The Farmbot (https://farmbot.io/) is a robot capable of managing a vegetable surface measuring 3 meters by 1.5 meters. Interventions (sowing, watering, fertilisation, weeding) are managed independently because they are programmed to meet the needs of the plant while limiting water and inputs while eliminating physical hardship. It is entirely based on open source technologies and all assembly plans and software are available online. Developed in California, it was intended for private gardeners, but the project plans to divert and improve it to make it an educational tool on changing practices and developing digital skills in agriculture. Indeed, the development of automation and robotics will revolutionise tomorrow’s agricultural production techniques. To initiate this change, agricultural education must equip itself with these technologies and confront students and teaching teams with the programming and manipulation of connected tools. At the same time, agro-equipment must convince young electrotechnicians of the level of technicality of the agricultural trades and the opportunities that can be offered to them. Professionals must also invest in the formulation of the needs and the work to be carried out on new technologies and support the evolution of training benchmarks.For this project, we plan to acquire 20 Farmbot robots as a kit to study their design, make them an educational tool and launch a series of technical, computer, electronic and agronomic experiments. It will mobilise agricultural and technical educational institutions as well as engineering schools and the horticultural sector in order to combine views and experiences while focusing on self-learning. The Farmbot is enriched by and for an Open Source community, pedagogical teams, students and horticultural advisors will integrate this dynamic and contribute to the work conducted worldwide on the Farmbot. The process will be punctuated by the organisation of Hackathon between establishments and days of exchange with professionals.From the Californian kit, the project plans to bring changes to the tool to adapt it to Norman climate and cultural conditions. Students will be able to learn about the principles of R & D and conduct trials with research teams and professionals in the horticultural sector. The proposed technical improvements will also lead to increased autonomy (associated with solar panels or water recovery tanks), efficiency (sensors, database of species managed by the tool) or increase yields produced on small plots. The only French FarmBot have been acquired and designed as part of this project, it strengthens Normandy as a forerunner region on digital. Moreover, the miniature character of the Farmbot (3 m x 1.5 m) is conducive to demonstration and transfer of knowledge. Several awareness-raising events and days will be organised throughout Normandy. The aim will be to show to the general public and to agricultural professionals how digital technology can both reduce the hardship of work, limit the environmental impact of agricultural production and improve its productivity.