Materials Physics

Program Overview

The Bachelor’s program in Materials Physics offered by the Frères Mentouri University is an academic program designed to enable students to gain a deep understanding of the physical and chemical properties of materials, as well as how to apply this knowledge in various fields such as electronics, energy, and nanotechnology. The program stands out for its integration of fundamental sciences with practical applications, which helps students develop strong analytical and experimental skills, enhancing their ability to innovate and conduct scientific research.

Teaching Language : Arabic, French, English.

Curriculum Highlights

Core Courses

The Bachelor’s program in Materials Physics includes core courses that cover the theoretical and practical aspects for understanding the properties and applications of materials. These courses include:

· Classical mechanics : Study of the laws of motion and force systems acting on bodies.

· Electromagnetism : Analysis of electric and magnetic fields and their interaction with materials.

· Quantum mechanics : Understanding the behavior of subatomic particles such as electrons and photons, which is essential for studying the atomic and molecular properties of materials.

· Thermodynamics : Study of the relationships between heat, energy, and their effects on material properties.

· Applied mathematics : Learning mathematical methods used to solve physical problems.

Advanced Topics

The Bachelor's program in Materials Physics includes advanced modules that reflect cutting-edge scientific and technological progress. It is designed to broaden students' knowledge and develop their research and analytical skills.

Key topics covered:

Nanomaterials studies and their applications in electronics, medicine, and precision engineering
Analysis of polymers and bio-based materials for medical devices and prosthetics
Exploration of electronic properties and semiconductors to enhance modern technological components
Magnetic materials for data storage systems and intelligent transportation technologies
Design of composite materials for use in aerospace, automotive, and industrial applications
Development of materials for renewable energy and advanced energy storage systems
Advanced tools and techniques such as electron microscopy and artificial intelligence for efficient materials design and analysis

This program prepares students to enter a wide range of industrial and scientific sectors, including:

Electronics and semiconductor industries
Energy and environmental technology sectors
Research and development centers in advanced materials and nanotechnology
Quality control laboratories and industrial management
Technical and vocational education
Further academic study (Master’s, PhD) in applied physics or materials science

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Admissions Information

To enroll in the Bachelor's program in Materials Physics, students must have successfully completed the first year of the common core curriculum in Exact Sciences or Material Sciences, with strong performance in core subjects such as physics and mathematics.

Admission into the second year is based on the following criteria:

Merit ranking of students according to their overall average in the first year
Number of available academic seats
Student’s preference and motivation for choosing the specialization

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