Global Graduate Program 2026 - Load engineer

Goldwind; Frankfurt; On-site; EUR 50,000 - 70,000; Full time

Job summary

Goldwind is seeking a technical expert in Frankfurt, Germany, to participate in wind turbine load calculations and support technical inquiries. Ideal candidates will have a Master's degree in Wind Power-related fields and familiarity with simulation principles.

You will engage in analytical tasks related to load testing, and collaborate on development projects, enhancing your experience in the wind power industry.

Qualifications

• Master's degree or above in Wind Power-related majors such as Fluid/Solid Mechanics or Wind Energy.
• Familiar with wind turbine load simulation principles and relevant software.
• Strong communication and teamwork skills, adaptable to collaborative work.
• Good command of technical English for document reading and basic communication.

Responsibilities

• Participate in wind turbine load calculation and design.
• Assist in analyzing wind turbine load test data and preparing technical reports.
• Engage in learning core algorithms of wind power platforms.
• Provide technical support and assist with inquiries.
• Support unit design optimization and stay updated on advanced technologies.

Skills

Wind turbine load simulation principles

Basic analytical methods

Communication and teamwork skills

Technical English proficiency

Education

Master's degree in Wind Power-related majors

Tools

Load simulation software

Job description

Requisition ID: 1772

Country/Region: DE

Location: Frankfurt, DE

Job Type: Full Time

Workplace Type: On Site

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 relevant software, 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.