Born in Turin in 1999, I've always been passionate about technology and its potential to improve and simplify our lives. During high school I explored 3D modeling, 3D printing, and industrial automation, experiences that shaped my hands-on approach to building technology. After graduating in ICT, I specialized in developing both native and web applications.
Today I work as a robotics software engineer and full-stack developer, building the software layer that makes complex robotic systems controllable - from cross-platform mobile apps to embedded firmware, from real-time backend services to the robot programs running on the factory floor.
For several years I have also taught robotics and automation in high schools. Sharing knowledge is something I truly value, because inspiring and empowering the next generation of innovators is incredibly rewarding.
Outside work, I build things for the joy of it. I've written firmware for a robotic hand, designed aerodynamic fairings for World Cup speed skiers, hand-wired a custom keyboard with a plasma-cut inox frame, and built software to manage my own 3D printing workflow. Spanning firmware, mechanical design, and full-stack software in the same weekend is normal for me - and that maker habit is what keeps my engineering instincts sharp across the entire stack. Alongside this, I've been involved in social initiatives, including volunteering at the GO oratory in Grugliasco (Turin), because I believe technology and community go hand in hand.
- Architected and shipped a cross-platform mobile app (Flutter/Dart) as mobile engineer, managing the full release lifecycle on mobile devices
- Built RESTful APIs and web dashboards (NestJS, React) for real-time monitoring and control of robotic systems via MQTT and WebSockets
- Designed communication layers between backend services and robot controllers, handling real-time command dispatch and state synchronisation
- Developed ESP32 firmware in C++ with Bluetooth Serial protocol for custom coin-reader hardware, bridging embedded and backend systems
- Containerized services with Docker, enabling reproducible deployments across different client environments
- Implemented MCP servers and RAG pipelines to automate internal workflows and reduce manual operations
- Commissioned and programmed industrial robots (KUKA, ABB) on client sites, directly informing software interface design with hardware constraints
- Accelerated hardware iteration through rapid prototyping with 3D printing and Fusion 360
- Taught robot programming, configuration, and motion simulation (RoboGuide) to mixed technical audiences
- Conducted cycle-time analysis and optimization exercises in simulated industrial environments
- Supported candidates through FANUC Robotics Certification preparation and assessment
- Delivered robotics curriculum to 500+ students, covering fieldbus and I/O communication protocols
- Designed and ran e.DO Learning Lab sessions for hands-on robot operation and programming
- Developed and delivered teacher training and assessment programmes to standardise delivery quality
