PhD position / Research Assistant (f/m/d) Numerical development of mitigation strategies for wi[...]

TN Germany; Oldenburg; Vor Ort; EUR 40.000 - 50.000; Vollzeit

Zusammenfassung

A leading research institute in Oldenburg is seeking a PhD candidate for a Research Assistant position focused on the numerical development of mitigation strategies for wind farm cluster wakes. This role involves high-performance computing simulations and collaboration with experienced scientists. The candidate will enhance understanding of wind farm dynamics and contribute to innovative control strategies. The position offers a supportive environment for scientific growth and is initially limited to three years, with potential for extension.

Qualifikationen

• Master's degree in related field required.
• Strong knowledge of numerical fluid dynamics.
• Proficiency in MATLAB or Python.

Aufgaben

• Perform LES of wind farm clusters and compare results.
• Test control strategies to mitigate cluster wakes.
• Present findings at meetings and conferences.

Kenntnisse

Numerical Fluid Dynamics

MATLAB

Python

Ausbildung

Master's degree in Physics

Master's degree in Mechanical Engineering

Master's degree in Renewable Energy

Jobbeschreibung

PhD position / Research Assistant (f/m/d) Numerical development of mitigation strategies for wind farm cluster wakes, Oldenburg

Client:

Location:

Job Category:

Other

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EU work permit required:

Yes

Job Reference:

008aae84aba8

Job Views:

1

Posted:

16.05.2025

Expiry Date:

30.06.2025

Job Description:

ForWind - Center for Wind Energy Research has a vacancy in the team Energy Meteorology of the research group "Wind Energy Systems" at the Institute of Physics of the University of Oldenburg for a

PhD position / Research Assistant (f/m/d) Numerical development of mitigation strategies for wind farm cluster wakes (E13 TV-L, 75%).

The future energy system will rely on large wind farm clusters with hundreds of turbines. The wake, i.e., the downstream flow, of such clusters reduces the energy yield of neighboring wind farms. We seek to model these cluster wakes using High Performance Computing (HPC) and to develop and test strategies to mitigate their impact.

Job description

The main goal of your PhD project is to improve understanding of wind farm cluster wakes and develop mitigation strategies, primarily using atmospheric large-eddy simulations (LES), which are increasingly adopted in the wind industry.

Your tasks will include:

• performing LES of selected wind farm clusters and comparing results with satellite and operational data,
• testing different control strategies to mitigate cluster wakes,
• simulating wind farm clusters with various turbine technologies and innovative control concepts,
• collaborating with scientists and engineers on measurements, operational data, and modeling,
• presenting your findings at meetings and conferences.

This research is part of a joint project involving three research institutes and a major wind farm operator. You will have access to satellite data, measurement data, and our high-performance computing resources. The team has over two decades of experience in fluid dynamics simulations using the LES model PALM.

Job offer

We offer a stimulating environment to develop your scientific career, including collaboration with other researchers, international partners, and opportunities for mobility and training. You will work in the modern WindLab facilities and receive structured supervision throughout your PhD process.

The position is initially limited to three years, with potential extension up to four years for PhD completion. Compensation is based on the collective agreement TV-LE13, for a 75% position.

Candidate profile

Required qualifications:

• A master's degree in physics, physical sciences, meteorology, mechanical engineering, renewable energy (major in wind energy), or a related field,
• Willingness to pursue a PhD,
• Strong knowledge of numerical fluid dynamics in atmospheric sciences or aerodynamics,
• Proficiency in MATLAB or Python.

Desired but not mandatory qualifications include:

• Knowledge of atmospheric physics (numerical or experimental),
• Experience analyzing large data sets on HPC clusters,
• Experience with atmospheric LES,
• International experience during studies or employment.

The University of Oldenburg encourages women to apply and offers a family-friendly environment. Severely disabled persons will be given preference if equally qualified.

Contact

For questions, contact Dr. Gerald Steinfeld at +49(0)441/798-5073 or via email. Please apply through the 'Apply now' button, and note that a work permit may be required if you are not a passport holder of Germany.