Ex-professional skier turned engineer, combining AI and Robotics to make technology that matters.
I grew up chasing speed—first on the slopes as a competitive skier, then in tech, where I learned that solving hard problems is just another kind of adrenaline rush.
When an injury forced me to leave skiing behind, I channeled that same drive into robotics, building and selling my first robots as a teenager.
What started as a passion for automation turned into leading AI-driven projects, launching startups, and pushing the boundaries of technology.
Whether it's programming robots, scaling businesses, or tackling complex challenges, I've always been drawn to the thrill of making things smarter, faster, and better.
Exceptional achievements across technology, business, and sports
Led InCube, securing 300K CHF revenue, partnering with AWS, ABB, Roche, Siemens, and featured in Corriere della Sera.
Built and sold robot kits to teach students coding and automation.
Founded first startup at 18, placed 2nd at StartCup, and won 5K funding.
VC at Founderful Campus, sourced 50 startups, led 2 investment committees.
Won AI for EdTech hackathon at GDCS, receiving an acquisition offer for the innovative solution.
Completed two years of university in one, graduating top 1% with a 4.0 GPA.
Left home at 13, gaining early independence and resilience.
Ranked 2nd best skier of her age at 19, competing at an elite level.
Recognized as Top 10 Computer Science student in Italy, proving technical excellence.
Interviewed at Y Combinator, the world's top startup accelerator.
Developed a Kafka microservice to streamline, automate and visualize real-time processing of billions of loan operations data points.
Developed a testing framework to evaluate 6 Schneider Electric Cobots of varying sizes for palletizing boxes of different dimensions, integrating camera-based feedback in Python for precise alignment and supporting quick end-effector swaps.
Optimized robot code and trajectory planning for Omron Delta robots, improving palletizing efficiency, while also developing a screw classification algorithm for Mitsubishi SCARA robots to automate screw kit assembly.
The tools and technologies I use to build the future
Built an AR-based indoor navigation app using computer vision.
Developed an AI-powered AR language learning platform for real-time conversations.
Created a machine-learning system to transform images into physical mosaics.