Micro and nano electronic systems

• Agritech: Sensors system for plant health monitoring
  
• Agritech: Smart irrigation systems
  
• Agritech: Tracking system for the food chain
  
• Bio-inspired electronics for robotics and biomedical applications
  
• Circuit architectures: Implementation and statistical characterization of high efficiency true random number generators (RNGs) for cryptographic applications
  
• Circuit architectures: Logic-in memory computing
  
• Digital architectures for bio-inspired processing
  
• Embedded systems: Circuits, systems and algorithms for low-power signal processing in IoT nodes implementation
  
• Embedded systems: Design, analysis and control methodologies for switching power converters with improved compatibility properties
  
• Hardware and Software solutions to reduce the electromagnetic emission of power modules
  
• Health&bio: Bio-inspired wearable electronic systems for human motion applications
  
• Health&bio: Circuits and systems for wireless implantable biomedical devices
  
• Health&bio: Vital signs acquisition systems for cardiovascular and cognitive evaluation
  
• Integrated current sensors for smart power applications
  
• Micro&nano electronic systems for life sciences
  
• Micro&nano sensors: Molecular sensing
  
• Micro&nano sensors: semiconductor sensors
  
• Micro-for-Nano (M4N) Systems for Single Molecule Sensors and Molecular Electronics
  
• Monitoring systems for improving efficiency and welfare of residential buildings
  
• Nanocomputing: Advanced semiconductor field effect transistor process simulation and device modelling
  
• Nanocomputing: Hybrid technologies integration
  
• Nanocomputing: Magnetic devices and architectures
  
• Nanocomputing: single-molecule devices for logic and memory
  
• Quantum computing: Quantum architectures and applications
  
• Quantum computing: Quantum devices and technologies