Explore the programs and courses offered by Applied Physics
Browse Programs Admission InformationThe Applied Physics specialization: Materials and Renewable Energies aims to provide in-depth scientific training, primarily focused on materials and renewable energy technologies. This program enables students to acquire the technical and scientific skills essential for innovation and sustainable development.
The training covers several key areas. First, it addresses the development of photovoltaic solar cells, with emphasis on the design, fabrication, and performance improvement of photovoltaic materials. It also covers solar panel technologies and their cost-effectiveness, teaching students how to install, maintain, and optimize energy efficiency.
Additionally, the program explores thermal energy technology and its development, examining thermal energy conversion systems and their applications in heating and electricity generation. It also includes the study of other energy sources, such as wind, hydrogen, and biomass, emphasizing their operation, design, and benefits.
Another significant aspect of this program is material characterization techniques, which allow for the analysis of material properties and their application in various industrial and scientific fields. Moreover, the program highlights the socio-economic impact of energy technologies, underlining their contribution to the economy and their integration into the labor market.
The Applied Physics program also offers scientific support to companies investing in renewable energies by providing technical assistance and technology transfer. Finally, it encourages entrepreneurship in the renewable energy sector, supporting the creation of start-ups and innovative SMEs.
Semester 1:
· Semiconductor Physics
· Atomic and Molecular Spectroscopy
· Statistical Physics and Quantum Mechanics
· Mathematical Foundations for Physics
Semester 2:
· Radiation-Matter Interaction
· Functional Materials
· Surface and Interface Physics
· Instrumentation and Detectors
Semester 3:
· Materials and Photovoltaic Energy
· Applied Thermodynamics
· Wind Energy
· Sensors and Metrology
· New generations of photovoltaic cells (perovskite, tandem, organic)
· Energy storage and advanced batteries (lithium-ion, sodium-ion, hydrogen)
· Simulation and modeling of materials for energy
· Optimization of hybrid systems combining solar, wind, and storage
· Advanced spectroscopy and microscopy techniques for material characterization
· Artificial intelligence and machine learning applied to renewable energies
· Integration of renewable energies into smart grids
· Sustainable development and circular economy strategies applied to energy technologies
Admission to this Master’s program is open to:
1. Holders of a Bachelor’s degree in:
2. Holders of an equivalent degree, subject to review by the program’s academic committee.
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