Postdoctoral Researcher (f / m / d) : Aerosol Effects on Atmospheric Dynamics

Universität Heidelberg; Heidelberg; Vor Ort; EUR 45.000 - 65.000; Vollzeit

Zusammenfassung

An established research institution is seeking a passionate postdoctoral researcher to explore aerosol effects on atmospheric dynamics. This role involves creating datasets for climate predictions and collaborating with leading European research centers. You will engage in innovative research, analyze complex climate model data, and contribute to significant scientific findings. Join a dynamic team in a vibrant city, where you will have access to state-of-the-art facilities and opportunities for professional growth. If you are eager to advance your career in climate science, this position offers the perfect platform for your ambitions.

Leistungen

Excellent research infrastructure

Mentoring programs

Access to super-computing resources

Dynamic research team

Beautiful historic city

Training support

Qualifikationen

• PhD in a related field obtained within the last three years.
• Experience in climate dynamics, climate modeling, and aerosols.

Aufgaben

• Co-create a new anthropogenic aerosol dataset for CMIP7.
• Perform and analyze experiments with ICON and big data sets.

Kenntnisse

Python

Shell Scripting

FORTRAN

Machine Learning

Big Data Analysis

Ausbildung

PhD in Physics

PhD in Climate Sciences

PhD in Meteorology

PhD in Computer Sciences

Tools

ICON

High-Performance Computing

Jobbeschreibung

Postdoctoral Researcher (f / m / d) : Aerosol Effects on Atmospheric Dynamics

Heidelberg University is a comprehensive university with a strong focus on research and international standards. With around 30,000 students and 8,400 employees, including numerous top researchers, it is a globally respected institution that is also of outstanding economic importance for the Rhine-Neckar metropolitan region.

The following position (TV-L E13 100% / 39,5 h / week) is to be filled at the Institute of Environmental Physics for a limited period of 2 years

Postdoctoral Researcher (f / m / d) : Aerosol Effects on Atmospheric Dynamics

The Institute of Environmental Physics newly conducts research on topics such global atmospheric and climate modeling with the appointment of a new professorship. We are looking for an enthusiastic postdoctoral scientist for fundamental research on the effect of aerosols on atmospheric dynamics. The aim is to quantify and qualitatively understand circulation responses to temporal changes in aerosol radiative forcing. The work will include the use of climate model output and observations, and may include the performance and / or analysis of new climate model experiments, e.g., from CMIP7. The position is fully funded by the European Union’s H2020 project EXPECT (No. : 101137656 HORIZON-CL5-2023-D1-01). EXPECT will develop a capability for integrated attribution and prediction of regional climate changes - to which this position will contribute via the development of new forcing data. Specifically, the work includes the creation and testing of new datasets for representing aerosol effects in climate predictions and CMIP7 simulations. As successful candidate, you will internationally collaborate with other research institutes and modelling centers from the EXPECT consortium in Europe and beyond. The position is part of the new research team led by Prof. Dr. Stephanie Fiedler.

• You will co-create a new anthropogenic aerosol dataset for CMIP7, coordinate project contribution and report results to other EXPECT partners
• You will be responsible for performing and analyzing experiments with ICON, Germany’s next CMIP model, and the scientific analysis of big data sets from model experiments and observations, which may include the application of automated detection algorithms for dynamic processes including machine learning for pattern recognition
• You will be responsible for the quality control of the results, the publication of the scientific findings, and the presentation of the results at international scientific conferences
• Active help in the supervision of bachelor and master projects and participation in our specific teaching program is welcome

Your profile :

• You hold a PhD degree in physics, climate sciences, meteorology, computer sciences or a closely related field, preferably obtained within the last three years, and have experience in the research fields atmospheric dynamics, climate change, climate modelling, and / or aerosols and their physical effects
• You have experience in programming and big data analysis (python, shell scripts, FORTRAN and / or comparable), ideally with knowledge on how to handle complex programs and data streams as needed for performing experiments with climate models on high-performance computers (ICON or similar)
• You are interested in applying methods for automated detection, which can involve machine learning
• You have a visible track record in your research areas and have achieved excellent results in education and training
• You are enthusiastic, enjoy working in a team and want to further develop your own skills for your future career
• You have very good oral and written English skills (German is not mandatory) and the willingness for inter- / national travel
• You may have some experience in acquiring funding
• You enjoy inspiring younger students for scientific work

We offer :

• A new international research team on climate physics in Heidelberg
• A young, motivating and dynamic research team in a stimulating and internationally recognized research environment
• An excellent research infrastructure, offers for additional training support and mentoring programs for a successful start to your scientific career
• The appropriate financial framework for your success and that of the project
• Freshly refurbished working rooms with modern computing facilities, access to super-computing resources, and laboratories for experimental field work in environmental physics
• A live in a beautiful historic city with diverse offers for leisure and sport, good traffic connections, and a vibrant international scene

The position is not divisible due to the timeline for deliverables of the EXPECT project. Depending on qualifications, remuneration will be up to pay grade E13 TV-L.

We look forward to receiving your electronic application with the usual documents (CV, motivation letter, certificates, etc.) in one collated PDF file to [emailprotected] stating the job identifier „IUP-2024-PD1“. The deadline for applications is 30. September 2024 and the earliest possible start of the position is 1. November 2024.

Heidelberg University stands for equal opportunities and diversity. Persons with severe disabilities will be given preference if they are equally qualified. Information on job advertisements and the collection of personal data is available atwww.uni-heidelberg.de / en / job-market.