The Ph.D. Course in Mathematical Models for Engineering, Electromagnetics and Nanosciences is aimed at preparing young graduated students to perform theoretical and applied research in the fields of Mathematics, Electromagnetics and Material Sciences. The program aims also at the development of scientific interaction between mathematics and applications. Indeed mathematical modeling is actively employed in methods and problems studied in all curricula; for instance, in mathematical modeling of electrical conduction in biological materials with microstructure, and in the study of propagation of electromagnetic non-uniform waves in lossy media. On the other hand electromagnetics and materials science share the interest in innovative materials and systems (artificial materials, metamaterials, composites, nanostructured materials and components, photonic crystals, plasmonics, biological systems). The investigation of new materials can be carried out through the interaction of the electromagnetic radiation (in a wide spectral range) and matter, by means of advanced optical and electronic spectroscopies. In fact electromagnetics and materials science share many techniques for analysis, simulation and characterization of the properties of such materials and systems, while the interest in their construction is specific to materials science.