Filière Master Physique parcours Photonique et Semiconducteurs - Semester 5

Curriculum->Master PhSem->Semester 5

Courses and group of courses name

ECTS

hours per student

- Semester 9 30.0 308.0
- - Common core 15.0 152.0
  - - UE Materials 3.0 24.0
    - Materials Characterization - 5PMNCAR0 2.0 20.0
      Materials characterization Labwork - 5PMNTPC0 1.0 4.0
  - - UE Guided optics 3.0 40.0
    - Guided wave simulation project - 5PMNBOG1 1.0 16.0
      Guided optics - 5PMNOPG1 2.0 24.0
  - - UE Non linear optics 3.0 28.0
    - Non linear optics - 5PMNONL1 2.0 20.0
      Labs Non linear optics - 5PMNTON5 1.0 8.0
  - - UE Semiconductor devices for optoelectronics 3.0 32.0
    - Photovoltaïcs devices - 5PMNCPV1 1.0 12.0
      Semiconductor devices for optoelectronics - 5PMNOSC1 2.0 20.0
  - - UE Physics of III semiconductors 3.0 28.0
    - Physics of III semiconductors - WPMSPSE7 2.0 20.0
      Semiconductor physics Labwork - WPMSTPS7 1.0 8.0
- - (choice of 1 child element) 12.0 105.0
  - - Semiconductor specialization 12.0 90.0
    - - UE Solid State Physics III 3.0 22.5
      - Solid State Physics III UGA - WPMNPSO7 3.0 22.5
    - - UE second quantification 3.0 22.5
      - second quantification UGA - WPMNSQU7 3.0 22.5
    - - UE superconductivity 3.0 22.5
      - Superconductivity UGA - WPMNSUP7 3.0 22.5
    - - UE phase transitions 3.0 22.5
      - phase transitions UGA - WPMNTPH7 3.0 22.5
  - - Optoelectronics specialization 12.0 120.0
    - - UE MOS 3.0 26.0
      - Physics of advanced MOS devices - 5PMNPCM2 2.0 18.0
        Labs: Electrical characterization of MOS devices - 5PMNTPE0 1.0 8.0
    - - UE Fourier Optics 3.0 30.0
      - Photolithography - 5PMNPHO1 1.0 10.0
        Optical signal processing - 5PMNTSO6 2.0 20.0
    - - UE Optoelectronics 3.0 32.0
      - CMOS imagers - 5PMNMOS1 1.5 16.0
        THz Optoelectronics - 5PMNOTH2 1.5 16.0
    - - UE Processes 3.0 32.0
      - Plasma - WPMSPLA7 1.0 12.0
        Physics of technological processes - WPMSPPT7 2.0 20.0
- - Modern languages (choice to add up 3.0 ECTS) 3.0 51.0
  - English or other language - 5PMCANG0 3.0 12.0
    - WPMCBULA 0.0 0.0
    French Language - WPMCFLE3 3.0 22.0

Semester 10 30.0 32.0

UE Professional insertion 3.0 32.0
- Management & Leadership - 5PMCMAN0 1.5 16.0

Sciences of enterprise managment (choice of 1 child element) 1.5 16.0

Project Management (in English) - 5PMCSMEA	1.5	16.0
Juridic aspects linked to innovation - 5PMCSMEC	1.5	16.0
Economy and society - 5PMCSMED	1.5	16.0
Quality - 5PMCSMEE	1.5	16.0
Coordination of personal activity and management of time - 5PMCSMEF	1.5	16.0
Parnership negociation - 5PMCSMEH	1.5	16.0
- 5PMCSMEP	1.5	16.0

Update - 30/03/2017

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Materials Characterization - 5PMNCAR0	2.0	20.0
Materials characterization Labwork - 5PMNTPC0	1.0	4.0

Guided wave simulation project - 5PMNBOG1	1.0	16.0
Guided optics - 5PMNOPG1	2.0	24.0

Non linear optics - 5PMNONL1	2.0	20.0
Labs Non linear optics - 5PMNTON5	1.0	8.0

Photovoltaïcs devices - 5PMNCPV1	1.0	12.0
Semiconductor devices for optoelectronics - 5PMNOSC1	2.0	20.0

Physics of III semiconductors - WPMSPSE7	2.0	20.0
Semiconductor physics Labwork - WPMSTPS7	1.0	8.0

Physics of advanced MOS devices - 5PMNPCM2	2.0	18.0
Labs: Electrical characterization of MOS devices - 5PMNTPE0	1.0	8.0

Photolithography - 5PMNPHO1	1.0	10.0
Optical signal processing - 5PMNTSO6	2.0	20.0

CMOS imagers - 5PMNMOS1	1.5	16.0
THz Optoelectronics - 5PMNOTH2	1.5	16.0

Plasma - WPMSPLA7	1.0	12.0
Physics of technological processes - WPMSPPT7	2.0	20.0

English or other language - 5PMCANG0	3.0	12.0
- WPMCBULA	0.0	0.0
French Language - WPMCFLE3	3.0	22.0