eMATI research focuses on novel nano- and microtechnologies to boost the performance of electrochemical systems developed for ad hoc applications. These engineered platforms will have enhanced performance for therapeutic purposes (high and stable molecular loading, rapid and controlled therapeutic release) and for sensing (high selectivity, specificity and sensitivity, fast time-response, excellent measurements reproducibility and signal stability).  Considering the huge demand of curved, stretchable and biodegradable platforms for health monitoring, another goal of eMATI is to find new fabrication strategies to construct effectively functioning electrochemical cells on soft substrates.  eMATI designs array-based electrochemical platforms based on novel electrodes for controlling body parts and biological processes on chip.