing Engineering Assistant
- Mechanical Design Engineer (Junior)
- Mechatronics Systems Technician
- Process Improvement Engineer (Entry-Level)
- Product Development Engineer (Junior)
- Quality Assurance Engineer (Automation)
- Systems Integration Engineer (Junior)
- Test & Validation Engineer (Junior)
- Technical Support Engineer (Automation & Robotics)
For career descriptions, visit Canada’s Job Bank. Some occupations may also be found on Career Cruising; for login information, navigate to the Career Centre’s homepage in Experience York.
Skills Developed through a Degree in Mechatronics Engineering
Core Skills
- Embedded Systems Programming: Developing firmware for microcontrollers and real-time systems
- Control Systems Design: Modeling and controlling dynamic mechanical and electrical systems
- Robotics & Automation Integration: Designing and integrating robotic and automated systems
- Sensor & Actuator Integration: Selecting and implementing sensors and actuators in smart systems
- AI-Enabled System Design: Applying machine learning concepts to intelligent physical systems
- Systems Modeling & Simulation: Using computational tools to model and optimize system behavior
Communication, Data Gathering and Organizational Skills
- Technical Documentation: Producing clear reports, specifications and design documentation
- Data Collection & Analysis: Gathering experimental data and interpreting results
- Requirements Elicitation: Identifying user, system and stakeholder needs
- Presentation & Technical Communication: Explaining complex ideas to technical and non-technical audiences
- Information Management: Organizing design files, datasets and project materials
- Research & Benchmarking: Investigating technologies, standards and best practices
Management and Teamwork Skills
- Project Planning & Scheduling: Defining timelines, milestones and deliverables
- Cross-Disciplinary Collaboration: Working effectively across mechanical, electrical and software teams
- Leadership & Team Coordination: Guiding teams and contributing to shared goals
- Risk Assessment & Mitigation: Identifying technical and project risks and planning responses
- Decision-Making Under Constraints: Balancing cost, performance, safety and timelines
- Conflict Resolution & Professional Ethics: Navigating team challenges responsibly and ethically
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.
- Professional Engineers Ontario (PEO): Ontario’s official licensing and regulatory body for professional engineers, setting standards, issuing P.Eng. licenses and regulating engineering practice to protect the public.
- Ontario Association of Certified Engineering Technicians and Technologists (OACETT): Professional association and certifying body for engineering technicians and technologists in Ontario, awarding recognized titles like C.Tech. and C.E.T.
- International Society of Automation (ISA) Toronto Section: Local chapter of a global automation association focused on connecting professionals in industrial automation and control with standards, training and networking.
- IEEE Robotics and Automation Society (IEEE RAS): Technical society under IEEE dedicated to robotics and automation research, education, publications and conferences, with global membership including Canada.