Benjamin Freret
About Benjamin Freret
Benjamin Freret is a Customer Success Engineer specializing in Lidar technology at Ouster in the EMEA region since 2021. He has a diverse background in engineering and physics, with previous roles at Leosphere and various internships in research and development.
Work at Ouster
Benjamin Freret has been employed at Ouster as a Customer Success Engineer specializing in LIDAR for the EMEA region since 2021. His role involves providing technical support and ensuring customer satisfaction with LIDAR products. He operates from Ville de Paris, Île-de-France, France, contributing to the company's growth in the European, Middle Eastern, and African markets.
Previous Experience in LIDAR Technology
Before joining Ouster, Benjamin worked at Leosphere as a Field Applications Engineer focused on LIDAR technology from 2019 to 2021. His responsibilities included application support and customer engagement on a global scale. He also held positions as an R&D Engineer at Cementys and as an intern at LEOSPHERE, where he gained experience in optics and electronics.
Educational Background
Benjamin Freret completed his Baccalauréat Scientifique at Lycée Jacques de Vaucanson from 2006 to 2009. He pursued advanced studies in physics and engineering, earning a Master's degree in Applied Physics and Electronics from ENSICAEN from 2011 to 2014. He also studied at the University of Oxford, where he participated in an exchange semester in 2013.
Technical Training and Certifications
In addition to his formal education, Benjamin has completed various technical training programs. He studied Réseaux at OpenClassrooms in 2020 and achieved a Formation in Linux programming. He also received training in Lean Management at 7 Shape school, enhancing his skills in project management and operational efficiency.
Internship Experience
Benjamin has gained valuable experience through several internships. He worked as an R&D Physics intern at the University of Oxford's Department of Physics in 2013 and as a Studies Intern at Faiveley Transport in 2012. These roles provided him with practical insights into research and development processes in physics and engineering.