Dr. Benjamin Kaiser

• Responsible for the Bachelor course: ’Ingenieurswissenschaftliche Datenverarbeitung’ / Data Engineering • Theoretical background and scientific methods are discussed as well as practical examples are processed with python • Topics: data types, data mining, data visualization, data representation, data analytics, data processing, machine learning techniques • Tools: Python, Pandas, Numpy, SciPy, MatPlotLib, scikit-learn

• ETL processes with Microsoft SQL server and Python • Database creation, design implementation and administration • Data preparation, analysis and reporting • Tools: Microsoft SQL Server, Visual Studio, Microsoft SQL Management Studio, Python, pandas, C#, Winautomation

• Tutorial applied mechanics, statics, elastostatics, dynamics, modelling materials and non-linear finite element method • Supervising bachelor and master theses • Design and implementation of E-Learning-Platform die-tm-seite.de with exercise database • Responsible for IT in working group, Linux server, backup • Tools: Python, Matlab, SQL, PHP, HTML, Java-Script, LATEX, Linux, MS Office

• Software development of a tool for the simulation of the drapability of industrial textiles. • Material characterization in laboratory. • Development of an implicit solver for unit cell models made of beam and bar finite elements, to solve unit cell models for fabrics. • Responsible for IT in working group, Linux server, backup, software installation. • Tools: Linux, Fortran, Matlab, Python, Git, PAM Crash, LATEX, ESI PAMComposite, GIMP

• Crash and safety simulation of cars. • Manufacturing simulation sheet metal forming, composite materials and RTM process. • Software trainings and software support. • Project implementation with customer. • Further education: “Basics in forming technologies” (University of Stuttgart). • Tools: PAM Crash, ESI PAM-Composite, ESI PAM RTM (ProCAST), ESI PAM-Stamp 2G, ESI VCP, GNS Animator, Perl

• Thesis: A generalized interface for coupling a unit cell model to a finite element with application to draping simulation

Specialized in lightweight design • Thesis: Wickelsimulation und Homogenisierung von glasfaserverstärkten Kunststoffrohren