The PhD Course in Electrical, Materials and Nanotechnology Engineering is established with the scope of creating a truly multidisciplinary third education level, targeted at the study of research topics in the following engineering sectors: - electrical engineering, with particular emphasis on renewable electric energy sources, risks associated with conducted or radiated electromagnetic interference, electrical machines and drives, power electronics, electric vehicles, sustainable electric mobility, sensing technologies, soft robotics with electrostatic-electrofluidic actuation, electromagnetic compatibility, environmental electromagnetic impact, and techniques and methodologies for electrical and electromagnetic measurements; - engineering of raw materials for the study and enhancement of primary and secondary raw materials, development and application of advanced technologies for material recycling, promoting the sustainable use of resources and the principles of the circular economy; - materials engineering for applications, technologies, and industrial production processes in mass production sectors such as automotive, railways, construction, marine, aerospace, and space, with particular attention to eco-sustainable and circular processes and materials. Another field of focus is cultural heritage, with particular reference to the diagnostics and preservation of cultural assets, including artistic and architectural material heritage; - engineering of micro- and nano-scale technologies for the development and characterization of new materials, devices, and multifunctional components for industrial applications. The Doctorate addresses the training needs of high-tech companies operating in various industrial sectors and in electrical engineering. The training intended for doctoral candidates focuses on initiating them into applied research and technological development, starting from the integration of fundamental topics to the new frontiers of science in the specific field of research, identified in agreement with the Tutor assigned to each candidate. The Doctoral program is organized into three educational curricula: Electrical Engineering, Materials Engineering and Raw Materials, and Nanotechnology Engineering.