Simulation ist dein Ding – und du willst mehr als nur Modelle rechnen? Dann übernimm bei uns die Führung im Bereich Simulation! Wir suchen eine technisch versierte Persönlichkeit, die nicht nur mit SIMULIA Abaqus und CST Studio Suite arbeitet, sondern auch unsere Simulationsstrategie aktiv mitgestaltet und Kunden auf Top-Level begleitet.
Comfortable collaborating with international stakeholders across engineering hubs in Spain, Germany, and India. Ability to foster positive relationships with external partners such as certification bodies, research institutes, and consultants. Fluent in English; Spanish or German language skills are a plus. At least 5 years of experience in a similar role.
Für unseren Kunden, einen weltweit tätigen Hersteller und Servicedienstleister von Aufzugsanlagen, Fahrtreppen und Fahrsteige, sowie Fluggastbrücken, suchen wir eine/n Variantenkonstrukteur (m/w/d) technische Auftragsbearbeitung . Ihre Aufgaben Stücklistenbearbeitung und Änderungskonstruktion von Baugruppen für die technische Bearbeitung von Kundenaufträge für Fahrtreppen Erstellung und Änderung von Kundenauftragsstücklisten Erstellen und Ändern von F- bzw.
Dann sind Sie bei uns genau RICHTIG! Für unseren Kunden am Standort Hamburg suchen wir zum nächstmöglichen Zeitpunkt einen Project Leader (m/f/d) Manufacturing Engineering für einen Einsatz in der Arbeitnehmerüberlassung.
Dann sind Sie bei uns genau RICHTIG! Für unseren Kunden am Standort Hamburg suchen wir zum nächstmöglichen Zeitpunkt einen Project Leader (m/f/d) Manufacturing Engineering für einen Einsatz in der Arbeitnehmerüberlassung.
YOUR TASKS You develop impedance models for wind farms and battery energy storage systems in dq0 coordinates within a hybrid power plant setting You validate impedance models against EMT simulations and raw field measurement data You design control strategies for voltage and frequency control in hybrid power plants while considering coupling effects You perform tuning processes for PMS control loops in MATLAB/Simulink You contribute to improving impedance measurement methods and modelling workflows YOUR PROFILE You are enrolled in a Master's program in Electrical Engineering, Control Engineering, Power Systems or equivalent You have knowledge of electrical energy systems, ideally with exposure to wind energy You bring experience in MATLAB/Simulink or PSCAD, ideally including power system toolboxes You are interested in stability analysis, system modelling and control design Experience with converter control or wind farm control systems is an advantage You have programming skills in MATLAB; additional languages such as Python or C/C++ are a plus You work in a structured, analytical and self‑organized manner on complex technical topics DEINE BENEFITS Nordex bietet eine Vielzahl an attraktiven Benefits – hier findest du einen Auszug dessen, was Dich bei uns erwartet.
YOUR TASKS: Independently plan, structure, and execute technically complex aerodynamic design projects, including the development of new rotor blades and the detailed analysis of legacy designs Applying advanced fluid dynamics principles, leveraging high-fidelity simulation tools, and integrating multidisciplinary constraints to achieve optimal aerodynamic performance Development and continues improvement of prediction methods and industrialization of research approaches and methods Aerodynamic design, evaluation and optimization of wind turbine rotor blades Prepare and present technical results in engineering review meetings and communicate key findings, risks, and recommendations to senior management and other decision‑making stakeholders Automation of methods within the framework of in-house design tools Validation of results and method tuning using measurement data YOUR PROFILE: Master’s degree in Mechanical or Aeronautical Engineering, or a closely related field; a PhD is a strong advantage, particularly with specialization in aerodynamics Minimum of 5-8 years of professional experience in aerodynamic design or related engineering fields, ideally within the wind energy sector or similar industries involving complex fluid dynamics applications Strong organizational mindset with demonstrated ability to manage complex engineering projects from concept to execution Proficient in engineering programming, with hands-on experience in languages such as Python, C/C++, and MATLAB, applied to simulation, data analysis, and tool development Fluency in English is required; proficiency in German or Spanish is considered a plus Self-organized and self-driven personality with the ability to handle complex problems Ability to work in a multi-lingual, multi-locational and multicultural team YOUR BENEFITS Nordex offers a range of attractive benefits – here’s a selection of what you can look forward to.
YOUR TASKS: Independently plan, structure, and execute technically complex aerodynamic design projects, including the development of new rotor blades and the detailed analysis of legacy designs Applying advanced fluid dynamics principles, leveraging high-fidelity simulation tools, and integrating multidisciplinary constraints to achieve optimal aerodynamic performance Development and continues improvement of prediction methods and industrialization of research approaches and methods Aerodynamic design, evaluation and optimization of wind turbine rotor blades Prepare and present technical results in engineering review meetings and communicate key findings, risks, and recommendations to senior management and other decision‑making stakeholders Automation of methods within the framework of in-house design tools Validation of results and method tuning using measurement data YOUR PROFILE: Master’s degree in Mechanical or Aeronautical Engineering, or a closely related field; a PhD is a strong advantage, particularly with specialization in aerodynamics Minimum of 5-8 years of professional experience in aerodynamic design or related engineering fields, ideally within the wind energy sector or similar industries involving complex fluid dynamics applications Strong organizational mindset with demonstrated ability to manage complex engineering projects from concept to execution Proficient in engineering programming, with hands-on experience in languages such as Python, C/C++, and MATLAB, applied to simulation, data analysis, and tool development Fluency in English is required; proficiency in German or Spanish is considered a plus Self-organized and self-driven personality with the ability to handle complex problems Ability to work in a multi-lingual, multi-locational and multicultural team YOUR BENEFITS Nordex offers a range of attractive benefits – here’s a selection of what you can look forward to.