This is a unique opportunity to work in a global, collaborative environment focused on innovation and technical excellence. In this role, you will design and optimize control algorithms for MMC- and LCC-based HVDC systems, including multiterminal HVDC (MTDC) configurations. You will also perform small-signal stability analysis, harmonic studies, and transient simulations to ensure robust and reliable system performance. A part of your responsibilities will be to contribute to system-level dynamic performance evaluations and continuous improvements in control strategies. Additionally, you will also support strategic technology roadmaps, helping shape the future direction of HVDC control systems and power electronics design. Conduct steady-state transient and dynamic stability studies, harmonic analysis, and performances under various conditions. Address evolving customer requirements with a strong stakeholder focus. Uphold our core values of safety, integrity, and responsibility. Collaborate in a supportive and agile team environment. Take ownership of both technology and your personal development. Preferred if you have some years of experience in HVDC or FACTS technologies. Proven expertise in small-signal stability analysis and transient simulations. Skilled in simulation tools: MATLAB, PSCAD/EMTDC, EMTP-RV, and ideally Modelica, Dymola, RTDS, Python, C/C++. Open-minded, solution-oriented, and collaborative with strong organizational skills. Does the above description sound like you and would you like to live and work in the birthplace of the HVDC and 3-phase power systems? Welcome to apply for this position! Thank you for your understanding and patience during this period.