Paul Putin

Payment application software in C, OPI interface for a POS system in Java, Android app development in Java

Automation concept design, Robot programming (KUKA), Commissioning, Virtual commissioning (Siemens SIMIT), Research projects

Design of a parametrized CAD-model, Simulations (transient) with OpenFOAM, Simulation data analysis in the field of computional fluid dynamics, Application of PCA & DMD methods for FVM, Mapping of CFD-simulation results to new geometries, Programming in C, Scripting

Adaptation of a meshing library (Gmsh API) for usage in a fully automated optimisation loop which also includes automated meshing with Gmsh. The geometries to be meshed originate from an open source parametric aircraft CAD library (TiGL) developped by the German Aerospace Center (DLR). The optimisation targets the precalculation of the aerodynamic loads on an airplane in early design stages. http://www.gmsh.info/ http://www.dlr.de/sc/desktopdefault.aspx/tabid-12766/22301_read-51485/

Development, design (CATIA V5), simulation (OpenFOAM, Paraview) and manufacturing (CFRP techniques) of the aerodynamic devices of the 3 Formula Student Electric race cars in 2016, 2017 and 2018. Leadership of the subteam "Aerodynamics". Coaching and training functions for new team members in 2018 combined with responsibility for all aerodynamic simulations. http://www.brsmotorsport.de/team/aerodynamics

Development of a transient simulation in OpenFOAM in an automotive related case. Adaption of the simulation for various OpenFOAM-Versions and setup for cluster-computing.

Development and design (using CATIA V5) of a parametrized, FIA-conform rollcage for a touring car that competes on the Nurburgring (VLN). https://career.rle.de/de/Studenten/RLE_RaceCar_Projekt.html

Product Development, Modeling and Simulations, FEA, CFD, Engineering Design