Job Responsibilities:
1. Assist in the applicability verification and structural strength analysis of wind turbine nacelle components; support site assessment, strength certification and other related technical work;
2. Keep track of new industry standards and specifications for wind turbine structural strength; assist the team with simulation tool optimization, analysis method iteration, and component-level design improvements;
3. Proactively learn interdisciplinary knowledge in loads, control, blades and related fields; support the analysis and arrangement of component design optimization from a full-system perspective;
4. Participate in basic static and fatigue strength assessment and data compilation for key wind turbine components; assist in resolving common technical issues encountered during design and verification.
Qualifications:
1. Education: Master's degree or above in Structural Strength-related majors such as Mechanics, Mechanical Engineering, Aerospace Engineering, Vehicle Engineering;
2. Professional foundation: Solid knowledge of structural statics, fatigue mechanics and mechanical engineering fundamentals; candidates with basic thinking and capability in wind turbine component strength analysis and structural optimization are preferred;
3. Tools & standards: Familiar with wind turbine strength-related standards including IEC, GL, FKM, Eurocode 3; proficient in at least one simulation software such as ANSYS, HyperWorks, FEMFAT, Ncode, with basic modeling and verification capabilities;
4. Technical English: Good command of professional English; able to read English technical documents and conduct basic technical communication with foreign counterparts.
