International master MaNuEn > Study details

Courses	ECTS	hours
Fundamentals in Nuclear Energy
P1 : Fundamentals in Nuclear Physics and thermohydraulics	2	20
P2 : Fundamentals in Materials Sciences	1,5	20
P3 : General operation of nuclear reactors and thermal machine operation	0,5	4
A : General approach to Energy issues	1	16
A : Conferences about energy
Materials for nuclear reactors	8	58
B1 : Reactor design		8
B2 : Materials selection for nuclear reactor		10
B3 : Materials used in reactors		10
B4 : Conception of primary circuits components		10
B5 : Fundamentals in water chemistry		20
B6 : Chemistry, transfert, thermohydrolics		20
Physics of irradiation damage	5	52
C10 : Introduction		4
C11 : Fundamental in modelling methods		10
C12 : Irradiation ponctual defects		12
C13 : Irradiation microstructures and dislocation		36
C14 : Interaction between radiations and living matter		4
Material ageing under irradiation	6	58
C21 : Irradiation ageing		14
C22 : Advanced fracture mechanics		14
C23 : Corrosion		16
C24 : Laboratory classes		12

Courses	ECTS	hours
OPTION Primary circuit components EDF Operation feedback in PWR	5	82
D1 : Nuclear fuel, assembly ans control rod		14
D2 : Pressure vessels and internals		14
D3 : Circuits and exchangers		10
D4 : Non destructive testing		8
D5 : Polymers and concrete (nuclear containement)		10
E1 : Waste and downstream management		10
E2 : Materials and forthcoming generations		8

OPTION Nuclear fuel CEA Nuclear fuel : PWR, RNR and other reactors concepts	5	52
F1 : Nuclear fuel design		12
F2 : Fabrication and characterisation of nuclear fuels		12
F3 : Fuel behaviour under irradiation		16
F4 : Fuel cycle		12

Update - 03/02/2017

French State controlled Master's degree