Defining the next generation of Automotive SiC Module Technologies Product Definition, development of Automotive Silicon Carbide Mosfets- CoolSiC Trench MOS TechnologyDesign-in of the above technology at Automotive OEMs and Tier-1sRequirement capturing and understanding the global market trends in the traction inverter business for xEVsDriving Application and Product RoadmapsProviding technical know-how to global sales and field-application engineering teams

Application notes in the field of battery modeling using the Source Measure Unit NGU201 and the High Precision Source and Sink NGM201/200 Application notes in the field of power electronics on topics such as the double pulse testInitial analysis of faults in new power supplies, preparation of fault reports and solution development together with the responsible research & development departments

Coordination of hardware and embedded software developmentResponsible for four employeesDevelopment of the concept of the power electronics and the entire energy sharing hardware according to DIN EN 61010 Safety requirements for electrical equipment for measurement, control und laboratory use, DIN EN 62477 Safety requirements for power semiconductor converter systems and equipment, DIN EN 61508 Functional safety, etc.Pre-development of an external control of the energy sharing hardware on a RaspberryPIAnalog hardware development, development of state-of-the-art measurement circuits and high-efficiency power electronics based on silicon carbideEmbedded software development of the power electronics of the energy sharing hardware, including ADC, SPIs, UARTs, Ethernet, advanced timers, state machines and control on the STM32H7BIT6 microcontroller from STMicroelectronicsDevelopment of an improved control for voltage and current harmonics of the low-voltage power systemSuccessful implementation of CE certification of the energy sharing hardware according to the Low Voltage Directive 2014/35/EUDevelopment of the energy sharing hardware according to the EMC Directive 2014/30/EU and successful execution of the required EMC tests to prove complianceFurther development and interlocking of the hardware and embedded software (C) of the energy sharing hardwareReview and continuous improvement of efficiency, stability and safety of the energy sharing hardwareManagement of external development service providersCreation of manufacturing documents and cooperation with an electronic manufacturing serviceEstablishment of a small series production of the energy sharing hardwareConstruction of several pilot plants with different forms of generation andCE certification incl. EMV conformityCircuit development of a 2.5 kW PFC converter for integration as AC/DC converter into the energy sharing hardware for cost reductionDevelopment of a control system for the PFC converter.

Planning and installation of photovoltaic systems for the supply of lighting, for the electrification of homes, for solar pumps for field irrigation and livestock, for health posts and hospitals, for school centers and drinking water treatment plantsFeasibility studies and project formulation, energy auditsOrganization of an internship on the application of renewable energies in developing countries with implementation of a project in the León areaSponsorship by the Bavarian Association for the Promotion of Solar Energy and the Heinrich and Lotte Mühlfenzl Foundation