Unlimited energy sources such as the sun, wind and water are at the world’s disposal and today, one of our most challenging responsibilities is to capture and make full use of these vast resources. ENERCON, Germany’s largest wind turbine manufacturer, is ready to meet this challenge. With production plants on three continents and a market representation in 36 countries, committed employees are working towards ENERCON’s success on global scale. Our wind turbines are equipped with highly sophisticated technological features.
The subsidiary of ENERCON in Turkey is expanding with success and we would like to invite applications from qualified persons prepared to take up this challenge.
To support our team in İstanbul, we are looking to recruit a Project Engineer.
If you are interested in for this position with ENERCON in Turkey and would like to receive further information, please send us your English Curriculum Vitae and covering letter, indicated your salary expectations and your earliest availability.
-Bachelor’s degree in Renewable Energy, Meteorology, Atmospheric Science, Mechanical Engineering, Aerospace Engineering, Fluid Dynamics,
-Electrical Engineering, Geosciences or other related fields
-Master’s degree in the fields stated above will be an asset
-Good technical understanding and IT skills
-Prior experience in using special wind engineering software such as WindPRO, WAsP, Windographer and Computational Fluid Dynamic software would be an advantage
-Proficiency in MS-Office
-Ideally first professional experience in a similar role
-High level of flexibility and geographical mobility as well as willingness to frequently go on international business trips
-Interested in working in an international and highly dynamic environment
-Excellent command of the English language, German language is plus
-Communicative person and team player
-In possession of driver´s license
-Military service completed for male candidates
-Compile and analyze site verification analysis for domestic and international wind energy projects
-Analyze wind measurements to assess site-specific wind conditions
-Check IEC wind turbine design parameters like e.g. turbulence intensity, wind shear, flow inclination and extreme wind speed
-Perform risk analysis in case IEC wind turbine design parameters are exceeded
-3D flow simulations
-Document results in English
-Provide support to Sales, experts, customers and government authorities
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