Upgrading a service for accessing and storing data for sub systems of the data acquisition to take advantage of new technologies.

Involved in the Department of "Advanced Industrial Management", specializing in industrial robotics. Developed algorithms for motion path analysis and intersection detection in human-robot schedules using Python/C++. Contributed to SAMY project for control program modification and ProViPer project for semi-automatic programming of robot cells. Lead author of "Development of Graph-Based Translation From BPMN to Executable Sequences for Industrial Robotic Systems" and co-author of "How grey wolf optimization effects remanufacturing."

Managed requirements engineering for web-based GUIs, implemented video stream transmission (WebRTC, GStreamer), and contributed to neural network evaluation. Implemented nodes in a ROS framework-based application using Python. Continued development on the management platform for embedded systems.

Led conceptualisation, development and maintenance of a management platform for embedded systems with an interactive map. Executed frontend development (React, Redux, Typescript), backend development (C++, Typescript, MongoDB), and Jest testing.

Contributed to the implementation of new features in a large-scale ÖBB application using Java and played a role in conceptualizing a new version in Typescript. Worked collaboratively across the systems development lifecycle, from gathering requirements to production release. Upgraded outdated code bases to modern development standards.