Phelma Formation 2022

MASTER PHYSICS / NUCLEAR ENERGY - Semester 9

Curriculum->MASTER PHYSICS / NUCLEAR ENERGY->Semester 9

Courses and group of courses name

ECTS

hours per student

Semester 9 (M2 EN) 30.0 373.5
- Complementary teachings S9 0.0 4.0
- Partener's day 3Y - HP5SIMUENT_3A 0.0 4.0

Elective path : (choice of 1 child element) 30.0 369.5

Parcours Energetique Nucléaire 30.0 355.3
- Common Core Simple cursus (EN) 6.0 96.0
- Conduction - WPMECOD2 1.0 16.0
  Convection - WPMECOV2 1.5 16.0
  Fluid mecanics - WPMEMDF2 2.0 24.0
  Solid State Physics - WPMEPDS2 1.5 20.0
  Rayonnement - WPMERAY2 1.0 12.0
  Transferts thermiques - WPMETTH2 0.0 8.0
- TU Neutrons 6.0 64.0
- 5PMGACE0 : Nuclear waste management - WPMEDAC9 2.0 22.0
  5PMGCIR0 : Reactor kinetics & dynamics - WPMEDCD9 1.5 30.0
  5PMGCOR0 : Reactor Kit - WPMEDRK9 1.0 12.0
- UE Module de base 3.0 55.0
- Bases en neutronique + Intro REP - WPMEBNE3 0.5 23.0
  Détection et instrumentation nucléaire - WPMEDIN3 2.0 32.0
- TU Simulations 6.0 52.0
- 5PMGSND0 : Deterministic methods for neutron transport - WPMEDND9 2.0 16.0
  5PMGSNS0 : Monte Carlo methods for neutron transport - WPMEDNS9 1.5 20.0
  5PMGEXP7 : Labwork in PWR simulator - WPMESPB9 2.0 16.0

UE Energetic (choice of 3 child elements) 6.0 71.3

Cryophysics practicals - WPMECRY7	2.0	24.0
5PMGANP2 : Advanced nuclear physics - WPMEDAN9	2.0	27.0
5PMGCEP2 : Energy conversion - Fuel cell - WPMEDCE9	2.0	24.0
5PMGEST2 : Solar thermal and photovoltaic energy - WPMEDES9	2.0	26.0
5PMGPCF2 : Fusion energy and plasma physics - WPMEDPC9	2.0	21.0
Matériaux basses températures - WPMEMBT9	2.0	20.0
Microthermique et microfluidique - WPMEMMI9	2.0	24.0
Phase change - WPMEPCP1	2.0	24.0

- Modern languages (choice to add up 3.0 ECTS) 3.0 17.0
- 5PMCANG0 : English or other language - WPMCDAN9 3.0 12.0
  WPMCFLE3 : French Language - WPMCXFL9 3.0 22.0

Nuclear Energy ARCHAMPS : JUAS/ESIPAP path 30.0 383.7

UE Reactors & Energy (JUAS+ESIPAP) 6.0 98.7

Energy courses (elective courses) (choice of 1 child element) 2.0 23.7

5PMGANP2 : Advanced nuclear physics - WPMEDAN9	2.0	27.0
5PMGCEP2 : Energy conversion - Fuel cell - WPMEDCE9	2.0	24.0
5PMGEST2 : Solar thermal and photovoltaic energy - WPMEDES9	2.0	26.0
5PMGPCF2 : Fusion energy and plasma physics - WPMEDPC9	2.0	21.0
Matériaux basses températures - WPMEMBT9	2.0	20.0
Phase change - WPMEPCP1	2.0	24.0

- mandatory courses 4.0 75.0
- Bases en neutronique + Intro REP - WPMEBNE3 0.5 23.0
  5PMGACE0 : Nuclear waste management - WPMEDAC9 2.0 22.0
  5PMGCIR0 : Reactor kinetics & dynamics - WPMEDCD9 1.5 30.0

- UE Simulations JUAS 3.0 48.0
- 5PMGSND0 : Deterministic methods for neutron transport - WPMEDND9 2.0 16.0
  5PMGSNS0 : Monte Carlo methods for neutron transport - WPMEDNS9 1.5 20.0
  5PMGCOR0 : Reactor Kit - WPMEDRK9 1.0 12.0
- UE Common core JUAS ESIPAP 6.0 80.0
- Convection - WPMECOV2 1.5 16.0
  Fluid mecanics - WPMEMDF2 2.0 24.0
  Solid State Physics - WPMEPDS2 1.5 20.0
  Rayonnement - WPMERAY2 1.0 12.0
  Transferts thermiques - WPMETTH2 0.0 8.0
- Modern languages (choice to add up 3.0 ECTS) 3.0 17.0
- 5PMCANG0 : English or other language - WPMCDAN9 3.0 12.0
  WPMCFLE3 : French Language - WPMCXFL9 3.0 22.0
- Elective UE : JUAS or ESIPAP (according to your educational project) (choice of 1 child element) 12.0 140.0
- - TU ESIPAP 12.0 140.0
  - Detector physics - WPMEPDE1 6.0 70.0
    Detector technology - WPMETDE1 6.0 70.0
- - TU JUAS 12.0 140.0
  - Accelerators physics - WPMEPAC1 6.0 70.0
    Accelerators technology - WPMETAC1 6.0 70.0

Update - 18/03/2019

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