Information and Communication
Technology and Engineering

-technologies and nanoelectronic, optoelectronic, photonic devices;
-Physics, chemical, biological, biochip, lab-on-chip, micro sensors and nanosystems;
-diagnostic techniques and advanced imaging;
– methodologies and techniques for formalisation, extraction, and knowledge management from large data pools (big data);
– software systems for the simulation/emulation of “human-like” reasoning and neuromorphic problem solving in the medical field;
–advanced techniques and environments for human-machine interaction in the medical field and cultural heritage;
–advanced techniques for the processing of tele detected data acquired from radar imaging systems;
– methodologies for the development of large amounts of remote sensing data;
– development of modelling methodologies and design of control systems for complex plants;
– advanced techniques for the synthesis of antennas;
–micro and nanometric scale magnetic systems and materials modeling;
–polarisation for microwave electromagnetic diagnostic and remote sensing applications;
– Non-stationary signal processing with applications in communications, radar/sonar and biological systems.