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Key research areas: Life cycle engineering, healthcare engineering, advanced manufacturing, material modeling, future production, engineering design, etc.
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Key research areas: Sustainable energy technologies, fluid dynamics, thermo-fluid engineering, thermo-mechanical design, energy storage & conversion, bio-fluid modelling, cardiovascular engineering, etc.
Key research areas: Autonomous robots and robotic systems, human-robot-environment interaction, bio-mimetic mechatronic systems, artificial muscles, system dynamics and identification, multibody dynamics, etc.
Key research areas: Solid mechanics and material engineering, data-driven multiscale material modeling, advanced materials and structures, bio- and nano-mechanics, etc.
In the competition to attract the engineers of the future, more and more companies are attending internship and project days at the four engineering…
No programmes are closing, but almost all will be reduced in size. This is the result of the faculty's degree programme resizing plan, which was…
How do we design the best programmes and create the best learning conditions for students at our universities? Louise Møller Haase cares deeply about…
We welcome you to the 4th edition of Aarhus Power-to-X Symposium, taking place in the centre of Aarhus in May 2025.
![[Translate to English:]](https://mpe.au.dk/fileadmin/_processed_/6/f/csm_billede_til_P-dag_generel_nyhed2_e0f4efc8b5.png "[Translate to English:]")
