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Spécialisée

Compulsory courses - Block 2
Master thesis in physics engineering
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Elective courses - Block 2
Advanced medical radiophysics
Effets médicaux de l'exposition aux rayonnements ionisants
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Physical principles of magnetic resonance imaging
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Radiobiology, biological and genetic effects of radiations
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0
0
Radioecology and environmental radioactivity monitoring
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Applied Physics
Vibrations and acoustics
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Energy
Electric Power Systems I
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Energy policy and management
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Thermal hydraulics of nuclear power plants
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Free elective courses
Comptabilité financière
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English for professional purposes
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0
Ethique de l'ingénieur
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How To Make (almost) Any Experiment Using Digital Fabrication
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Industrial techniques for water management
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Interfaculty and interdisciplinary program in Healthcare Innovation
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Introduction to theoretical finance
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0
Logistics Engineering and Management
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Marketing management
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Projet polydaire: expériences didactiques innovantes pour le secondaire
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Summer School
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0
Supply Chain Performance Analytics
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Quantum applications
Advanced condensed matter physics and quantum many-body systems
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0
Quantum information and computation
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Quantum optics
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Stage
Internship (60 days)
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Elective modules - Block 2
Block A - Photonics
Nonlinear optics
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Optical materials
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Photonic communication systems
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Block B - Medical radiophysics
Introduction to accelerator physics
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Introduction to medical physics
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Legal and regulatory aspects of radiation protection
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Physical aspects of radiation protection
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Radiation dosimetry
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Compulsory courses - Block 2

Master thesis in physics engineering
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0
0

Elective courses - Block 2

A minimum of 23 credits of the following courses (including those of the elective module A, B, C or D)
Advanced condensed matter physics and quantum many-body systems
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0
0
Advanced reactor multi-physics
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0
0
Introduction to accelerator physics
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0
0
Introduction to medical physics
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0
0
Legal and regulatory aspects of radiation protection
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0
0
Nonlinear optics
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0
0
Nuclear fuel cycles and reactor technologies
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0
0
Optical materials
0
0
0
Photonic communication systems
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0
0
Physical aspects of radiation protection
0
0
0
Quantum information and computation I
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0
0
Quantum optics
0
0
0
Radiation dosimetry
0
0
0
Risk-based methodologies for energy systems
0
0
0
Elective courses
Advanced medical radiophysics
Effets médicaux de l'exposition aux rayonnements ionisants
0
0
0
Physical principles of magnetic resonance imaging
0
0
0
Radiobiology, biological and genetic effects of radiations
0
0
0
Radioecology and environmental radioactivity monitoring
0
0
0
Free elective courses
Approche interdisciplinaire du droit de la propriété intellectuelle/Interdisciplinary Approach to In
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0
0
Business Management and Entrepreneurship
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0
0
Business Planning
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0
0
Climat: sciences et politiques
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0
0
Comptabilité financière
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0
0
Energie: Société et environnement
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0
Energy policy, sustainability & management
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0
0
English for professional purposes
0
0
0
Environmental impact analysis and management
0
0
0
How To Make (almost) Any Experiment Using Digital Fabrication
0
0
0
Interfaculty and interdisciplinary program in Healthcare Innovation
0
0
0
Introduction to theoretical finance
0
0
0
Logistics Engineering and Management
0
0
0
Machine Learning and Big Data Processing
0
0
0
Projet polydaire: expériences didactiques innovantes pour le secondaire
0
0
0
Summer School
0
0
0
Supply Chain Performance Analytics
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0
0
Sustainability : an interdisciplinary Approach
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0
0
Internship
Internship (10 ECTS)
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0
0
Project manager
Hands-on learning: project manager (chef de projet)
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0
0

Elective modules - Block 2

Block A - Photonics
Nonlinear optics
0
0
0
Optical materials
0
0
0
Photonic communication systems
0
0
0
Block B - Medical radiophysics
Introduction to accelerator physics
0
0
0
Introduction to medical physics
0
0
0
Legal and regulatory aspects of radiation protection
0
0
0
Physical aspects of radiation protection
0
0
0
Radiation dosimetry
0
0
0
Block C - Quantum applications
Advanced condensed matter physics and quantum many-body systems
0
0
0
Quantum information and computation I
0
0
0
Quantum optics
0
0
0
Block D - Advanced nuclear engineering
Advanced reactor multi-physics
0
0
0
Nuclear fuel cycles and reactor technologies
0
0
0
Risk-based methodologies for energy systems
0
0
0