Bachelor — Radiation physics
Sustainable Development Goals : 3Good health and well-being7Affordable and clean energy
Order n° 1252 — December 22, 2022
Arrêté fixant le programme des enseignements en vue de l'obtention du diplôme de Licence (domaine Sciences de la Matière, filière Physique, spécialité Physique des rayonnements)
Semestres 1 et 2 : tronc commun du domaine (arrêté de 2025). Semestres 3 à 6 : annexe de l'arrêté de décembre 2022 (aucun arrêté plus récent fourni pour la physique).
How to read this table
- UE : teaching unit, a group of subjects (fundamental, methodological, discovery, transversal).
- Lecture · Tutorial · Lab : weekly hours: lectures, tutorials, lab work.
- Coefficient / Credits : weight of the subject in the average, and credits earned when it is passed (30 per semester).
- Semester hours (15 weeks) : total supervised hours over the semester (15 weeks × weekly hours).
- Personal work : "Other": additional personal work by the student, unsupervised.
Semester 1 L1
30 credits 375h00 hours per semester Lecture 12h00 Tutorial 6h00 Lab 7h00
Shared with : Matter Sciences common core · Organic chemistry · Analytical chemistry · Pharmaceutical chemistry · Inorganic chemistry · Fundamental physics · Theoretical physics · Materials physics · Energy physics
-
Mathematics 1 Lecture 1h30Tutorial 3h00 67h30 6 credits × 3 33% Continuous assessment · 67% Exam
-
Physics 1 Lecture 3h00Tutorial 1h30 67h30 6 credits × 3 33% Continuous assessment · 67% Exam
-
Chemistry 1 Lecture 3h00Tutorial 1h30 67h30 6 credits × 3 33% Continuous assessment · 67% Exam
-
Physics Lab 1 Lab 1h30 22h30 2 credits × 1 50% Continuous assessment · 50% Exam
-
Chemistry Lab 1 Lab 1h30 22h30 2 credits × 1 50% Continuous assessment · 50% Exam
-
Computer Science 1 Lecture 1h30Lab 2h30 60h00 5 credits × 3 50% Continuous assessment · 50% Exam
-
University Work Methods Lecture 1h30 22h30 1 credit × 1 100% Exam
-
English 1 (Level A2) Lecture 1h30Lab 1h30 45h00 2 credits × 2 100% Exam
Semester total : 30 credits · 375h00 · Coefficient 17
Semester 2 L1
30 credits 375h00 hours per semester Lecture 12h00 Tutorial 6h00 Lab 7h00
Shared with : Matter Sciences common core · Organic chemistry · Analytical chemistry · Pharmaceutical chemistry · Inorganic chemistry · Fundamental physics · Theoretical physics · Materials physics · Energy physics
-
Mathematics 2 Lecture 1h30Tutorial 3h00 67h30 6 credits × 3 33% Continuous assessment · 67% Exam
-
Physics 2 Lecture 3h00Tutorial 1h30 67h30 6 credits × 3 33% Continuous assessment · 67% Exam
-
Chemistry 2 Lecture 3h00Tutorial 1h30 67h30 6 credits × 3 33% Continuous assessment · 67% Exam
-
Physics Lab 2 Lab 1h30 22h30 2 credits × 1 50% Continuous assessment · 50% Exam
-
Chemistry Lab 2 Lab 1h30 22h30 2 credits × 1 50% Continuous assessment · 50% Exam
-
Computer Science 2 Lecture 1h30Lab 2h30 60h00 5 credits × 3 50% Continuous assessment · 50% Exam
-
Business Economics Lecture 1h30 22h30 1 credit × 1 100% Exam
-
English 2 (Level B1) Lecture 1h30Lab 1h30 45h00 2 credits × 2 100% Exam
Semester total : 30 credits · 375h00 · Coefficient 17
Semester 3 L2
30 credits 375h00 hours per semester Lecture 13h00 Tutorial 7h30 Lab 4h30
Shared with : Physics pathway (year 2) · Fundamental physics · Theoretical physics · Materials physics · Energy physics
-
Series and Differential Equations Lecture 3h00Tutorial 1h30 67h30 6 credits × 3 33% Continuous assessment · 67% Exam
-
Analytical Mechanics Lecture 3h00Tutorial 1h30 67h30 6 credits × 3 33% Continuous assessment · 67% Exam
-
Vibrations and Waves Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
-
Geometrical and Physical Optics Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
-
Vibrations and Waves Lab Lab 1h30 22h30 2 credits × 1 100% Continuous assessment · 0% Exam
-
Geometrical and Physical Optics Lab Lab 1h30 22h30 2 credits × 1 100% Continuous assessment · 0% Exam
-
Numerical Methods and Programming Lecture 1h30Lab 1h30 45h00 3 credits × 2 50% Continuous assessment · 50% Exam
1h30 de TD ou de TP par semaine selon l'arrêté (comptée en TP).
- Choose 1 subject among 4
-
Probability and Statistics Lecture 1h30Tutorial 1h30 45h00 2 credits × 2 50% Continuous assessment · 50% Exam
-
Physical Crystallography Lecture 1h30Tutorial 1h30 45h00 2 credits × 2 50% Continuous assessment · 50% Exam
-
History of Physics Lecture 1h30Tutorial 1h30 45h00 2 credits × 2 50% Continuous assessment · 50% Exam
-
Inorganic Chemistry Lecture 1h30Tutorial 1h30 45h00 2 credits × 2 50% Continuous assessment · 50% Exam
-
English 3 Lecture 1h00 15h00 1 credit × 1 100% Exam
Semester total : 30 credits · 375h00 · Coefficient 17
Semester 4 L2
30 credits 375h00 hours per semester Lecture 13h00 Tutorial 7h30 Lab 4h30
Shared with : Physics pathway (year 2) · Fundamental physics · Theoretical physics · Materials physics · Energy physics
-
Thermodynamics Lecture 3h00Tutorial 1h30 67h30 6 credits × 3 33% Continuous assessment · 67% Exam
-
Complex Variable Functions Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
-
Quantum Mechanics Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
-
Electromagnetism Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
-
Thermodynamics Lab Lab 1h30 22h30 2 credits × 1 100% Continuous assessment · 0% Exam
-
Fluid Mechanics Lecture 1h30Lab 1h30 45h00 3 credits × 2 50% Continuous assessment · 50% Exam
1h30 de TD ou de TP par semaine selon l'arrêté (comptée en TP). -
General Electronics Lecture 1h30Lab 1h30 45h00 3 credits × 2 50% Continuous assessment · 50% Exam
1h30 de TD ou de TP par semaine selon l'arrêté (comptée en TP).
- Choose 1 subject among 4
-
Atomic and Nuclear Physics Lecture 1h30Tutorial 1h30 45h00 3 credits × 2 50% Continuous assessment · 50% Exam
-
Introduction to Astronomy and Astrophysics Lecture 1h30Tutorial 1h30 45h00 3 credits × 2 50% Continuous assessment · 50% Exam
-
Spectroscopy Lecture 1h30Tutorial 1h30 45h00 3 credits × 2 50% Continuous assessment · 50% Exam
-
Physicochemical Analysis Techniques Lecture 1h30Tutorial 1h30 45h00 3 credits × 2 50% Continuous assessment · 50% Exam
-
English 4 Lecture 1h00 15h00 1 credit × 1 100% Exam
Semester total : 30 credits · 375h00 · Coefficient 17
Semester 5 L3
30 credits 360h00 hours per semester Lecture 13h30 Tutorial 6h00 Lab 4h30
-
Atomic Physics Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
-
Nuclear Physics Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
-
Statistical Physics Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
-
Quantum Mechanics II Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
-
Special Relativity Lecture 1h30 22h30 2 credits × 1 100% Exam
-
Atomic Physics Lab Lab 1h30 22h30 3 credits × 2 100% Continuous assessment · 0% Exam
-
Nuclear Physics Lab Lab 1h30 22h30 3 credits × 2 100% Continuous assessment · 0% Exam
-
Computational Physics and Data Analysis Lecture 1h30Lab 1h30 45h00 3 credits × 2 50% Continuous assessment · 50% Exam
-
Introduction to Semiconductor Physics Lecture 1h30 22h30 1 credit × 1 100% Exam
- Choose 1 subject among 3
-
Nanotechnology Lecture 1h30 22h30 1 credit × 1 100% Exam
-
Renewable Energies Lecture 1h30 22h30 1 credit × 1 100% Exam
-
Teaching Methods Lecture 1h30 22h30 1 credit × 1 100% Exam
-
University Ethics and Conduct Lecture 1h30 22h30 1 credit × 1 100% Exam
Semester total : 30 credits · 360h00 · Coefficient 18
Semester 6 L3
30 credits 382h30 hours per semester Lecture 15h00 Tutorial 6h00 Lab 4h30
-
Radiation-Matter Interaction Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
-
Instrumentation Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
-
Solid State Physics Lecture 1h30Tutorial 1h30 45h00 4 credits × 2 33% Continuous assessment · 67% Exam
-
Radiation Protection Lecture 1h30 22h30 2 credits × 1 100% Exam
-
Spectroscopy Lecture 1h30 22h30 2 credits × 1 100% Exam
-
Optoelectronics Lecture 1h30 22h30 2 credits × 1 100% Exam
-
Instrumentation and Detectors Lab Lab 1h30 22h30 2 credits × 1 100% Continuous assessment · 0% Exam
-
Radiation Lab Lab 1h30 22h30 2 credits × 1 100% Continuous assessment · 0% Exam
-
Solid State Physics Lab Lab 1h30 22h30 2 credits × 1 100% Continuous assessment · 0% Exam
- Choose 1 subject among 2
-
Non-Destructive Testing Lecture 1h30Tutorial 1h30 45h00 3 credits × 2 33% Continuous assessment · 67% Exam
-
Biological Effects of Radiation Lecture 1h30Tutorial 1h30 45h00 3 credits × 2 33% Continuous assessment · 67% Exam
-
Dosimetry and Medical Physics Lecture 1h30 22h30 1 credit × 1 100% Exam
- Choose 1 subject among 2
-
Plasma Lecture 1h30 22h30 1 credit × 1 100% Exam
-
New Materials and Applications Lecture 1h30 22h30 1 credit × 1 100% Exam
-
Scientific English Lecture 1h30 22h30 1 credit × 1 100% Exam
Semester total : 30 credits · 382h30 · Coefficient 17
