Bachelor’s degree in: Physics, Mathematics, Chemical Engineering, Computer Engineering, Mechatronics Engineering, or the equivalent
How can we understand and predict the complex behaviours of systems made up of thousands of interacting parts? Flocks of birds changing direction, financial markets reacting to breaking news, or machine learning systems that can speak and move. Learn the mathematical and computational principles that can help you to analyse, model, and work with these kinds of systems.
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 of Physical Systems
Learn to model systems in which energy or matter is continuously flowing.
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Dynamics of Physical Systems
Learn to model systems in which energy or matter is continuously flowing.
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Intelligent and Embodied Systems
Work with systems that can perceive, decide, and act in physical spaces.
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Intelligent and Embodied Systems
Work with systems that can perceive, decide, and act in physical spaces.
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Machine Learning
Dive deep into one of the most consequential technical fields today. Machine learning has applications in healthcare, autonomous driving, finance, and much more.