Explore the programs and courses offered by Physics of Materials
Browse Programs Admission InformationThe Master of Science in Physics of Materials, situated within the broader field of Materials Sciences, provides students with advanced academic instruction in pivotal areas. This specialized degree program aims to develop a pedagogical and research program that enables students to gradually learn various concepts and techniques in materials physics, leading to mastery of the specialty's tools and preparing students for scientific research.
Pedagogical monitoring and evaluation will be carried out by semester coordinators and pedagogical unit managers. Periodic meetings of pedagogical committees involving teachers and student representatives will ensure the smooth implementation of this program.
Through this program, students acquire comprehensive training, empowering them to excel in fundamental, applied, and interdisciplinary research endeavors. The curriculum is designed to augment students' foundational knowledge in Physics of Materials, cultivate their expertise, and prepare them for careers in both academic research and the technological industry.
Semester 1
- Advanced Quantum Mechanics
- Solid-State Physics
- Semiconductors and Components
- Methods of Analysis and Characterization of Solids
- Numerical Physics 1
- Solid-State Physics Laboratory 1
- Biomaterials and Polymers (or Microsystems)
- Language 1
Semester 2
- - Physics of Thin Films and Nanomaterials
- Semiconductor Technology
- Group Theory and Symmetry in Physics
- Radiation-Matter Interaction
- Numerical Physics 2
- Solid-State Physics Laboratory 2
- Introduction to Research Methodology and Bibliography
- Language 2
-Structural and Physicochemical Analysis Methods of Thin Films and Nanomaterials
- Defects in Solids
- Vacuum Techniques and Fabrication of Thin Films and Nanomaterials
- Diffusion in Solids
- Research Methodology
- Materials and Applications
- Nanotechnology
- Language 3
- Research Thesis or Industrial Internship (Semester 4)
- Entry Level: Bachelor’s degree (Bac +3) in physique or closely related fields.
- Additional Criteria:
- Strong motivation for Condensed Matter Physics development.
- Academic merit and potential for research.
- Entry to M2 possible through file-based evaluation or for candidates with M1 or equivalent engineer degrees.
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