At Brandenburg Technical University, I work on virtual engine development using artificial intelligence methods with Rolls-Royce. My research includes neural networks for streaming data and a pipeline for compressing and reconstructing numerical data for virtual reality visualization.
I also work on training neural networks with high-volume, high-frequency numerical data and integrating virtual reality for scientific visualization. The work includes concurrent simulation and neural-network training.
At Siemens Energy AB, I developed a FORTRAN 95 nearest-neighbour search algorithm for mapping 3D CFD data from high to low resolution. I also made the algorithm compatible with high-performance computing resources.
At Accenture, I developed Python backend software and REST APIs for the Data Catalogue, and contributed to vulnerability fixes. I helped automate more than 50% of the corresponding release and worked on the Accenture INTIENT Platform, graph-database data management, and Google Cloud deployments.
