Job Responsibilities:
1.Participate in wind turbine load calculation and load case design; familiar with industry standards and specifications; proficient in interpreting load case tables and applying basic analytical methods;
2.Assist in organizing and analyzing wind turbine load test data, compare test loads with simulation results, and support the preparation of relevant technical reports;
3.Engage in learning and research on core algorithms of wind power platforms, and assist in platform function development and basic product optimization;
4. Provide technical support, assist in internal and external technical inquiries and requirement alignment, and accumulate wind power industry technical service experience;
5. Possess basic interdisciplinary knowledge of aerodynamics, aeroelasticity, control and structural strength; support unit design optimization from a systematic perspective and keep updated on advanced load simulation and optimization technologies.

Qualifications:
1. Master's degree or above in Wind Power-related majors such as Fluid/Solid Mechanics, Wind Energy and Power Engineering, Aeroelasticity, Aircraft Design, with solid academic foundation;
2. Familiar with wind turbine load simulation principles; proficient in at least one mainstream simulation tool among Bladed, FAST, HAWC2, with basic simulation and analysis capabilities;
3. Strong communication and teamwork skills, adaptable to collaborative project work and technical coordination scenarios;
4. Good command of technical English: able to read English technical documents and conduct basic technical communication with foreign partners.