I graduated from the Purpan engineering school in 1997 with a PhD thesis defended in 2017 on the definition of an Life Cycle Assessment allocation method by coupling product and process parameters for the assessment of waste-based products, with an application to sludge-based phosphate fertilizers. My research activities focus on the environmental impact assessment of robotic solutions and agricultural equipment for the agroecological transition using Life Cycle Assessment. I am involved in several national research projects (ANR, PEPR, ADEME...) to develop methodological approaches for assessing the environmental sustainability of agricultural and robotic technologies as a lever for agroecological transition. I co-lead the EcoEfficiency working group of the Robagri association and the “Robotics and sobriety” priority action of the Robotics Reasearch Group (https://www.gdr-robotique.org/).

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