Electrical Engineering

Research areas

• Analysis and characterization of electrical, magnetic e multi-functional materials, devices and systems
• Computational electromagnetics
• Electrodynamics of magnetic media
• Electromagnetic compatibility
• Interaction of electric fields and biological systems for biomedical applications
• Magnet technologies for accelerators and innovative experimental devices 
• Micromagnetism, spintronics and magnetic nanotechnologies
• Models and technologies of electro- or magneto-active multifunctional materials and devices
• Nanotechnology
• Non-destructive electromagnetic diagnostics
• Plasmas and controlled thermonuclear fusion  
• Power electronics
• Quantum technologies
• Technologies for electrical and magnetic materials

Research teams

• Analysis and Characterization of Materials, Devices and Electrical, Magnetic and Multifunctional Systems 
• Chaotic Oscillators
• Characterization and Design of Isolating Systems for Mediaum and High Voltages   
• Control Techniques for Maximum Power Point Tracking (MPPT) in Photovoltaic Applications
• Device Technology for Controlled Plasma Fusion
• External Surge in Electrical Lines
• Material Electrodynamics and Quantum Technologies
• Micromagnetism
• Numerical Modelling of Plasmas and Fusion Systems  
• University Task Force  "Search for Hidden Particles, a New Frontier for Science and Technology  at CERN" (SHiP-FED)