**Job Description**
This 3-year postdoctoral fellowship focuses on experimental work in a water channel facility to study the transfer of microscopic particles, specifically microplastics, from the water surface to the atmosphere via droplets produced by wave breaking. The project aims to explain the surprisingly high levels of microplastics found in the atmosphere, even far from land. It involves combining tailored waves, turbulence, and mean flow simultaneously, utilizing a suite of laboratory measurement techniques such as particle-image velocimetry, optical and infrared techniques, profilometry, and high-speed stereo imaging. The successful candidate will be responsible for an extensive laboratory campaign and will work in a highly active, multinational research team, closely aligned with the ongoing ERC project WaTurSheD.
**Skills & Abilities**
• Scientific laboratory experience, preferably in fluid mechanics, turbulent flows, and experimental methods
• Excellent oral and written presentation skills in English, with documented prowess in scientific writing
• Strong international publication record in highly reputable journals, emphasizing quality over quantity
• Extensive experimental research experience in a relevant branch of the physical sciences
• Experience with experimental fluid mechanics, particularly turbulent flows, Particle-Image Velocimetry (PIV), stereo or high-speed imaging, and/or free-surface flows (including waves)
• Experience with laser-based and/or optical flow measurement
• Experience with building and/or developing laboratory set-ups
• Background in curiosity-driven fundamental research
• Experience and skills in supervision and group management
• Enthusiastic and driven
• Efficient while diligent
• Inventive, able to find creative solutions to problems
• A team player and generous collaborator
• Tolerant and flexible in a highly diverse environment
**Qualifications**
Required Degree(s) in:
• Physics
• Engineering
**Experience**
Other:
• Must have completed a doctoral degree or demonstrate extreme likelihood of completion in the near future.
• If expertise is not in fluid mechanics, turbulent flows, or experimental methods for these, clear argumentation is required on how expertise can be directly adapted to the project.
• Strong international publication record with emphasis on quality.
• Preferred: Extensive experimental research experience publishable in high quality international journals.
• Preferred: Experience with experimental fluid mechanics (turbulent flows, PIV, stereo/high-speed imaging, free-surface flows).
• Preferred: Knowledge of turbulence and/or surface waves.
• Preferred: Experience with laser-based and/or optical flow measurement.
• Preferred: Experience with building and/or developing laboratory set-ups.
• Preferred: Background in curiosity-driven fundamental research over applied/industrial engineering research.
• Preferred: Experience and skills in supervision and group management.
Note: We’ve analyzed the actual job post using AI, for more details visit the original job post by clicking on “Apply Now”!
