Working student in the field of time domain simulations (m/w/d)

Amprion connects. Our transmission network transports electricity for 29 million people in an area from the North Sea to the Alps. A third of the German economic output is generated there. Our lines are lifelines of society. We keep our net stable and safe - and prepare the way for the energy transition: We build our network and work on new ideas for a climate-friendly, safe and efficient energy system.

DISCLOSURE: For the stability assessment of power converters in our transmission network for the purpose of energy transmission and network conditioning, the simulation of various network topologies and scenarios as well as various power converter work points and control methods is required. Once essential requirements for current, voltage and power have to be assessed in the time domain. On the other hand, there are requirements for harmonic stability, for which the impedance response of the converters must be recorded and evaluated under the above conditions. Therefore, we are looking for support for the implementation of necessary time domain simulations of converter systems.

DEIN PROFIL: ongoing engineering studies in the field of energy technology, electrical engineering or comparable discipline Experience in general electrical engineering and the use of simulation and programming software well-founded programming knowledge of advantage, for example Matlab Simulink, PSCAD, Matlab, Python, C/C++, etc. pronounced analytical thinking capacity, independent development of solutions and reliable operation in the case of a work student activity: 20 hours per week

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