Energy Physics and Renewable Energies

 This master's program is part of a comprehensive training and research initiative focused on sustainable development and environmental protection. Today, fossil fuels are being consumed at a much faster rate than they can naturally regenerate. Global oil and gas reserves are expected to be depleted in the near future. It is widely acknowledged that sustainable economic development requires a greater reliance on renewable energy sources—not only because they are potentially inexhaustible but also because they are environmentally friendly. The most common forms include solar, wind, hydro, geothermal, and biomass energy.

The growing national initiatives and projects in this critical field—recognized as a global scientific priority—have inspired the creation of this program. It aims to provide students with essential knowledge in renewable energy, equipping them with both theoretical foundations and practical insights. Graduates will have the opportunity to seamlessly integrate into the professional sector or pursue doctoral studies in fundamental or applied research laboratories.

This master's program will enable students to explore renewable energy resources and assess potential solutions to the technological, economic, social, and environmental challenges associated with their development.