Experience

Professional School of Business & Technology, University of Applied Sciences Kempten

• Germany
• Higher Education

• Deputy project leader, Scientific Assistant

  • Feb 2020 - Present

  Thermal management of high voltage power electronics Thermal management of high voltage power electronics



Selbständig

• Professional Training and Coaching
• 700 & Above Employee

• Tutor

  • Jan 2018 - Jan 2020

  private tutoring of different subjects "CAD, Thermodynamics, Heat Transfer, Fluid Dynamics, Maths" private tutoring of different subjects "CAD, Thermodynamics, Heat Transfer, Fluid Dynamics, Maths"



University of Kassel / Volkswagen AG

• Master Thesis

  • Sep 2018 - Apr 2019

  Topic of the Master Thesis: „topology optimization of conjugate heat transfer (cht) systems by means of adjoint method“ (grade: 1.0) - Numerical discretisation of Systems with „OpenFOAM & ANSA“ - Performance the CFD simulations using the C++ software „OpenFOAM“ - Dealing with CHT systems (Conjugate Heat Transfer) - Derivation und implementation of the adjoit equations - Determination of topological sensitivity throughout the systems - Using of developed solver for the… Show more Topic of the Master Thesis: „topology optimization of conjugate heat transfer (cht) systems by means of adjoint method“ (grade: 1.0) - Numerical discretisation of Systems with „OpenFOAM & ANSA“ - Performance the CFD simulations using the C++ software „OpenFOAM“ - Dealing with CHT systems (Conjugate Heat Transfer) - Derivation und implementation of the adjoit equations - Determination of topological sensitivity throughout the systems - Using of developed solver for the numerical calculations - Visualisation the results by „ParaView“ - C++/LINUX scripting to evaluate the results Show less Topic of the Master Thesis: „topology optimization of conjugate heat transfer (cht) systems by means of adjoint method“ (grade: 1.0) - Numerical discretisation of Systems with „OpenFOAM & ANSA“ - Performance the CFD simulations using the C++ software „OpenFOAM“ - Dealing with CHT systems (Conjugate Heat Transfer) - Derivation und implementation of the adjoit equations - Determination of topological sensitivity throughout the systems - Using of developed solver for the… Show more Topic of the Master Thesis: „topology optimization of conjugate heat transfer (cht) systems by means of adjoint method“ (grade: 1.0) - Numerical discretisation of Systems with „OpenFOAM & ANSA“ - Performance the CFD simulations using the C++ software „OpenFOAM“ - Dealing with CHT systems (Conjugate Heat Transfer) - Derivation und implementation of the adjoit equations - Determination of topological sensitivity throughout the systems - Using of developed solver for the numerical calculations - Visualisation the results by „ParaView“ - C++/LINUX scripting to evaluate the results Show less



University of Kassel

• Higher Education
• 700 & Above Employee

• Guidance of Tutorials in Fluid Mechanics

  • Apr 2018 - Oct 2018

  - Creation of exercise materials - Teaching the subject content - Support the students and answer their questions in the office hours - Creation of exercise materials - Teaching the subject content - Support the students and answer their questions in the office hours

• Bachelor Thesis

  • Dec 2017 - Jul 2018

  Topic of the Bachelor Thesis: "optimization of pin-fin structures for the design of cooling power electronics" (Grade: 1.3) -Numerical discretisation of the Systems with „OpenFOAM & ANSA“ - Using CHT solver of OpenFOAM for the numerical CFD calculation - Employment with different turbulence models - Execution of different parameter studies - Analyzing the boundary layers of the velocity and temperature - Validation and physical analysis of the results Topic of the Bachelor Thesis: "optimization of pin-fin structures for the design of cooling power electronics" (Grade: 1.3) -Numerical discretisation of the Systems with „OpenFOAM & ANSA“ - Using CHT solver of OpenFOAM for the numerical CFD calculation - Employment with different turbulence models - Execution of different parameter studies - Analyzing the boundary layers of the velocity and temperature - Validation and physical analysis of the results

• Project Work

  • May 2017 - Dec 2017

  Topic of the project work: "thermal simulations for optimization study of semi-infinite body with OpenFOAM" (grade: 2.0) - Design of a cooling system for cooling heated surfaces. - Carrying out heat transfer research. - Numerical discretization of the system. - Definition of the boundary conditions and the material properties in OpenFOAM. - Performance of the CFD simulations using CHT solver. - Visualization and evaluation of the results. Topic of the project work: "thermal simulations for optimization study of semi-infinite body with OpenFOAM" (grade: 2.0) - Design of a cooling system for cooling heated surfaces. - Carrying out heat transfer research. - Numerical discretization of the system. - Definition of the boundary conditions and the material properties in OpenFOAM. - Performance of the CFD simulations using CHT solver. - Visualization and evaluation of the results.

• Engineering Internship

  • Oct 2016 - Jan 2017

  - Analysis and evaluation of multiphase flows - design/construct of experimental equipments with "Creo" - Examination of tube bundle heat exchangers - Programming and evaluation of measurement data with "Matlab & Excel" - Graphical representation of measurement results with "OriginLab" - creation of graphics with "visio" - Analysis and evaluation of multiphase flows - design/construct of experimental equipments with "Creo" - Examination of tube bundle heat exchangers - Programming and evaluation of measurement data with "Matlab & Excel" - Graphical representation of measurement results with "OriginLab" - creation of graphics with "visio"

• Heat Transfer – Experimental Laboratory Course

  • Jun 2016 - Sep 2016

  Topic of the course: "calibration of thermometers for power measurement of heat exchangers" Grade(1.0) - Conducting searches relating to calibration methods. - Measurements of temperatures and electrical resistances. - Documentation and evaluation of the measured data. - Graphical representation of the results. - construct / design of the experimental apparatus. - Analyze the results using mathematical methods. Topic of the course: "calibration of thermometers for power measurement of heat exchangers" Grade(1.0) - Conducting searches relating to calibration methods. - Measurements of temperatures and electrical resistances. - Documentation and evaluation of the measured data. - Graphical representation of the results. - construct / design of the experimental apparatus. - Analyze the results using mathematical methods.

• Practical Training in Mechanical Engineering (CFD-Training)

  • Feb 2016 - Apr 2016

  Topic of the training: "Fluid flow simulations (CFD) for optimization of the positon movement in the chamber of a casting process" (Grade: 1.3) - Numerical discretization of the system. - Definition of boundary conditions and material properties in OpenFOAM. - Carrying out a mesh Independence study. - Visualization and evaluation of the results. - Examination of the influence of turbulence on the results. Topic of the training: "Fluid flow simulations (CFD) for optimization of the positon movement in the chamber of a casting process" (Grade: 1.3) - Numerical discretization of the system. - Definition of boundary conditions and material properties in OpenFOAM. - Carrying out a mesh Independence study. - Visualization and evaluation of the results. - Examination of the influence of turbulence on the results.