As an Expert for AI-Driven Projects, I’m passionate about using technology to create real-world solutions. With experience in natural & data science, project development, and computer vision, I enjoy working where innovation meets practical impact.
I hold a Master of Science degree in Biophysics with a focus on AI and life sciences. My projects have spanned advanced microscopy, single-cell tracking, biosensor development, drug discovery and robotics. I have skills in software development, hardware prototyping, and data analysis. I'm proficient in Tensorflow and Pytorch and have plenty of experience in computer vision (Camera Calibration, Instance Segmentation, Feature Extraction, Tracking, Visual Odometry). I know how to set up complex laser systems and how to control robots. I also have expertise in Biophysical methods. I'm always eager to learn new technologies and apply them to real-world problems.
Prototyping is where I truly thrive, and I've had the chance to explore it across various projects. Whether it's software or hardware development, in fields like life sciences and healthcare, working on everything from microscopes to robots—I've done it both in teams and solo. What excites me most is seeing daily progress and the thrill of experimenting with new ideas in the Makerspace. It’s my favorite playground for innovation. Here is a selction of my projects: Work-Examples.pdf
As a Software Developer, I love working with sensor data. Transforming measurements into useful information is the key for decision-making. Developing models that can transform the sensor data into robotic actions, is the best way to substitute subjective human decisions with objective machine decisions and it guarantees reproducibility.
My passion for hardware started early. Repairing anything broken around the house, from electronics to bikes, mopeds, and cars. That hands-on curiosity followed me into the lab and beyond. I've since worked on advanced laser systems for microscopy, built web-controlled robotic arms, and developed a glucose biosensor for diabetes detection. I’ve also taken on fun and educational projects like creating a lensless microscope, a person-tracking drone, and plenty of smaller side projects just for the joy of building and learning.
In my freetime, I enjoy making YouTube Videos or working on projects for my entertainment.
I take great pride in knowing that my projects lead to meaningful results for others. Some of my work has received recognition from TU Dresden and other institutions, including our hydrogel-based Wunderband , which supports the healing of chronic wounds. These achievements are incredibly rewarding and inspire me to keep pushing the boundaries of my capabilities.
