Geoffroy Herbin
About Geoffroy Herbin
Geoffroy Herbin is an R&D System Architect at IBA, where he has contributed to the development of advanced medical technologies, including an operational anti-collision system and the first Large Field of View Cone Beam CT in a proton therapy room. He holds multiple master's degrees in fields such as Computer Science, Electrical Engineering, and Artificial Intelligence.
Work at IBA
Geoffroy Herbin has been employed at IBA as an R&D System Architect since 2016. In this role, he has contributed to significant projects, including the development and validation of the first Large Field of View Cone Beam CT in a proton therapy room globally. He also developed a proof of concept for an anti-collision system in Python, which is currently operational at clinical sites. His work focuses on enhancing the performance and reliability of systems used in medical applications.
Education and Expertise
Geoffroy Herbin holds multiple advanced degrees in engineering and computer science. He studied at Université catholique de Louvain, where he earned a Bachelor of Applied Science and a Master of Electromechanical Engineering. He further pursued a Master's degree in Electrical and Electronics Engineering at Oklahoma State University. Additionally, he completed a Master of Science in Artificial Intelligence at KU Leuven. His educational background equips him with a diverse skill set applicable to research and development in medical technology.
Background
Geoffroy Herbin has a solid foundation in engineering and technology, having studied at several prestigious institutions. His academic journey includes a focus on Mechatronics, Robotics, and Automation Engineering, as well as Computer Science. Prior to his current role at IBA, he worked as a Hardware Engineer at IBA and as a Consultant at MCA BENELUX, where he provided contracting services for LABORELEC. His varied experiences contribute to his expertise in system architecture and development.
Achievements
Geoffroy Herbin has made notable contributions to the field of medical technology. He played a key role in the development and validation of innovative systems, including the Large Field of View Cone Beam CT. He has also implemented solutions aimed at improving the uptime, maintainability, and modularity of Patient Positioning Verification Systems. His work demonstrates a commitment to advancing technology in healthcare settings.