Florence Binet
About Florence Binet
Florence Binet is a Radiation Safety Manager with extensive education and experience in the field of radioprotection and nuclear physics. She has worked in various roles, including as a Responsable EHS & SCP at NTP Radioisotopes and as a Research Assistant at UMONS.
Current Role at IBA
Florence Binet serves as the Radiation Safety Manager at IBA, a position she has held since 2016. In this role, she is responsible for ensuring compliance with radiation safety regulations and protocols. Her work involves assessing and mitigating risks associated with radiation exposure in various settings. Binet's expertise contributes to maintaining a safe working environment for employees and clients at IBA, located in Louvain La Neuve.
Education and Specializations
Florence Binet has a comprehensive educational background in physics and radioprotection. She obtained a Bachelor's degree in Physics from UMONS, followed by a Master's degree in Nuclear and Particles Physics from the same institution. Additionally, she studied radioprotection at Université catholique de Louvain, earning a certificat. Binet also completed a specialization in ADR classe 7 in 2015 and achieved a niveau II qualification as a conseiller en prévention from Vidyas.
Previous Work Experience
Prior to her current role at IBA, Florence Binet held several positions that enhanced her expertise in radiation safety and environmental health. She worked as a Research Assistant at UMONS for one month in 2012. From 2013 to 2016, she served as Responsable EHS & SCP at NTP Radioisotopes (Europe) S.A in Fleurus, Belgium. Binet also completed an internship in medical physics at Cliniques universitaires Saint-Luc in 2011.
International Studies
Florence Binet has pursued international studies to broaden her knowledge and skills. In 2009, she studied at Stockholm University for 11 months. This experience contributed to her understanding of global practices in physics and safety management. Her diverse educational background supports her current role in radiation safety management.