Research

Designed an automatic launcher to throw projectiles at targets, for a robotics competition.

A pipeline to generate OpenStreetMap-style vector maps from very-high-resolution optical imagery.

Designed a CanSat to measure atmospheric parameters and capture flight video.

Exploring transfer learning and adaptation of large-scale vision foundation models to SAR and optical remote sensing tasks.

Designed a rocket to reach ~10,000 ft altitude and provide telemetry data.

A hybrid ship detection and segmentation system combining YOLO11 and SAM2 for vessel monitoring in Sentinel-1 SAR imagery.

A reusable modular rocket design for CanSat payloads, developed as a BSc thesis.

A cis-lunar space station concept enabling on-orbit manufacturing as a foundation for deep space exploration.

Designed and built an electric radio-controlled airplane.

A rover-carrying CanSat built for the ARLISS 'Come Back' Competition in Nevada, USA.

Designed a rover to assist astronauts on Mars, for the University Rover Challenge.

Observing the Sun, Jupiter, and satellites in the radio spectrum.

A self-built amateur telescope, one of the first steps into hands-on astronomy.