Applied Physics

Explore the programs and courses offered by Applied Physics

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Program Overview

The Master’s in Applied Physics is designed to explore both the theoretical foundations and technological applications of physics, with a particular focus on areas such as semiconductor materials, thin films, photovoltaic solar cells, gas sensors, heterogeneous photocatalysis, and optical waveguiding via the m-line technique, among others.

The program spans three academic semesters and features a range of specialized courses, including:

  • Radiation–matter interaction
  • Defects in materials
  • Physical properties of materials
  • Technological applications of thin films
  • Thin film physics
  • Analytical methods for thin films
  • Thin film fabrication
  • Nanoscience and nanotechnology
  • Cold plasma physics

Upon completing the program, graduates will be equipped with the knowledge and skills required to pursue careers in materials science industries or research centers, with strong expertise in material synthesis, thin-film technology, and physical property characterization.

Teaching Language : French, English.

Curriculum Highlights

Core Courses

Key foundational courses in the program include:

  • Electron–matter interaction: Explores the interaction of radiation with atoms, within the framework of quantum mechanics
  • Thin film fabrication: Covers physical and chemical deposition techniques used to create ultra-thin layers from metals, insulators, or semiconductors
  • Nanoscience and nanotechnology: An interdisciplinary field at the crossroads of physics, materials science, and biology, focused on manipulating matter at the atomic and molecular scale
  • Simulation methods in materials science: Includes computational techniques such as Monte Carlo simulations, Density Functional Theory (DFT), and molecular dynamics


Advanced Topics

During the fourth semester, students undertake Master’s thesis projects centered on real-world applications of nanomaterials and thin-film technologies, with topics such as:

  • Water treatment via photocatalysis
  • Absorbing thin films for energy and optics
  • Thin films for photovoltaic solar cells
  • Thin films for gas detection and sensors
  • Optical waveguiding using structured thin films

Graduates of the Master’s in Applied Physics possess a versatile and in-demand profile across a range of scientific and technological fields. With strong expertise in material synthesis, thin-film processing, and simulation techniques, they are well-equipped to work in:

🔬 Research & Development:

  • Public and private research laboratories (universities, R&D centers, innovation hubs)
  • National and international projects in nanomaterials, energy, and optoelectronics

⚙️ Industrial Sector:

  • Semiconductor and microelectronics industries
  • Sensor manufacturing (gas, temperature, pressure)
  • Production of photovoltaic cells and solar energy systems
  • Coating technologies and surface engineering

🌍 Environment & Energy:

  • Projects in renewable energy (solar, photocatalysis)
  • Clean technologies for water and air purification and sustainability

🧑‍🏫 Education & Training:

  • Teaching positions in technical institutes or universities
  • Professional training in applied physics, nanotechnology, or numerical simulation


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Admissions Information

Admission to the Master’s program in Applied Physics at Frères Mentouri University Constantine 1 requires a Bachelor’s degree in one of the following or a related field:

  • Fundamental Physics
  • Materials Physics
  • Energy Physics

Applicants should have a strong foundational background in physics and mathematics. Admission may also require submitting an application portfolio, which can include transcripts, a letter of motivation, and potentially an interview.

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