I am currently finishing my PhD (2021-2025) on the field of collective intelligence research and swarm robotics at the Science of Intelligence Cluster, Berlin. During this programme I specialized on perception-driven approaches to model and synthesize collective behavior. I built vision-based computational models, a purely vision-based robot swarm and a spatial augmented reality system in which biological and synthetic entities can coexist and interact.

I finished my masters studies (2017-2021) at the BCCN Berlin, DE in Computational Neuroscience. During my studies I got particularly interested in the collective behavior of animals and how one could synthesize emergent phenomena in simulations or in robot swarms. After my studies I started my PhD at the Humboldt University.

I did my bachelor studies (2012-2016) at the PPKE ITK, Budapest, Hungary in Molecular Bionics Engineering. During my studies I specialized in 2-photon microscopy and microscope validation through in-vivo brain imaging. At the end of my studies I have spent a year at the Max Planck Florida Institute for Neuroscience, FL, USA as a post-bac fellow where I operated a special 2-photon microscope.

I began my career in neuroscience, collaborating with Femtonics Ltd. to validate precision imaging systems and applying microsurgical and optogenetic techniques. During a one-year research exchange at the Max Planck Institute in Florida, I validated an advanced 2-photon microscope through in vivo experiments and trained staff on-site.

I am and always have been driven by a strong interest in technology. Since 2016 I transitioned into computational work. While completing my Master’s in Computational Neuroscience, I worked over three years at medneo GmbH designing patented data and diagnostic tools to automate medical workflows, collaborating closely with developers, radiologists, and product teams.

In my PhD research, I focused on robotics and collective intelligence, engineering a vision-driven robot swarm and a mixed-reality system for human–robot interaction. I also received funding from the Berlin Senate to design and teach my own graduate-level course at TU Berlin. This gave me valuable experience in designing educational workflows, communicating complex technical content to diverse audiences, and networking internationally by inviting expert guest lecturers.

My skill set spans experimental neuroscience, software prototyping, computational modeling and engineering. I’ve worked with advanced imaging tools, biological systems, robot swarms, simulation platforms, designed practical automation tools in medical tech and built an extended reality system. I enjoy learning new technologies, bridging different disciplines, and building solutions that connect science with real-world applications.

I am interested in solving problems through learning new skills and exploring technologies. From the initial design to the working prototype my passion lies in solving problems. I am keen on advancing scientific research and applied technology in interdisciplinary contexts. I am fascinated by the human mind, by scientific advancements, engineering, and by the nature we must respect and coexist with, along with all its creatures and hidden wonders.

In my free time, I enjoy caring for plants and animals, going on culinary journeys, listening to music of all kinds, or immersing myself in nature with my hiking group. I care deeply about mental health, diversity, and equal opportunities in tech, education, and academia. I stand for the ethical conduct of research and the responsible advancement of technology. I’m dedicated to finding ways to make the human experience better and more sustainable.