Hans Fangohr, Computational Science
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Are you looking for Bachelor/Master project with Software development?¶

We are looking for physics students with interest in programming, data analysis & visualisation, and software engineering who want to do their Bachelor or Masters project with us (Einarbeitungsprojekt, Vorbereitungsprojekt, Master-Arbeit).

  • Task: contribute to data analysis framework for 3d and 4d simulation results

  • Expectations:

    • programming skills and interest/desire to improve those

    • Python experience, knowledge of any of the tools listed below is useful

  • Likely tools you will be using include:

    • git

    • Python

    • py.test - we like testing our software

    • Jupyter notebooks

    • numpy & xarray - dealing with n-dimensional arrays of data

    • scipy & pandas - scientific computing and data science tools

    • matplotlib & holoviews - 2d plots for parameter space exploration (interactive holoviews example)

    • PyVista - interactive 3d plots in notebooks

  • Things you will learn include:

    • the tools listed above

    • modern data analysis for science

    • state of the art research software engineering, including

    • testing, continuous integration, Gitlab/Github

    • …

  • More context: The ab-initio simulation package octopus (https://octopus-code.org/) writes a variety of data files to disk. In this project, you will work on “postopus”: a Python package to make data analysis of these files easier (POSTprocessing of OctoPUS data). The software exists already but needs additional fetaures https://gitlab.com/octopus-code/postopus .

  • Place of work: Computational Science group at Max Planck Institute for the Structure and Dynamics of Matter on DESY campus

  • Interested?

    Get in touch with Hans Fangohr (hans.fangohr@mpsd.mpg.de) for informal enquiries.

  • Not quite the right project?

    Get in touch with Hans Fangohr (hans.fangohr@mpsd.mpg.de). Perhaps we can find a suitable project together

    Electron density as function of spatial dimensions x and y. Electron density as function of spatial dimensions x and y.
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https://s.gwdg.de/ukkpqF

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