International Master's degrees and others Programs - Semester 7

Curriculum->Internationals Cursus->Semester 7

Courses and group of courses name

ECTS

hours per student

- Semester 7 M1 RI AMIS 30.0 322.0
- - UE Fundamental aspects of materials science 6.0 60.0
  - Solid State Chemistry - 4PMFCHS4 2.0 28.0
    Introduction to functional polymers - 4PMFIPF2 2.0 12.0
    Phase transformation - 4PMMTP34 2.0 20.0
- - UE Entrepreneurship and Innovation courses 6.0 50.0
  - Introduction to sustainable design - 4PMCISD1 3.0 20.0
    Inno-Project I - 4PMHINP8 3.0 30.0
- - UE Materials development and durability 6.0 36.0
  - MOOC + industrial seminars - 4PMFMOO1 2.0 0.0
    Genesis of microstructures : Part 1 - 4PMMEL34 4.0 36.0
- - UE Applied Materials I 6.0 88.0
  - Surfaces and interfaces - 4PMFCCM2 1.5 16.0
    Sustainability in Industrial Engineering - 4PMHSIE8 3.0 48.0
    Microstructures and properties - 4PMMMIC9 2.5 24.0
- - UE Modelling tools and Materials S7 6.0 88.0
  - Functional material physics - 4PMFPMF4 2.0 24.0
    3PMNNUM7 : Numerical methods - 4PMNXNU0 4.5 64.0
- Semester 7 M1 RI FAME 30.0 302.0
- - UE Fundamental aspects of materials science S7 6.0 60.0
  - Solid State Chemistry - 4PMFCHS4 2.0 28.0
    Introduction to functional polymers - 4PMFIPF2 2.0 12.0
    Phase transformation - 4PMMTP34 2.0 20.0
- - Collaborative course with partners S7 5.0 24.0
  - E-project S7 - 4PMFREP3 5.0 24.0
- - UE Materials development and durability 7.0 56.0
  - Introduction to sustainable design - 4PMCISD1 3.0 20.0
    Genesis of microstructures : Part 1 - 4PMMEL34 4.0 36.0
- - UE Applied Materials I 6.0 74.0
  - Surfaces and interfaces - 4PMFCCM2 1.5 16.0
    Polymers - 4PMFPOL5 3.0 34.0
    Microstructures and properties - 4PMMMIC9 2.5 24.0
- - UE Modelling tools and functional materials S7 6.0 88.0
  - Functional material physics - 4PMFPMF4 2.0 24.0
    3PMNNUM7 : Numerical methods - 4PMNXNU0 4.5 64.0
- Semester 7 M1 RI MANUEN 26.0 312.2
- - UE 1 Fundamentals of materials science 1 6.0 56.0
  - Genesis of microstructures : Part 1 - 4PMMEL34 4.0 36.0
    Phase transformation - 4PMMTP34 2.0 20.0
- - UE 2 Materials and mechanics 2.0 24.0
  - Microstructures and properties - 4PMMMIC9 2.5 24.0
- - UE 3 Materials and numerical methods 6.0 88.0
  - 3PMNNUM7 : Numerical methods - 4PMNXNU0 4.5 64.0
    Finite Elements Projects on nuclear - VPMUFEM4 1.5 24.0
- - UE 4 Reactor physics & nuclear engineering (choice to add up 6.0 ECTS) 6.0 64.2
  - 3PMNBNP7 : Basics of Nuclear Physics - 3PMNDBN0 2.5 20.0
    3PMNNSA7 : Nuclear Safety - 3PMNDNS0 1.0 12.0
    3PMNRPK7 : Reactor Physics and Kinetics - 3PMNDRP0 2.5 32.0
    Project S7 students NCEPU - VPMUPR38 6.0 60.0
- - UE 5 Physics and language 6.0 80.0
  - Second Modern language - LV2 - 4PMCL235 1.5 0.0
    4PMCAN32 : English Semester 7 - VPMCDAN0 2.0 60.0
    Mechanics of materials - VPMUMMA8 2.5 20.0
- Semester 7 M1 RI EFM 30.0 278.0
- - UE Fundamental aspects of materials science S7 6.0 60.0
  - Solid State Chemistry - 4PMFCHS4 2.0 28.0
    Introduction to functional polymers - 4PMFIPF2 2.0 12.0
    Phase transformation - 4PMMTP34 2.0 20.0
- - UE Materials development and durability 7.0 56.0
  - Introduction to sustainable design - 4PMCISD1 3.0 20.0
    Genesis of microstructures : Part 1 - 4PMMEL34 4.0 36.0
- - UE Applied Materials I 6.0 74.0
  - Surfaces and interfaces - 4PMFCCM2 1.5 16.0
    Polymers - 4PMFPOL5 3.0 34.0
    Microstructures and properties - 4PMMMIC9 2.5 24.0
- - UE Materials Science practical labs 5.0 0.0
  - Practical lab work 1 - VPMFPL19 2.0 0.0
    Practical lab work 2 - VPMFPL29 2.0 0.0
    Practical lab work 3 - VPMFPL39 1.0 0.0
- - UE Modelling tools and functional materials S7 6.0 88.0
  - Functional material physics - 4PMFPMF4 2.0 24.0
    3PMNNUM7 : Numerical methods - 4PMNXNU0 4.5 64.0

Update - 29/07/2020

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Solid State Chemistry - 4PMFCHS4	2.0	28.0
Introduction to functional polymers - 4PMFIPF2	2.0	12.0
Phase transformation - 4PMMTP34	2.0	20.0

Introduction to sustainable design - 4PMCISD1	3.0	20.0
Inno-Project I - 4PMHINP8	3.0	30.0

MOOC + industrial seminars - 4PMFMOO1	2.0	0.0
Genesis of microstructures : Part 1 - 4PMMEL34	4.0	36.0

Surfaces and interfaces - 4PMFCCM2	1.5	16.0
Sustainability in Industrial Engineering - 4PMHSIE8	3.0	48.0
Microstructures and properties - 4PMMMIC9	2.5	24.0

Functional material physics - 4PMFPMF4	2.0	24.0
3PMNNUM7 : Numerical methods - 4PMNXNU0	4.5	64.0

Surfaces and interfaces - 4PMFCCM2	1.5	16.0
Polymers - 4PMFPOL5	3.0	34.0
Microstructures and properties - 4PMMMIC9	2.5	24.0

3PMNNUM7 : Numerical methods - 4PMNXNU0	4.5	64.0
Finite Elements Projects on nuclear - VPMUFEM4	1.5	24.0

3PMNBNP7 : Basics of Nuclear Physics - 3PMNDBN0	2.5	20.0
3PMNNSA7 : Nuclear Safety - 3PMNDNS0	1.0	12.0
3PMNRPK7 : Reactor Physics and Kinetics - 3PMNDRP0	2.5	32.0
Project S7 students NCEPU - VPMUPR38	6.0	60.0

Second Modern language - LV2 - 4PMCL235	1.5	0.0
4PMCAN32 : English Semester 7 - VPMCDAN0	2.0	60.0
Mechanics of materials - VPMUMMA8	2.5	20.0

Practical lab work 1 - VPMFPL19	2.0	0.0
Practical lab work 2 - VPMFPL29	2.0	0.0
Practical lab work 3 - VPMFPL39	1.0	0.0