BMW
Designed and developed a vehicle analysis tool that improved workflow efficiency for 2,000+ analysts worldwide, validated through user feedback and interviews.
Fraunhofer USA CMI
Developed and designed machine control software for a fuel-cell inspection system, enabling real-time measurement visualization for operators using C++ and Microsoft Foundation Classes.
Fraunhofer IPT
Designed and developed a cross-platform mobile smart factory app optimizing operator workflows and streamlining production data management.
WebWriter - Branching Scenario
I designed and developed the Branching Scenario widget for WebWriter, enabling non-linear, adaptive learning experiences. Guided by Norman’s human-centered design, I ran user research and iterative testing to ensure usability. Built as a TypeScript web component with Lit.dev.
Light Rig Controls
As part of a university course, I designed a UI/UX solution for lighting technicians, covering the workflow from inventory planning to live concert control. I created a high-fidelity Figma prototype that streamlines stage lighting management with an intuitive, performance-optimized interface.
ARPen
In my Bachelor’s thesis, I extended ARPen, an AR-based CAD tool by the Media Computing Group at RWTH Aachen. I improved object manipulation by implementing new rotation and scaling methods and added an undo/redo system for greater control. The app, built with Swift, UIKit, and OpenCascade, enables users to create and export true-to-scale CAD models in real-world surroundings.
