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The role requires advanced knowledge of wind‑turbine theory, proficiency with aeroelastic tools such as Alaska, Bladed, HAWC2 or FAST, and solid expertise in load calculations according to IEC 61400‑1 (ed. 3 & 4). The candidate will support certification activities, including documentation and communication with certification bodies, and must possess deep knowledge of global grid‑code requirements and their impact on turbine loads. Basic understanding of component load requirements (blade, tower/foundation or drivetrain) and experience with Matlab are preferred.
Job Responsibility:
Advanced knowledge of wind‑turbine theory
proficiency with aeroelastic tools such as Alaska, Bladed, HAWC2 or FAST
solid expertise in load calculations according to IEC 61400‑1 (ed. 3 & 4)
support certification activities, including documentation and communication with certification bodies
deep knowledge of global grid‑code requirements and their impact on turbine loads
Requirements:
ME/Mtech in Mechanical Engineering, Aerospace Engineering, Msc in Physics, or similar
Working experience in tools such as Bladed, Alaska, HAWC2, Flex5, Python, MATLAB
5+ years experience in similar roles/functions from Wind Industry
Nice to have:
Basic understanding of component load requirements (blade, tower/foundation or drivetrain)