Phelma Formation 2022

Semesters A Choice - Semester 9

Curriculum->Semesters A Choice->Semester 9

Courses and group of courses name

ECTS

hours per student

Semester 9 SC EMINE 30.0 421.0
- UE 1 Materials and new Reactors 6.0 142.0
- - BLOC 12 Fundamentals in mechanics 1.0 24.0
  - Fundamentals in mechanics - WPMUFME0 1.0 24.0
- - BLOC 11 Fundamentals in materials science 2.5 66.0
  - Fundamentals in corrosion/oxydation - WPMUFCO0 1.0 18.0
    Fundamentals in materials - WPMUFMS4 1.5 48.0
- - BLOC 15 GEN IV : Materials and challenges 2.0 42.0
  - Fast Reactors - WPMUFAR0 0.5 10.0
    Materials in GEN IV - WPMUMG40 0.5 16.0
    Molten Salt Reactors - WPMUMOL0 1.0 16.0
- - BLOC 13 Reactor design 0.5 10.0
  - Reactor design - WPMURDE0 0.5 10.0
- UE 2 Material in nuclear environnement 6.0 102.0
- Defects diffusion and simulation - WPMUDDS0 2.0 36.0
  Irradiation ageing - WPMUIRA4 1.0 10.0
  Linear defects and simulation - WPMULDS0 2.0 40.0
  Point defects and simulation - WPMUPDS0 1.0 16.0

UE 3 Materials challenges in reactors 6.0 107.0

BLOC 31 Components EDF 5.0 83.0

Non destructive examination - WPMUCOMA	0.0	4.0
Polymers - WPMUCOMB	0.0	2.0
Internals - WPMUCOMC	0.0	2.0
Civil works - WPMUCOMF	0.0	2.0
Corrosion in secondary circuit - WPMUCOMH	0.0	2.0
Thermal ageing - WPMUCOMI	0.0	2.0
Thermal fatigue - WPMUCOMK	0.0	2.0
Maintenance_ageing and fuel reprocessing - WPMUCOML	0.0	3.0
Visit - WPMUCOMM	0.0	0.0
Wear in pressurized water reactors - WPMUCOMN	0.0	2.0
Additive manufacturing - WPMUCOMO	0.0	38.0
Scientific analysis or research paper - WPMUCOMP	0.0	10.0
High temperature Behaviour - WPMUCOMQ	0.0	2.0
Chemistry and radioanalysis - WPMUCRD4	0.0	2.0
EDF activity Reactor Pressure Vessel and materials selection - WPMUEDF0	0.0	10.0

- BLOC 32 1.0 24.0
- Materials in GEN III - WPMUMG30 1.0 24.0

- UE 4 Nuclear fuels CEA/INSTN 6.0 70.0
- - BLOC 42 Nuclear fuel fabrication 0.0 18.0
  - Fuel fabrication and characterisation - WPMUNUCC 0.0 18.0
- - BLOC 44 Nuclear fuel cycle 0.0 16.0
  - Fuel cycle - WPMUNUCJ 0.0 13.0
    Scenarios - WPMUNUCK 0.0 3.0
- - BLOC 41 Nuclear fuel design 0.0 12.0
  - Fuel mechanics and design - WPMUNUCB 0.0 9.0
    Fuel design - WPMUNUCF 0.0 3.0
- - BLOC 43 Nuclear fuels behaviour under irradiation 0.0 24.0
  - Irradiation effect - WPMUNUCE 0.0 12.0
    Fission gas - WPMUNUCG 0.0 5.0
    Off normal - WPMUNUCH 0.0 2.0
    Fuel modelling - WPMUNUCI 0.0 5.0
- - BLOC 45 Visit and evaluation 0.0 0.0
  - Visit - WPMUNUCM 0.0 0.0

Semester 9 SC MANUEN 30.0 477.0
- Complementary teachings S9 0.0 12.0
- Starter Amphitheater - 5PMCAST6 0.0 4.0
  Preparation for professional insertion - 5PMCPIP0 0.0 4.0
  Partener's day 3Y - HP5SIMUENT_3A 0.0 4.0
- UE 1 Materials and new Reactors 6.0 142.0
- - BLOC 12 Fundamentals in mechanics 1.0 24.0
  - Fundamentals in mechanics - WPMUFME0 1.0 24.0
- - BLOC 11 Fundamentals in materials science 2.5 66.0
  - Fundamentals in corrosion/oxydation - WPMUFCO0 1.0 18.0
    Fundamentals in materials - WPMUFMS4 1.5 48.0
- - BLOC 15 GEN IV : Materials and challenges 2.0 42.0
  - Fast Reactors - WPMUFAR0 0.5 10.0
    Materials in GEN IV - WPMUMG40 0.5 16.0
    Molten Salt Reactors - WPMUMOL0 1.0 16.0
- - BLOC 13 Reactor design 0.5 10.0
  - Reactor design - WPMURDE0 0.5 10.0
- UE 2 Material in nuclear environnement 6.0 102.0
- Defects diffusion and simulation - WPMUDDS0 2.0 36.0
  Irradiation ageing - WPMUIRA4 1.0 10.0
  Linear defects and simulation - WPMULDS0 2.0 40.0
  Point defects and simulation - WPMUPDS0 1.0 16.0

UE 3 Materials challenges in reactors 6.0 107.0

BLOC 31 Components EDF 5.0 83.0

Non destructive examination - WPMUCOMA	0.0	4.0
Polymers - WPMUCOMB	0.0	2.0
Internals - WPMUCOMC	0.0	2.0
Civil works - WPMUCOMF	0.0	2.0
Corrosion in secondary circuit - WPMUCOMH	0.0	2.0
Thermal ageing - WPMUCOMI	0.0	2.0
Thermal fatigue - WPMUCOMK	0.0	2.0
Maintenance_ageing and fuel reprocessing - WPMUCOML	0.0	3.0
Visit - WPMUCOMM	0.0	0.0
Wear in pressurized water reactors - WPMUCOMN	0.0	2.0
Additive manufacturing - WPMUCOMO	0.0	38.0
Scientific analysis or research paper - WPMUCOMP	0.0	10.0
High temperature Behaviour - WPMUCOMQ	0.0	2.0
Chemistry and radioanalysis - WPMUCRD4	0.0	2.0
EDF activity Reactor Pressure Vessel and materials selection - WPMUEDF0	0.0	10.0

- BLOC 32 1.0 24.0
- Materials in GEN III - WPMUMG30 1.0 24.0

- UE 4 Nuclear fuels CEA/INSTN 6.0 70.0
- - BLOC 42 Nuclear fuel fabrication 0.0 18.0
  - Fuel fabrication and characterisation - WPMUNUCC 0.0 18.0
- - BLOC 44 Nuclear fuel cycle 0.0 16.0
  - Fuel cycle - WPMUNUCJ 0.0 13.0
    Scenarios - WPMUNUCK 0.0 3.0
- - BLOC 41 Nuclear fuel design 0.0 12.0
  - Fuel mechanics and design - WPMUNUCB 0.0 9.0
    Fuel design - WPMUNUCF 0.0 3.0
- - BLOC 43 Nuclear fuels behaviour under irradiation 0.0 24.0
  - Irradiation effect - WPMUNUCE 0.0 12.0
    Fission gas - WPMUNUCG 0.0 5.0
    Off normal - WPMUNUCH 0.0 2.0
    Fuel modelling - WPMUNUCI 0.0 5.0
- - BLOC 45 Visit and evaluation 0.0 0.0
  - Visit - WPMUNUCM 0.0 0.0

UE Languages and Professional Formation 6.0 44.0
- Mandatory courses 4.0 28.0
- English or other language - 5PMCANG0 2.0 12.0
  Management and work relations - 5PMCMRT2 2.0 16.0

Social-ecological transitions and responsibility (choice of 1 child element) 2.0 16.0

Stress and emotion management - 5PMCSMEA	2.0	16.0
Quality and Regulatory affairs for Medical Devices industry (only for BIOMED and M2 NBS students) - 5PMCSMEB	2.0	16.0
Economy and society : environmental issues - 5PMCSMEC	2.0	16.0
Economy and society : social issues - 5PMCSMED	2.0	16.0
Quality - 5PMCSMEE	2.0	16.0
Legal aspect - 5PMCSMEF	2.0	16.0
Research ethics - 5PMCSMEG	2.0	16.0
Parnership negociation - 5PMCSMEH	2.0	16.0

- Optional courses UE LFP semester 9 (choice of between 0 and 1 child element) 0.0 0.0
- Sport (S9) - 5PMCEPS0 1.5 24.0
  French as a foreign language - 5PMCFLE5 2.0 20.0
  Bibliographic Project - 5PMCPRB5 2.0 24.0

Update - 29/07/2020

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