• Numerical Modelling and Optimal Design of Electromagnetic Devices
• Low-frequency electromagnetic fields
• High-frequency electromagnetic fields analysis and waves propagation;
• Methodologies for electro-thermo-mechanical processes simulations in power integrated circuits and electronic packages
• Simulation of electrochemical processes
• Convection diffusion and mass transport for electroplating (decorative and functional),
• Electrochemical machining, anodization, and corrosion

• Pre-compliance and compliance tests for conducted and radiated disturbances (emissions and susceptibility) according to the IEC 61000 standards.
• Electromagnetic field assessment in vicinity of power lines and high voltage substations for compliance with the EMC EU Directive.
• Analysis of the electromagnetic interferences generated by HV lines/cables on neighborhood metallic structures.

Development, testing and validation of system complexes and technologies for the advanced recovery of materials from Waste Electronic IT and Telecommunications (WEITT)