System design and implementation for an in-house X-ray beamline for long-term operando investigation of chemical hydrogen storage reactors, Modeling and simulation of the beamline to analyze and optimize system behavior before physical implementation, Development of algorithmus and control software for full automation of long-term and high-troughput operando experiments, Implementation, operation, and optimization of SPS- and PLC-based control systems for experimental equipment and beamline instrumention, Integration of hardware and software interfaces (motors, detectors, sensors, sample environments) into a unified control system, Testing, troubleshooting, and ensuring reliability of automated beamline operations under extended deployment conditions, Design and implementation of data acquisition workflows to ensure reliable storage, transfer, and handling of large experimental datasets in real time, Development of online analysis and monitoring tools to provide rapid feedback during experiments, enabling automated decision-making and system optimization, Close collaboration with synchrotron groups and in-house scientists for design, commissioning, and operation of experiments, Collaboration with the INW-1 machine learning team on data handling, online analysis, design of experiments (DoE), and data categorization to enable efficient and automated evaluation of operando experiments, Collaboration with other groups, in particular at INW and Forschungszentrum Jülich, Participation in extended visits to synchrotron facilities (DESY, ESRF, or similar large-scale research facilities), Support in establishing the institute`s research infrastructure and laboratory operations