Research Fellow in Data-Driven Fluid Mechanics DA)

Join Leading Research in Turbulent Flows at the University of Southampton

Are you a passionate researcher with a background in data-driven fluid mechanics and turbulence? The University of Southampton, a globally recognized institution, is offering an exciting full-time postdoctoral research position funded by UKRI until September 30, 2027. This is a unique opportunity to contribute to groundbreaking research focused on the application of data assimilation techniques to turbulent flows, with a particular emphasis on simulating air pollution in urban environments.

This role offers a fantastic platform for career advancement within a dynamic and supportive research environment. You'll be working under the esteemed guidance of UKRI Future Leaders Fellow Prof. Christina Vanderwel on the innovative project, “Simulating air pollution in the lab.”

Key Advantages for Candidates:

• Cutting-Edge Research: Engage with novel data assimilation techniques to reconstruct wind patterns and air pollution in urban areas. This project bridges the gap between experimental data and computational modeling, offering a chance to develop and apply advanced methodologies.
• State-of-the-Art Facilities: Utilize the University of Southampton’s impressive wind and water tunnel facilities, equipped with advanced laser diagnostics. This hands-on experience with cutting-edge experimental setups will significantly enhance your practical skills.
• Advanced Computational Tools: Gain valuable experience using discrete adjoint libraries in OpenFOAM to refine turbulence modeling for environmental flows. This computational aspect of the role is highly sought after in the field.
• Broad Research Exposure: Beyond the core project, you’ll have opportunities to collaborate on a diverse range of experimental fluid mechanics projects. These include, but are not limited to, turbulent boundary layers, flow control, atmospheric flows, and diagnostics development, broadening your research portfolio.
• Collaborative and Supportive Environment: Become part of a large, friendly, and vibrant Aerodynamics Research Group. This group comprises experts in theoretical, computational, and experimental fluid mechanics, fostering an environment where interdisciplinary approaches are encouraged and valued. You'll join a supportive team of postdoctoral researchers and graduate students working on diverse fluid mechanics applications.
• Reputable Institution: The University of Southampton is consistently ranked among the top 1% of universities worldwide and is a leading research-intensive university in the UK. This affiliation offers significant prestige and opens doors for future career opportunities.
• Commitment to Sustainability and Inclusivity: Join an institution that is deeply committed to sustainability and is a globally responsible university. The School of Engineering actively promotes equality, diversity, and inclusion, and encourages applications from underrepresented groups. Flexible working arrangements are also considered.

Key Considerations for Your Career Path:

• Specialized Expertise: This role is ideal for candidates with a PhD or equivalent qualifications and experience specifically in data-driven fluid mechanics and turbulence. Your existing skills in this area will be crucial for success.
• Project Duration: The position is a fixed-term contract until September 30, 2027. Candidates should consider how this aligns with their long-term career objectives.
• Interdisciplinary Focus: While the core of the project is data assimilation for turbulent flows, the broader opportunities suggest a research trajectory that could encompass experimental, computational, and theoretical aspects of fluid mechanics.
• Location and Lifestyle: The University of Southampton offers a vibrant campus and a city with a rich cultural heritage and coastal proximity. Consider how this location fits with your personal preferences.

This postdoctoral position represents a significant opportunity for researchers looking to make a tangible impact in the field of fluid mechanics and contribute to solutions for environmental challenges. If you possess the required qualifications and a strong passion for innovative research, we encourage you to explore this exceptional opportunity at the University of Southampton.