Mechanical Engineering degree

Waterloo graduates often pursue careers in automation, automotive aerospace, and forensics. They commonly work for media companies, technology companies, vehicle manufactures, and more.

The careers listed below are examples of what you might be able to pursue. Through the courses you take, specializations you choose, extracurriculars, and any work experience you gain, you'll graduate with a degree that's uniquely you and be ready to pursue a career that's right for you!

Mechanical design engineer

Bring components, tools, and machines and to life across industries like transportation, manufacturing, and healthcare through a unique balance of technical expertise and creativity. Using computer-aided design (CAD) software allows you to model, test, and refine products for complex real-world conditions. This role is ideal if you enjoy transforming engineering concepts and ideas into tangible solutions.

Manufacturing engineer

Improve workflows, optimize processes, and solve real-time challenges to ensure supply chains are serviced smoothly and consistently. It’s a great fit if you like hands-on problem-solving in fast-paced, dynamic environments.

Automotive engineer

Shape the future of low-emission vehicles by improving performance, safety, and efficiency across every system, from the drivetrain to structural design. Test and certify emerging technologies, analyze results, and contribute to innovations like electric or autonomous cars, keeping the industry moving forward. This path is ideal if you’re passionate about the evolution of transportation.

Aerospace engineer

Help design aircraft, spacecraft, and their integrated systems. Develop expertise in key areas such as aerodynamics, propulsion, and materials science to ensure safety and performance. This career suits you if you’re fascinated by flight and advanced technology.

Energy systems engineer

Work on systems that produce, store, transport, and use energy across technical sectors. Improve efficiency and reduce environmental impact, including scalable solutions for renewable energy sources like wind or solar. It’s a meaningful option if you’re interested in sustainability and innovation.

Robotics engineer

Design and build robots used in manufacturing, healthcare, or even autonomous space exploration. Integrate critical mechanical systems with electronics and feedback-based control software. This role is a great match if you enjoy cutting-edge technology and automation.

Project engineer

Oversee engineering projects from start to finish. Manage timelines, coordinate interdisciplinary teams, and ensure designs are implemented correctly. It’s a strong fit if you like leadership, logistics, and organization.

Maintenance engineer

Ensure machines and systems continue running smoothly after extended use in specialized and critical infrastructure. Troubleshoot issues, plan repairs and retools, and improve reliability. This role is ideal if you enjoy open-ended problem solving and keeping systems working.

Product development engineer

Help bring new products to life, from concept to production. You would test ideas, refine designs, and collaborate with different teams. This career blends creativity with engineering and innovation.

Quality assurance engineer

Ensure products meet safety, performance, and reliability standards. You would design tests, analyze results, and help improve designs. This role is essential for maintaining consumer trust and ensuring reliability in products.

HVAC engineer (heating, ventilation, and air conditioning)

Design systems that maintain and control temperature and air quality in buildings. You would ensure spaces are simultaneously comfortable, safe, and energy efficient. This career has a direct impact on everyday environments where people live and work.

Technical sales engineer

Help companies understand and purchase complex mechanical systems or products. Communicate technical features to potential customers and match solutions to their unique needs. This role is perfect if you enjoy both engineering and working with people.

Possible professional designation

• Professional Engineer

Learn about the future of careers in engineering.

In Mechanical Engineering, you’ll learn to design and build machines and mechanical systems for transportation, energy systems, buildings, and industrial processes. You’ll understand how things move, how forces affect objects, and how to create efficient and safe machines. Your learning will go beyond the classroom as you participate in paid work terms and learn how to lead large, multidisciplinary teams and problem-solving skills in real-world applications. 

Mechatronics Engineering pulls together mechanical and control engineering, electronics, and computer science to create computer-controlled electromagnetic systems seen in self-driving cars, automated assembly lines, and industrial robots. You'll design and build machines that use both mechanical parts and electronics to move and interact with their surroundings, often with the help of sensors and computer control.  

Both programs use mechanical engineering to design and build innovative machines and systems, but their focus differs. In Mechanical Engineering, you’ll focus more on the physical principles of mechanical systems. In Mechatronics Engineering, your learning will heavily involve electronics, programming, and circuitry with a focus on the computing behind engineering.