Global Graduate Program 2026-Power System Simulation Engineer
About this role
Job Responsibilities:
1. Research on stability technologies of new energy grid-connected systems;
Conduct modeling, analysis and control technology research on static, dynamic and transient stability of power systems under typical new energy grid-connected scenarios;
2. Development of new energy grid-connection technologies and products;
Research and develop grid-forming technologies for new energy; design, develop and verify advanced grid-connected control algorithms for new energy stations, turbines and converters; analyze grid-connected operation issues and formulate corresponding solutions;
3. Ecological construction of grid-connection technologies;
Track cutting-edge power system technologies at home and abroad; undertake scientific research project management and research work; promote the construction of new energy grid-connection standard systems and intellectual property maintenance;
Qualifications:
1. Master's degree with research focus on power-electronized power systems, with over 2 years of working experience;
2. Solid grasp of power system operation, transient & steady-state analysis and relay protection principles; familiar with grid-connection control mechanisms of new energy equipment and power stations. Experience in new energy station feasibility study and grid integration design is preferred; well-versed in power system fundamentals and operational characteristics of wind turbines and new energy stations;
3. Proficient in relevant software;
4. Basic coding ability in C and Python;
5. Proficient in English reading and writing;
6. Good teamwork and communication skills.
Company at a glance
As a reliable global strategic partner in clean energy, Goldwind is committed Driving a Renewable Future and centering its business on Ecology-Oriented Development+ENERGY industry model. Goldwind’s global business network covers more than 48 countries across 6 continents. We have approximately 11,000 employees worldwide, including more than 3,000 research and development (R&D) and technical personnel. With high quality clean energy products, solutions, devices, services, Goldwind supports cities and enterprises alike with comprehensive and sustainable economic, ecological, and social development. As of Q3 2025, Goldwind has delivered more than 56,800 wind turbines worldwide and boasts a global cumulative installed capacity exceeding 155GW. Goldwind also has operations and maintenance (O&M) service capacity that exceeds 115GW.
Goldwind is Innovating for a Brighter Tomorrow.
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