Selected work

Projects built to move.

Robotics, autonomous systems, control research, and embedded development—from simulation through physical validation.

Autonomous systems2025—2026

Bosch Future Mobility Challenge

Autonomous Vehicle Platform

Migrated legacy ROS 1 components to ROS 2 and contributed to embedded sensor interfaces, hardware integration, and localization combining vehicle, visual, and map-based odometry.

  • ROS 2
  • STM32
  • Isaac ROS
  • Gazebo
Semi-finalist team
Control research2023

BSc Thesis

Sensorless Magnetic Levitation

Designed, modelled, and experimentally validated a 1-DOF magnetic-levitation system using a vibrational-control strategy.

  • MATLAB
  • Simulink
  • JMAG
  • SolidWorks
Computer visionCurrent

University of Padua

Synthetic Lane Following

Developing a vision-based lane-following system using domain-randomized synthetic data and evaluating sim-to-real transfer.

  • Isaac Sim
  • Python
  • Computer Vision
Planetary roboticsCurrent

Project Morpheus

Planetary Rover Systems

Evaluating 3D LiDAR and GNSS sensors and developing simulation-ready URDF models within the Control Systems and Navigation group.

  • LiDAR
  • GNSS
  • URDF
  • CAD