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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.
Force majeure, war, blocked trade routes, pandemics. Unforeseen breakdowns in the global supply chain caused by sudden events make manufacturing…
Aarhus University is once again experiencing a surge of quota 2 applicants to its engineering degree programmes.
The Danish fishing industry is facing large climate taxes to contribute to the green transition. A new pilot project will now identify the…