Maxim Wandrowski

• Installation, Configuration, Testing, Upgrading and Hardening of Cloudera Clusters • Integration with DellEMC PowerScale / Isilon • Facilitating Authentication Solution with Keycloak, Apache Knox, Apache Ranger, MIT Kerberos, OpenID Connect and SAML • Deployment Automation for Apache Hive, Cloudera Data Science Workbench (CDSW), Apache NiFi with GitLab CI/CD, JFrog Artifactory and Ansible • Migration and Refactoring of Data Science Use Cases using SQL/HQL, Python, Scala

• Hybrid and Progressive Web Apps with Ionic (HTML5, JavaScript, CSS3) • DevOps with Ionic Appflow, Docker Swarm and AWS

• Circuit Design with NI Multisim and Autodesk EAGLE • Debugging Circuits with Oscilloscopes, Spectrum Analyzers, Function Generators, ... • Prototyping with Arduino/AVR and Raspberry Pi in C and Python • Development and Debugging of in-house Electronic Experiments and Equipment • Teaching Analog and Digital Electronics • THT and SMT Soldering

• Configuration Management with Git, Puppet and Ansible • High Availability Clusters with QEMU/KVM and Docker • Network Administration with DNS, DHCP, Software Bridges, ... • Operating SLURM Compute Cluster • Documenting with MediaWiki and Atlassian Confluence • Scripting with Bash, AWK, Python, Tcl • Applications with HTML5, CSS3, JavaScript • Ticket Support with OTRS • Teaching Computer Classes • Maintaining On-premises Server Racks

16 Lectures on “Scientific Programming with GNU/Linux” • GNU/Linux System Architecture • Shell Programming with Bash • Data Driven Programming with AWK • Data Visualization with gnuplot • Publishing with LaTeX • Version Control with Git • Numerical Programming with C

• Websites with (X)HTML, CSS, JavaScript • JavaServer Pages with Apache Tomcat and Wicket • Graphic Design with Photoshop, GIMP, Inkscape

In my thesis at the Max Planck Institute for Astrophysics I employed Information Field Theory for image reconstruction of the Imaging Compton Telescope (COMPTEL). Theoretical aspects • Gamma Ray Astronomy • Particle Detector Physics • Information Field Theory • Bayesian Variational Inference • Signal Deconvolution • Stereographic Projections Technologies involved • Python (SciPy, NumPy, Matplotlib, JupyterLab, Jinja2) • Bash • AWK • GitLab • LaTeX • Linux

In my bachelor thesis I tested a new approach to model polarizable atomic bonds for molecular dynamics simulations. Theoretical aspects • Quantum Chemistry (Density Functional Theory) • Theoretical Mechanics (Harmonic Analysis) • Molecular Dynamics • Spectroscopy Technologies involved • C • Bash • AWK • gnuplot • Git • LaTeX • Linux