Master’s in Radiation Physics

Explore the programs and courses offered by Master’s in Radiation Physics

Browse Programs Admission Information

Program Overview

Semester 1:

Neutron Physics
Nuclear Physics I
Nuclear Materials I
Nuclear Facilities
Atomic Physics
Quantum Mechanics I
Mathematics
Radiation Detection
Advanced Course
History of Nuclear Energy
English I
Nuclear Legislation

Semester 2:

Radioactivity and Nuclear Reactions
Nuclear Physics II
Quantum Mechanics II
Nuclear Fuel Cycle
Nuclear Materials II
Nuclear Techniques
Programming Languages: Fortran 77, C, and C++
Nuclear Reactor Thermohydraulics
Scientific Research Methodology
English II

Semester 3:

Particle Physics
Radiation
Reactor Physics
Radiation Protection and Nuclear Safety
Modeling and Calculation Codes
Nuclear Assessment Methods
Nuclear Waste Management
Medical Physics
English III
Corruption and Professional Ethics

Semester 4:

Internship in a research laboratory or a company, culminating in a final thesis and a defense.

Teaching Language : French and English

Curriculum Highlights

Core Courses

Radiation-Matter Interaction
Ionizing Radiation
Detection of Ionizing Radiation
Nuclear Physics
Quantum Mechanics I
Mathematics
Nuclear Materials II
Nuclear Techniques

Advanced Topics

Particle Physics
Radiation
Reactor Physics
Radiation Protection and Nuclear Safety
Modeling and Calculation Codes
Nuclear Assessment Methods
Nuclear Waste Management
Medical Physics

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Admissions Information

According to the current application of Articles 171 and 1023 of the relevant decrees:

• Competency and knowledge acquisition is evaluated every six months through continuous assessment and a final exam.

• Progression from the first to the second year is automatic if the first two semesters are successfully completed.

• Student evaluation, as outlined in the program, includes lectures, practical work, tutorials, and internships.

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