Eindhoven University of Technology is situated in the heart of Europe's leading innovative top technology region Brainport in the South-East of the Netherlands.
We are an ambitious, innovative and fast growing university combining leading-edge scientific research with attention to professional development and personal growth.
The department Mechanical Engineering at the TU/e educates Bachelor and Master of Science students (BSc/MSc), EngD (Engineering Doctorate) and PhD students. In addition to this, we carry out cutting-edge research in many domains such as Energy and Flow, Materials and Mechanics and Systems, Dynamics and Control. Much research is done in close cooperation with large high-tech companies, such as Philips and ASML, as well as many small/medium enterprises.
The department aims to maintain and extend its international forefront position, and strives for strong international cooperation. We offer a challenging and inspiring atmosphere, where we work together to solve socially relevant problems.
Vacancies in our department
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PhD in Experimental micro-mechanics applied to cultural heritage paintings
PhD-studentBuilt Environment, Mechanical Engineering -
PhD project – Flow-induced vibrations in high-precision water circuits
PhD-studentMechanical EngineeringASML Photolithography machines play a central role in the production of ever smaller and faster microchips and represent high-precision systems of enormous complexity. Water cooling is often required in sensitive modules of these machines to maintain strict thermal requirements. However, a negative…
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PhD project – Active control of pressure disturbances in water circuits
PhD-studentMechanical EngineeringASML Photolithography machines play a central role in the production of ever smaller and faster microchips and represent high-precision systems of enormous complexity. Water cooling is often required in sensitive modules of these machines to maintain strict thermal requirements. However, a negative…
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PhD on Atomic force microscopy 1: Modelling and Simulation of nanotube-based
PhD-studentMechanical EngineeringIncreasingly complex 3D shapes are used as Semicon devices, requiring advanced metrology techniques to monitor production and understand performance of the devices. Atomic force microscopy allows to reach the required sub-nm accuracy by using relatively blunt probes, sensing always in the same…
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Electrical Engineering Technician
Non academic staff (supporting staff)Mechanical EngineeringThe Mechanical Engineering faculty is seeking a technician to work full-time (1.0 fte) in the laboratories of the Dynamical Systems Design division. In these laboratories experiments are conducted for education and research in the fields of robotics, mechatronics, and automotive technology. The…