Bachelor’s degree in: Mechanical Engineering, Engineering Physics, Mechatronics Engineering, Aerospace Engineering, Civil Engineering, Engineering Mathematics
Computational mechanics is the art of modelling and observing advanced mechanical systems to understand and control their behaviour. Whether studying turbulent airflows around a wingtip, understanding why structures fail under stress, or modeling the vibrations in a vehicle at high-speed, you will learn to build models of physical systems using fundamental engineering principles, and then critically assess their performance under simulations.
Specialisations
A specialisation lets you focus your studies within a specific area. You gain in-depth knowledge and skills that prepare you for a successful career.
Dynamics and Control
Understand the complex ways vehicles, rotating machinery, and robotic systems behave using advanced modeling.
Explore specialisation
Dynamics and Control
Understand the complex ways vehicles, rotating machinery, and robotic systems behave using advanced modeling.
Explore specialisation
Solid and Structural Mechanics
Investigate how and why solid materials and structures respond to physical stress, and learn to predict and control that behaviour.
Explore specialisation
Solid and Structural Mechanics
Investigate how and why solid materials and structures respond to physical stress, and learn to predict and control that behaviour.