Dr. Thomas Haberkorn

Projektleitung für Entwicklungsthemen im Bereich Internet of Things. Auslegung Aktorik&Sensorik im Ventil- und Kompressorenbau für automotive und medizinische Anwendungen (CNG, LNG, Atemschutz). Softwareentwicklung und PCB Design. FEM Berechnung in ANSYS Workbench. --- Project manager in R&D. Design and calculation of electromechanical components in the field of alternative automotive fuels (CNG, LNG). Firmware and software development. Design of components using finite element method (ANSYS Workbench).

Research using numerical modeling and simulation. Software development and project management in the construction of testbed equipment. Design of experiments and optimization of model parameters. Statistical tests for validation of experimental equipment. Scientific publications in the field of Systems Engineering, title of dissertation: "`Aircraft separation in uncontrolled airspace including human factors"' in the area of autonomous navigation and human machine interaction.

Development of methods to lower the cost of producing a high vacuum for liquid hydrogen storage. Simulation of heat conduction and gas dynamics, validation through mass spectroscopy. Design of experiments and optimization of model parameters.

Human factors, autonomous flying/driving

Emphasis: Production and material engineering, Workshop training, cost calculation and production planning. Final thesis in Production Maintenance (commendation).