Lausanne, Vaud, Switzerland
I lead MIROS, an EPFL spin-off dedicated to revolutionizing how people use and interact with workspaces. We're pioneering adaptive environments that transform any office into a flexible, dynamic coworking space and extending this vision to innovative connected spaces in premium locations like train stations, airports, and business centers. Driven by my passion for technology and entrepreneurship, I've launched multiple ventures, leveraging my PhD in origami robotics to develop solutions that meaningfully enhance lives and reduce environmental impact. Through MIROS, my mission is to optimize spaces for greater flexibility, comfort, and sustainability, empowering humans while minimizing our footprint on the planet.
I lead the vision and team at MIROS to redefine the way we use workspaces, creating intelligent, adaptive, and connected environments. We develop innovative solutions that transform any office into a flexible and interactive space, integrating seamless virtual connectivity and smart physical interactions. My goal is to optimize space usage, enhance human experiences, and reduce environmental impact by maximizing flexibility and minimizing the need for additional space.
I launched a SaaS for Swiss administration to manage construction procedures and lead the technical development as well as took part in the strategy and outreach.
I started a research project taking advantage of modular robotic surfaces at various scales to create human interactive surfaces that can make a complete artificial environment physically interactive and immersive. This project lead me to publish a set of scientific journal papers and a patent.
I was an early employee in a startup aiming at revolutionizing the construction industry through 3D concrete printing. I was author of a patent later used to build prototypes.
Master Thesis on Experimental Robotics in the Expeditionary Robotics Lab Supervised by Prof. Samuel Felton