Measurement Engineer - Wind Prototype Systems

Vestas; Aarhus kommune; On-site; DKK 480,000 - 640,000; Full time

Job summary

Vestas Wind Systems A/S in Aarhus is seeking a Measurement Engineer to manage the design and implementation of measurement systems on prototype turbines and for module testing. You will coordinate with internal teams and external suppliers while driving quality and continuous improvement.

The role emphasizes technical leadership, effective communication across functions, and travel to on-site installations to support measurement system deployment in a leading wind energy environment.

Qualifications

• B.Sc.E.E, Marine Engineer or other relevant education required.
• 3+ years of experience within electro mechanics or automation.
• Solid technical understanding of fixing hardware and software problems.
• Technical IT skills such as NI LabVIEW, Fieldbus, network protocols, hardware are desirable.
• Technical English written and spoken.

Responsibilities

• Oversee and improve the implementation of the measurement system on turbine prototypes.
• Lead measurement system projects within time and cost targets.
• Collaborate with internal resources and external suppliers.
• Ensure quality with process compliance and documentation.
• Drive continuous improvement in measurement technologies and automation.
• Travel to sites for installation support as needed.

Skills

years of experience

technical English

stakeholder coordination

Education

B.Sc.E.E or Marine Engineer

Tools

NI LabVIEW

Fieldbus

network protocols

hardware troubleshooting

Job description

Vestas Wind Systems A/S in Aarhus is seeking a Measurement Engineer to manage the design and implementation of measurement systems on prototype turbines and for module testing. You will coordinate with internal teams and external suppliers while driving quality and continuous improvement.

The role emphasizes technical leadership, effective communication across functions, and travel to on-site installations to support measurement system deployment in a leading wind energy environment.