Technical University of Munich
- Focus: Automation & Robotics.
- Thesis: Analyzing illustrations and figures in electronics datasheets with methods of computer vision and machine learning.
→AI Engineering Manager with a background in ML systems and backend architecture. I lead cross-functional teams shipping production AI — currently an AI agent that supports electronics design workflows.

AI Engineering Manager with a strong background in machine learning systems and backend architecture. Experienced in leading cross-functional teams and deploying production AI solutions, including an AI agent supporting electronics design workflows. Focused on translating business needs into scalable technical systems and delivering measurable product impact.
Pragmatic AI systems, healthy team rituals, and translating product intent into shippable engineering work.
Calmly, with curiosity. I write things down, prefer small reversible bets, and protect my team's focus.
From research to leadership — the path that brought me to managing engineering teams.
A growing list — both from work and from things I build on the side.
A comparative evaluation of several recent object-detection models applied to technical document analysis and graphics recognition. YOLOv7-D6 was found to be the most accurate model for classifying figures in electronics datasheets.