Join our expert team driving the future of renewable energy through advanced electrical simulation and grid integration. As Engineer Electrical Simulations & Models (m/f/d), you’ll play a key role in developing and optimizing models that ensure our wind turbines meet integral grid compliance standards.YOUR TASKSDevelop and maintain electrical simulation models using power system simulation software (e.g. PSCAD, DIgSilent PowerFactory, Siemens PSS/E)Conduct grid integration studies including stability and harmonics to support wind power plant performanceValidate and benchmark simulation models against real-world data and grid requirementsCollaborate with Transmission System Operators (TSOs) to interpret and implement simulation model requirementsAutomate model development and study processes to enhance efficiency and accuracyProvide technical feedback to product development teams based on grid compliance insightsApply deep knowledge of power systems and control theory to improve model quality and turbine-grid interactionYOUR PROFILEM.Sc.
in Electrical Engineering/Power Systems or similarExperience with EMT and RMS modelling and simulation in at least one simulation software like PSCAD, PSS/E or DIgSilent PowerFactoryProgramming experience in Python or C/C++Experience with interconnection studies and requirementsIntercultural understanding: you thrive on working collaboratively with teams across functions and geographiesFluent English spoken and written, additional skills in Spanish and/or German are a plusGood communication skillsYou are proactive, assertive and a team playerYOUR BENEFITS:In addition to the opportunity to make our world a little more sustainable, we offer you:*Some offers may vary by location.** Hybrid working in accordance with the company's internal policy.Nordex adheres to a policy of equal employment opportunity. All employment decisions are made without regard to religion, age, sex, color, national origin, handicap, or other protected class and are in full compliance with all federal and state laws.