The Department of Mechanical and Production Engineering (MPE) at Aarhus University is consolidating its research and teaching activities within the field of Design and Manufacturing and invites applications for Associate Professor within the Section of Design and Manufacturing.
Suppose that we model the entire universe (i.e. the entirety of the known physical universe) as a huge isolated system, using molecular dynamics (MD for short).
The question is: How would you show that the entropy of such a system does in fact always increase? that it neither decreases nor stays the same?
EnergyX Lab (Energy Exploration Laboratory) at North Carolina State University is seeking a highly qualified Ph.D. candidate. The group has extensive collaboration and active research projects in different energy-related areas with several leading US national laboratories as well as US companies.
The Board of Electors to the Professorship of Mechanical Engineering (1997) invite applications for this Professorship from persons whose work is in applied mechanics with applications in dynamics and vibrations, to take up appointment on 1 September 2023 or as soon as possible thereafter.
The Faculty of Technical Sciences at Aarhus University is developing a new strategic initiative within digital production and smart factories. In line with this initiative, a Full Professorship is available within the area of Industrial/Production Engineering at the Department of Mechanical and Production Engineering (MPE) from 1/1 2023 or soon hereafter. This position lies within the Design & Manufacturing Section in the MPE Department. The position is intended to strengthen the department’s research profile in smart factories, including
The Traverso Laboratory is seeking a mechanical/biomedical reseach engineer to join the team focused on the development of novel gastrointestinal (GI) devices for treatment of major diseases. This includes technologies such as drug delivery systems, smart pills and stents, soft actuators, and ingestible electronics. The ideal candidate will have experience with designing and analyzing mechanical systems and materials for biological application.
Our lab is currently developing the next generation of biomedical devices for treatment of major diseases. This includes technologies such as drug delivery systems, smart pills and stents, soft actuators, and ingestible electronics for sensing and monitoring. These disruptive technologies will impact the lives of many, helping treat chronic illnesses, minimize side effects, and improve patient compliance for long and cumbersome treatment regimens.