• Development and implementation of the architectural roadmap for state-of-the art, latest-generation application tools for pipeline integrity testing• Management of end-to-end product lifecycle, from raw data acquisition to customer reporting• Quality and compliance assurance of customer-oriented solutions, ensuring adherence to official regulations and standards• Performance assessment and validation of the latest in-line inspection tool fleets at ROSEN, planned for… Show more • Development and implementation of the architectural roadmap for state-of-the art, latest-generation application tools for pipeline integrity testing• Management of end-to-end product lifecycle, from raw data acquisition to customer reporting• Quality and compliance assurance of customer-oriented solutions, ensuring adherence to official regulations and standards• Performance assessment and validation of the latest in-line inspection tool fleets at ROSEN, planned for implementation in near-future commercial pipeline integrity evaluation• Cross-functional collaboration facilitation to streamline product functionalities and supporting the rollout through internal training programs and workshops Show less

• Provided integrity verification services for gas and oil pipelines, through efficient in-depth data analysis via electromagnetic acoustic transducer (EMAT) and magnetic flux leakage (MFL) detection techniques• Offered technical support and software testing for the R&D department on the validation of the latest ROSEN technology• Created e-learning modules for comprehensive instructions on new data evaluation software updates

Ph.D. research project on the topic of Laser-Particle Acceleration. This work was oriented to the modelling, understanding and optimization of laser-based proton accelerators using micrometer scaled cryogenic hydrogen targets, towards their applicability in realistic cancer therapy scenarios by means of high performance, highly parallelized computational simulation.

Assistant teacher for Advanced Physics Lab course (Laborpratikum III) to Physics students at TU Dresden

M.Sc. research project on the topic of Laser-Plasma Interaction. It involved a computational-oriented study of the interaction between ultrashort laser pulses with nanometer-scaled titanium foils, associated plasma diagnostics and field enhancement effects, for validating experimental campaigns on high-frequency imaging techniques.

Internship at Institut für Quantenoptik at LUH, on the topic of production of high intensity, ultrashort laser pulses and their temporal and spatial characterization