Discover our projects
PACMan - Dispositif portable pour l’analyse de la fertilité
L'objectif de ce projet est de concevoir un appareil portable à bas coût, utilisable hors des conditions de laboratoire, permettant d'effectuer les mesures essentielles de concentration et de mobilité des spermatozoïdes.
SIENA – System Interpreting Electrophysiology Networks in Agricultural crops
The objective of this project is to advance our capabilities in monitoring and interpreting plant electrophysiology through innovative technology to help increase agricultural yields and sustainability. We also want to deepen our knowledge in the electrical response of several important species in Swiss agriculture, namely tomatoes, eggplant, cucumbers, basil, raspberries and vines.
YIELD Test – Yield Improvement using ELectrophysiology Device
By extending the knowledge of previous related work, the main objective of this project is to provide new insights on plant electrophysiology that could bring direct benefit to growers in terms of optimizing the production conditions and yields.
PISA - Platform applying Intelligent Signal Analysis to gain insights to plant electrophysiology
The aim of this project is to design a multi-channel electrophysiological sensor that is able to acquire the electrical signal from plants growing in typical production condition, without a Faraday cage, and then, by applying advanced data analysis techniques to assess the potential of the information portrayed by this signal for identifying the status of a plant.