Addressing the pressing demand from reproductive biologists, gynecologists, and patients to optimize IVF success.
"THERE IS ONLY ONE THING THAT IS REALLY IMPORTANT IN AN IVF LABORATORY :
EVERYTHING"
We've built a highly experienced team with complementary expertise in reproductive biology, microrobotics, microfluidics, AI, and management to address the complex challenges of IVF
Bringing over 30 years of experience in the healthcare industry and innovation ecosystem, Éric has held key positions at Sanofi-Synthé labo, Genopole, and FabLife. He earned a PhD from the CNRS and an MBA from KEDGE Business School (Marseille). He has actively contributed to the creation and development of several healthcare start-ups.
With over 10 years of experience in microrobotics applied to reproductive medicine, Edison combines advanced engineering skills with a strong focus on healthcare innovation. Awarded the Best Robotics Thesis in France in 2020, he is a trained mechatronics engineer and reproductive biology. He also holds a business education from INSEAD and HEC.
With over 10 years of experience applying biophysics to healthcare, Florian has developed strong expertise at the intersection of physics, biology, and medicine. He holds a PhD in Physics from Sorbonne University, with several scientific publications, for instance in Nature, and has contributed to several transfer projects focused on innovative therapeutic technologies.
With over 13 years of experience in microfluidics for the manipulation of living cells, Reza brings deep expertise in the design and integration of microsystems for biological applications. He holds a PhD in Physical Chemistry from ESPCI Paris and is the author of 12peer-reviewed publications and co-inventor on 3 patents. His work has been recognised with the i-PhD Award (2022)
Engineer from Junia Ingénieurs – ISEN Lille, Noémie joined us as a Software Research Engineer. Prior to that, she gained hands-on experience in robotics software development through R&D roles at Osiris Agriculture and SolarCleano, where she contributed to the design and implementation of autonomous robotic systems.