Explore the programs and courses offered by Master Materials Physics
Browse Programs Admission InformationThe master's program in materials physics is primarily aimed at preparing students for doctoral studies or a career in the materials industry. Upon completion of the program, students should have a solid understanding of the different classes of materials and their key properties, as well as the methods used to create them. They should also acquire a thorough understanding of the experimental techniques for characterizing materials. Students will be expected to demonstrate proficiency in the physical properties of solids, as studied through quantum mechanics, including electronic, optical, elastic, thermal, dielectric, and magnetic properties. The program enables students to comfortably manipulate calculation codes for solid properties and engage with innovative materials, such as nanomaterials and their technologies. The program concludes with an internship in a research laboratory, aimed at evaluating both the acquisition of knowledge and the student’s ability to pursue doctoral studies, while also assessing their potential for future recruitment as a doctoral candidate.
· Materials Science
· Material Fabrication
· Crystalline Symmetry and Group Theory
· Advanced Quantum Mechanics
· Statistical Thermodynamics
· Thermodynamics of Solids and Diffusion in Solids
· Experimental Characterization Techniques I
· Physical Metallurgy
· Physics of Semiconductors and Superconductors
· Electromagnetic Wave-Matter Interaction
· Density Functional Theory Applied to Solids
· Elastic and Thermal Properties of Solids
· Experimental Characterization Techniques II
· Computer Programming
· Advanced Materials
· Dielectric and Optical Properties of Solids
· Magnetic Properties of Solids
· Simulation using Monte Carlo Methods and Molecular Dynamics
· Calculation Codes for Solid Simulation
· Nanotechnology
The program spans four semesters (S1, S2, S3, S4), totaling 120 ECTS credits. It is structured around key Units of Study (UE):
· UEF (Fundamentals): Core theoretical courses in the sub-disciplines of materials physics.
· UEM (Methodology): Laboratory practical work, techniques, safety, and data analysis.
· UED (Discovery): Complementary subjects such as Nanotechnology.
· UET (Transversal Skills): Essential skills including English, computer science, research methods, and documentation.
The 4th semester is entirely devoted to the final research project, internship, thesis preparation, and defense.