Motivated student in Industrial Robotics with a focus on power electronics and a minor degree in energy-related technologies, I have gained practical experience in performing various tasks through various jobs, internships, and training programs. Possessing a high adaptability and a keen taste for multidisciplinarity, I am capable of being autonomous, proactive, and trustworthy in fulfilling my duties.
This position at EODev was mainly focused on the realization of a digital twin of an electro-hydrogen generator for power supply applications. This position enabled me to gain a detailed understanding of fuel cell technology and its application to a complex system. This work enabled me to develop skills ranging from modeling theory to the practical physical characterization of the system.
I joined the EPFloop project in September 2023 with the aim of developing a scaled-down vessel to study electromagnetic effects at very high speeds in partial vacuum and thus continue the development of hyperloop technology. This position required me to resolve complex technical issues through effective problem-solving techniques and root cause analysis.
After joining the MAKE project of Swiss Solar Boat in September 2020, I began working on the power electronics of the boat, handling the conversion between solar panels, the battery, and the motors. Subsequently, I assumed the role of Electronics Team Leader, overseeing teams responsible for both the hardware and software aspects of the project.
Later, I advanced to the position of Chief Technology Officer of the project. In this role, I made key decisions for the project's future, transitioning towards the development of a new solar-hydrogen hybrid boat. I coordinated the various departments of Swiss Solar Boat representing 70 students to ensure each could work to their fullest capacity.
This student assistant position in the main prototyping workshop at EPFL allows me to assist students in the realization of their projects and problem-solving by providing suitable solutions and formulating improvement proposals for their prototypes. Areas covered by this position include: Mechanical engineering, machining, woodworking, electronics, programming, 3D printing, etc.
Development and implementation of prototypes and test benches for new industrial sensors, as well as the creation of assembly lines for industrial sensors. Areas covered by this position: Electronics, welding, wiring, precision mechanics, electropneumatics, etc.