Research
The University of Alberta’s Department of Mechanical Engineering is where advanced research seamlessly integrates with practical, real-world innovation. Our graduate research focuses on solving critical societal and industrial challenges across a broad spectrum of disciplines from advancing health technologies that enhance human performance to advanced manufacturing processes that drive industrial automation. The department boasts a comprehensive research portfolio, ensuring that our work moves from discovery to deployment, making a tangible impact and demonstrating research with purpose in the dynamic field of mechanical engineering.
Ranked among the top five mechanical engineering departments in Canada and consistently recognized among the top 150 worldwide. Our graduate programs prepare students to tackle urgent global challenges across health, energy, aerospace, robotics, and manufacturing, with deep training in both core engineering principles and applied innovation.
With over $35 million in advanced research infrastructure, students work hands-on in facilities that reflect the breadth and depth of our research strengths. Our facilities support the full innovation pipeline, from discovery to deployment, with equipment like wind tunnels, human and materials biomechanics labs, additive manufacturing platforms, thermal spray systems, advanced materials testing rigs (e.g., high-speed, multi-axial) and net-zero energy technologies.
National Centres and Global Collaboration

Mechanical Engineering at the University of Alberta anchors several nationally recognized research centers and hubs, including:
Areas of research
Health Technologies and Human Performance Systems
We develop engineering solutions spanning diverse fields, from rehabilitation to human-machine integration. Our research supports advances in various areas including healthcare and sports performance.
Advanced Manufacturing, Automation, and Product Development
We specialize in manufacturing, smart design, coatings, and composites and partner with industry to accelerate intelligent product commercialization.
Sustainable Energy and Environmental Engineering Solutions
Our research on hydrogen, clean combustion, and air quality develops low-carbon, circular technologies that help partners meet net-zero targets.
Fluid Mechanics, Aerodynamics, and Propulsion Systems
Our research on fluid flow diagnostics and turbulence modeling controls systems from UAV propulsion to wind energy, supporting net-zero and medical advances.
Automation, Robotics and Intelligent Control Systems
We develop autonomous and intelligent systems spanning robotics, mechatronics, and embedded control, improving performance and reliability in logistics and manufacturing.
High-Performance Materials and Structural Reliability
We develop and test advanced materials and structures for extreme environments like shock and high temperature, ensuring durability for aerospace and energy.
Engineering Systems Integration, Reliability, and Operations
We create strategies for safe, efficient management of complex engineering systems, using reliability modeling and predictive maintenance to improve productivity.