Core Development for SAP Cloud Platform

Data Ingestion and Data Flow Processing for IoT and Big Data Applications

Energy and Charging Management for Electric Vehicles- Development of a cloud solution for the management of charging processes- Evaluation and implementation of the Open Chargepoint Protocol (OCPP)- Electric vehicle integration in energy markets (Research)

Research on Energy Harvesting- First creation of a selfsufficient frequency adaptive vibration energy harvester- Lead of a small team, consisting of Master, Bachelor and Workingstudents- Design, calculation and simulation of vibrating structures under axial mechanical load- Fabrication of multilayered piezoceramical structures for energy harvesting with integrated actuators for resonance frequency tuning- Development of highly efficient electrical circuits for the self sufficient tuning of vibrational energy harvesters- Programming of Microcontrolers for efficient frequency tuning with learning abilities- Implementation/Installation of a fully automated test stand for the evaluation of frequency tunable energy harvesters.- Laser structuring of piezoceramics, steel and other materials- FEM-Simulations of mechanically prestressed resonators- Polymer and silicone casting- Design and construction of different components with Solidworks

Analysis of chemical reactions on a quantum level- Design, simulation and testing of an optical multipass-cell for the temporal extension of strong laser pulses at a specific position- Development of a GUI for live analytics on ongoing Molecule-Ion scattering experiments (using C++ and ROOT)- Preparation of a pulsed Nd:YAG- Laser and a Dye-Laser for spatial alignment of Molecules prior to scattering- Analysis of Methyliodide in strong laser-fields (alignment and decomposition)- Execution of Ion-Molecule-Scattering experiments in ultra high vacuum- Velocity Map Imaging of Ions with a suitable ion optic- Optimization of piezoelectric valves- CAD-Design and construction of different components (Solidworks)- Generation and controlling of ion-beams and molecular beams

Development of efficient optical frequency doublers- Clean-Room processing of Lithium Niobate Chips (lithography, physical vapor deposition, ion implantation, tempering, cleaning)- Testing and Evaluation of light guides on a teststand