I translate interesting problems into well-engineered systems. Building on my Computer Science background from the
Today, this system-building focus drives my work at the frontier of agentic AI and visual data analysis. As I complete my Master’s in Data Science at the
I’m bringing this blend of research and engineering to my current visiting role at
I translate interesting problems into well-engineered systems. Building on my Computer Science background from the
Today, this system-building focus drives my work at the frontier of agentic AI and visual data analysis. As I complete my Master’s in Data Science at the
I’m bringing this blend of research and engineering to my current visiting role at
Winner of the IEEE VIS 2025 VISxGenAI Challenge. An agentic system addressing the trade-off between speed and reliability in data analysis. By combining AI for creative tasks with deterministic modules for visualization, it generates both explorable reports for readers and verifiable notebooks for analysts. This hybrid approach explores a more transparent and adaptable model for human-AI partnership in generating insights.
An exploration into humanizing vehicle telemetry. The project addresses the challenge of translating vast streams of raw automotive data into meaningful, intuitive experiences for drivers, moving beyond mere numbers to provide actionable insights for safer and more efficient mobility.
A flexible constraint-based system that addresses the rigidity of automated visualization tools. By modeling design expertise as a set of logical rules, it helps researchers and practitioners create effective charts without deep design knowledge. Its core innovation is a renderer-agnostic format, democratizing visualization by making expert knowledge computational and extensible.
Won 1st place at the VISxGenAI Workshop challenge at IEEE VIS 2025 for my agentic system for visual reporting.
Received the Research Award for Students from the
Arrived in Abu Dhabi to begin my visiting role at
My work on an agentic system for visual reporting was invited for presentation at the VISxGenAI Workshop at IEEE VIS 2025.
My research on the alignment of human and AI perception in visualization was accepted for presentation at IEEE VIS 2025.
Began a freelance engagement with a leading US AI lab, focused on enhancing the agentic software engineering capabilities of their models.
Got invited for a visiting role at the Human-Computer Interaction department of
Made the difficult decision to leave
Received the Best of the Best award from the
Showcased
Presented the redesigned
Presented our short paper on Draco 2 at IEEE VIS 2023 in Melbourne, Australia, and spent a week engaging with the international visualization community.
The PLUTO platform was officially launched at the World Health Summit in Berlin.
To align my studies with my professional focus, I transitioned to the Master’s in Data Science program at the
Presented our Draco 2 research on automating visualization recommendation with Answer Set Programming at the
Married after seven years together.
Assumed the role of Lead Developer at
Delivered a technical talk on code generation and metaprogramming in
Won the hackathon at the FlutterVienna meetup, receiving tickets to the WeAreDevelopers World Congress in Berlin.
Began my Master’s in Computer Science at the
Began a collaboration with the Political Science Department at the
Graduated with a Bachelor’s in Computer Science from the
Awarded the Merit Scholarship from the
Contributed to the Draco visualization project to support an integration for my BSc thesis project. This led to an invitation from @domoritz to join the Draco 2 research collaboration, beginning a weekly exchange with researchers from
Transitioned to a full-time, full-stack developer role at
To deepen my expertise in frontend development, I joined
Joined the
Relocated to Vienna to begin my Bachelor’s in Computer Science at the
Graduated from the IB Diploma Programme with a score of 42/45, setting a new school record at the time and achieving its first 7 in Higher Level Mathematics.
My
As a team of two, we advanced to the finals of the
My project on the interactive visualization of graph algorithms was selected for the national finals of the 28th Youth Scientific and Innovation Talent Search Competition. This included the opportunity for mentorship with physicist Norbert Kroó at the Institute for Particle and Nuclear Physics.
To make complex graph algorithms more accessible, I developed a framework in
Achieved first place in the opening round of
Awarded a full scholarship to the IB Diploma Programme, specializing in Higher Level Mathematics, Computer Science, and German.
Wrote my first line of code with Swift Playgrounds. Having previously studied several human languages, I found a similar and compelling structure in programming, shifting my focus to this new form of problem-solving.
After a 12-year journey in competitive basketball, culminating in several medals in national youth championships, I decided to redirect my focus toward academic and technical challenges.