Senior Expert in Energy System Modelling and Advanced Power System Analysis

Description du poste

Join Hitachi Energy as a Senior Expert in Energy System Modelling! Shape the future of power systems and enjoy a dynamic work environment. Tasks Lead development of energy transition scenarios for the future. Analyze impacts of electrification and market design on systems. Perform advanced studies on power systems and dynamics. Skills PhD in Electrical Engineering or MSc with 3+ years experience. Deep expertise in energy system modeling and scenario analysis. Advanced programming skills in Python and MATLAB/Simulink. About the job The Opportunity At Hitachi Energy, you help define how future power systems will be planned, built, and operated. As Senior Expert in Energy System Modelling and Advanced Power System Analysis, you play a key role in shaping the company’s perspective on the global energy transition. Within the Market Innovation function and the Power Systems of the Future research program, you lead complex analytical work at the intersection of long‑term system planning, market design, and detailed technical grid analysis. You translate disruptive trends such as, renewables, electrification, sector coupling, inverter‑based resources into robust scenarios, advanced models, and actionable insights. This role is designed for a highly experienced technical professional who combines deep analytical expertise with strategic thinking, software proficiency, and the ability to influence peers, stakeholders, and future technology directions. How you’ll make an impact Lead development of medium‑ and long‑term energy transition scenarios Analyze impacts of electrification, hydrogen, storage, and market design Translate policy, technology, and climate drivers into modeling assumptions Advance capacity expansion and system planning methodologies and tools Improve optimization formulations, algorithms, and computational workflows Perform advanced power system studies, including dynamics and fault analysis Assess integration of inverter‑based resources and grid‑forming controls Bridge strategic planning models with detailed technical network studies Your background PhD in Electrical Engineering, Energy Systems, Computer Science, or similar; or MSc with 3+ years of relevant professional experience Deep expertise in energy system modeling and scenario analysis Strong knowledge of mathematical optimization and advanced simulations Proven experience with steady‑state, dynamic, and short‑circuit studies Solid understanding of converter‑dominated and inverter‑based resources Advanced programming skills in Python and MATLAB/Simulink Hands‑on experience with tools such as PowerFactory, PSS®E, or PSCAD Ability to mentor others and contribute to technical leadership More About Us Our flexible working practices help you optimize personal and business performance while creating an environment where all employees can develop their skills and grow.