Energy Physics

Explore the programs and courses offered by Energy Physics

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Program Overview

The Energetic Physics program combines the fundamental principles of physics with their technological applications in the field of energy. It aims to train students in understanding, modeling, and optimizing energy systems, whether conventional or renewable.

The first two years (L1 and L2) focus on developing a strong foundation in mathematics, general physics, and computer programming (notably in MATLAB), essential for pursuing the specialized third year (L3).


Teaching Language : Arabic, French, English.

Curriculum Highlights

Core Courses

During L3, the program is structured around the following teaching units:

📘 Fundamentals:

  • Thermodynamics: Thermodynamic cycles, combustion, vapors, thermal and refrigeration machines, basics of cryogenics
  • Fluid Mechanics: Statics, kinematics, and dynamics of fluids
  • Heat Transfer: Conduction, convection, and radiation mechanisms

🔬 Practical Work:

  • Measurement of solar radiation
  • Efficiency evaluation of heat pumps and refrigeration cycles
  • Wind tunnel experiments
  • Study of head losses in hydraulic circuits
  • Hands-on training on heat exchangers and thermal insulation

💻 Numerical Simulation:

  • MATLAB programming applied to energy problems
  • Numerical methods for solving thermal and fluid dynamic equations

🌍 Discovery & Transversal Units:

  • Exploration of energy sources: fossil and renewable (solar, wind, biomass...)
  • Entrepreneurship: preparing students for the professional world and business creation
  • Technical English: to access global scientific documentation and communicate with energy experts



Advanced Topics

During the final semester, students engage with advanced topics such as:

  • Loss evaluation and system efficiency analysis
  • Optimization techniques for thermal and mechanical systems
  • Numerical simulation applied to fluid mechanics and heat transfer

Graduates of the Bachelor’s in Energetic Physics are well-prepared for careers in both the industrial and research sectors, with job prospects in:

🔧 Energy and Industry:

  • Power generation and distribution companies
  • Energy system design and consulting firms
  • Refrigeration, HVAC, and industrial thermal applications
  • Engineering companies specializing in energy efficiency

☀️ Renewable Energy:

  • Installation and maintenance of solar, wind, or biomass systems
  • R&D in renewable energy technologies
  • Environmental sustainability projects

🧪 Research and Higher Education:

  • Pursuit of Master’s degrees in Energetics, Renewable Energy, or Applied Physics
  • Involvement in national or international research projects
  • Teaching positions in technical or academic institutions


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Admissions Information

Admission is granted to candidates who have:

  • Successfully completed the first year (L1) in the common core of Material Sciences
  • Completed the second year (L2) in Physics

🔍 Selection Criteria:

  • Admission is based on academic merit (grades from semesters 3 and 4)
  • Consideration of available academic slots
  • Alignment of the candidate’s preference choices during orientation

🎓 Expected Competencies:

  • Solid background in classical physics and mathematics
  • Ability to work with modeling tools and simulation software
  • Interest in energy systems, renewable technologies, and engineering applications


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