Sort by
Refine Your Search
-
Category
-
Employer
-
Field
-
European Magnetism Association EMA | Nijmegen, Provincie Gelderland | Netherlands | about 2 months ago
Home > JOBS Ultrafast Magnetism in Frustrated Materials [ All offers ] 2026-07-24 | PhD Lab/Company : HFML-FELIX Location : Nijmegen, Netherlands Yearly income : https://www.nwo-i.nl/en/vacancies/phd
-
. Apply now Hi! Are you my new colleague? Hanke van der Veer Hi! Are you my new colleague? Inge Broekman Hi! Are you my new colleague? Laurette van der Woning Hi! Are you my new colleague? Felix van Urk
-
Eindhoven University of Technology (TU/e) | Eindhoven, Provincie Noord-Brabant | Netherlands | 2 months ago
high demand. You will be supervised by Dr Gabriele Liga ( https://www.tue.nl/en/research/researchers/gabriele-liga ) and Dr Yunus Can Gültekin at TU/e. You will carry out two research secondments: one
-
information systems in the BIASlab, Department of Electrical Engineering, under supervision of Dr. Ivana Nikoloska. Information In this PhD position, you will develop advanced AI methods for quantum
-
will work within an international consortium consisting of: · University of Twente · Assistive Innovations B.V. (<https://www.assistive-innovations.com/>) · Re:Lab s.r.l
-
wideband current-sensing technology; the other focuses on sensor characterization and on electrical and calorimetric efficiency measurements. Choose the research direction that fits you: PhD 1 on
-
effects. You’ll model electrical and optical inputs and responses for energy-efficient computing as a proof of concept. What sets this opportunity apart: World-class facilities: Conduct your research at
-
resulting performance in our MEMS measurement lab. The PhD candidate will work at the Integrated Devices and Systems (IDS) group within the Faculty of Electrical Engineering, Mathematics and Computer
-
Research (NWO). Several experienced supervisors (Dr. Ir. Cora Salm and Prof. Jurriaan Schmitz, Electrical Engineering; Prof. Richard Loendersloot, Engineering Technology) will give daily guidance with
-
. The aim is to identify interference sources and propagation paths and understand how disturbances spread through complex electrical systems. This work will provide an important foundation for future