Hardware implementation of biosignal processing algorithms in FPGA (Field Programmable Gate Array) reconfigurable devices. Development of software tools for the fast migration (Rapid Prototyping) of certain computer-based algorithms to their hardware implementation in stand-alone electronic devices (embedded systems).

Electronic devices design and programming for the process automation in the industry. Equipment based on Programmable Logic Controllers supported by Human Machine Interface (HMI) systems, SCADA, industrial vision equipment, robotics, etc. Development of automated manufacturing and production systems using the technologies necessary for optimum factory operation. Applications in water treatment (drinking and waste water), automobile manufacturing and their components, food, and chemical processes (pharmacology, petrochemistry, cosmetics).

Obtaining new specific parameters for the diagnosis of pathologies by processing biosignal recordings in humans and test animals. Risk prediction of sudden death (malignant arrhythmias or heart attacks). Support systems for neurosurgery through the analysis, prediction and detection of pathologies by means of intracerebral MER and cortical EEG recordings.