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Achievements

Achievement: Pull SharkAchievement: Arctic Code Vault Contributor

Achievements

Achievement: Pull SharkAchievement: Arctic Code Vault Contributor

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irispapak/README.md

Hi there! I am Iris 👋

Welcome to my GitHub profile!

ICON Fortran Python Linux

Atmospheric Scientist | ICON Modeller | Scientific Data Architect

I specialize in the intersection of Atmospheric Physics and High-Performance Computing. I am an expert in the ICON source code, with deep experience in running large-scale numerical modelling simulations, implementing new physical parameterizations, and developing core model components.

🛠️ The Tech Stack

Category Tools & Technologies
Languages Fortran, Python, Bash / Shell
Tools & Environment Linux, Emacs, Jupyter, Markdown
Earth Data Stack Xarray, Dask, NetCDF4, HDF5, Zarr, GRIB, NumPy, SciPy,Pandas
Parallel & HPC MPI, OpenMP, SLURM
Analysis & Viz Cartopy, HoloViz (Datashader/Geoviews), Matplotlib
Reliability Git, Testing

🔬 Research Focus

Bridging the gap between ICON-NWP Simulations and Observations. I focus on the synthesis of active remote sensing, in situ data, and numerical modelling to improve atmospheric predictability and process understanding.

  • Synergistic Observations: Integration of DARDAR-Nice satellite retrievals and aircraft in situ observations (e.g., from the AFLUX campaign).
  • Model Validation: Evaluating ICON-NWP simulations against high-resolution active sensors to validate sub-grid scale microphysics and boundary layer processes.

📬 Connect with Me

Pinned Loading

  1. eScience-Tools-in-Climate-Science eScience-Tools-in-Climate-Science Public

    Tutorials and notebooks for reproducible workflows, data handling, and computational tools in climate science.

    Jupyter Notebook 1

  2. Arctic-Amplification-Winter-School Arctic-Amplification-Winter-School Public

    Course materials and exercises focused on Arctic amplification, polar climate processes, and data analysis.

    Jupyter Notebook 1

  3. echam_radiation_offline echam_radiation_offline Public

    Forked from jkretz/echam_radiation_offline

    Standalone ECHAM6 radiation code and scripts for offline radiative transfer experiments.

    Fortran 1

  4. Cloud-Physics Cloud-Physics Public

    Assignments and code for cloud microphysics, radiative processes, and observational analysis.

    Python

  5. NWP NWP Public

    Exercises and scripts on numerical weather prediction, model setup, and verification.

    Python

  6. Fortran Fortran Public

    Fortran practice code and examples for scientific computing and model components.

    Fortran