I am a dedicated research scientist with a strong background in artificial intelligence, robotics, and automation systems. With a degree in electrical engineering and telecommunications, my academic focus was in automation technology, which laid the foundation for my work in cutting-edge AI-driven solutions.

Over the years, I have contributed to high-impact projects with Siemens, Bosch, and Daimler in the fields of driver assistance systems and autonomous driving. Currently, I am a key member of the AI competence team at the Center for Solar Energy and Hydrogen Research (ZSW). My work includes developing AI models for wind and photovoltaic forecasting, creating digital twins for quality assurance and virtual sensor systems, and optimizing electrode manufacturing in battery research.

One of my most rewarding endeavors has been the development of an autonomous detection system for protected birds of prey, designed as an anti-collision solution. This project has allowed me to combine expertise in mechatronics, robotics, and image recognition using AI to address a critical environmental challenge.

Key Skills and Expertise:

• Artificial Intelligence (Python expert)
• Robotics and Mechatronics
• Automation Systems and Control Engineering
• Tools and Programming: MATLAB/Simulink, Linux, C++, Java

Beyond my professional pursuits, I am passionate about photography, video editing, and music production. These creative outlets not only enrich my personal life but also inspire innovative approaches in my technical work.