Double-Diploma IPhy-PhSem - Semester 9

Curriculum->Double-Diploma IPhy-PhSem->Semester 9

Courses and group of courses name

ECTS

hours per student

Engineering degree for double degrees IPhy / PhSem 30.0 324.0

Semester 9 DD IPhy / PhSem 30.0 324.0
- Complementary teachings S9 0.0 12.0
- Starter Amphitheater - 5PMCAST6 0.0 4.0
  Preparation for professional insertion - 5PMCPIP0 0.0 4.0
  Amphitheatre - Recruitment interview - HP5SIMUENT_3A 0.0 4.0

UE Microelectronics and project 6.0 62.0

Hand-on project management - 5PMNDIP0	3.0	24.0
Device and circuit reliability - 5PMNFCC0	1.0	12.0
Physics of defects in semiconductors - 5PMNPDS3	1.5	18.0
Integrated photonics simulation project - 5PMNTPE0	0.5	8.0

- UE Materials and Processes 6.0 72.0
- Materials Characterization - 5PMNCAR0 2.0 22.0
  Lithography - 5PMNPHO1 1.0 10.0
  Materials characterization Labwork - 5PMNTPC0 1.0 20.0
  Optical signal processing - 5PMNTSO6 2.0 20.0
- EU Photonics 6.0 72.0
- Non linear optics - 5PMNONL1 2.0 24.0
  Integrated photonics - 5PMNPIN0 2.0 24.0
  Integrated photonics simulation project (IPh-S9-PhSem-DD) - 5PMNSPI0 1.0 16.0
  Non linear optics Labs - 5PMNTON5 1.0 8.0
- UE Optoelectronics 6.0 62.0
- CMOS Imageurs - 5PMNICM1 1.5 16.0
  Optoelectronics - 5PMNOPT0 3.0 30.0
  THz Optoelectronics - 5PMNOTH2 1.5 16.0

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 (priority 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

- 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

- Master Degree for Double Degrees PhSem / IPhy 30.0 293.0
- - Semester 9 DD PhSem / IPhy 30.0 293.0
  - - UE Materials 3.0 30.0
    - 5PMNCAR0 : Materials Characterization - WPMNDCM9 2.0 22.0
      5PMNTPC0 : Materials characterization Labwork - WPMNDTC9 1.0 8.0
  - - UE Non linear optics 3.0 28.0
    - 5PMNONL1 : Non linear optics - WPMNDOL9 2.0 20.0
      5PMNTON5 : Labs Non linear optics - WPMNDTO9 1.0 8.0
  - - UE Optoelectronics I 3.0 30.0
    - 5PMNOPT0 : Optoelectronics - WPMNDOP0 3.0 30.0
  - - UE Integrated Photonics 3.0 40.0
    - 5PMNPIN0 : Integrated photonics - WPMNDPI0 2.0 24.0
      5PMNSPI0 : Integrated photonics simulation project (IPh-S9-PhSem-DD) - WPMNDSP0 1.0 16.0
  - - UE Optoelectronics II 3.0 32.0
    - CMOS Imageurs - WPMNDIC1 1.5 16.0
      5PMNOTH2 : THz Optoelectronics - WPMNDOT9 1.5 16.0
  - - UE Microelectronics 3.0 38.0
    - 5PMNTPE0 : Labs: Electrical characterization of MOS devices - WPMNDCE0 0.5 8.0
      5PMNFCC0 : Device and circuit reliability - WPMNDFC9 1.0 12.0
      5PMNPDS3 : Physics of defects in semiconductors - WPMNDPD3 1.5 18.0
  - - UE Fourier Optics 3.0 30.0
    - 5PMNPHO1 : Lithography - WPMNDPH9 1.0 10.0
      5PMNTSO6 : Optical signal processing - WPMNDTS9 2.0 20.0
  - - (choice of 1 child element) 6.0 48.0
    - - SEMICONDUCTORS BLOCK 6.0 48.0
      - UE Physics of III semiconductors 3.0 28.0
        Physics of semiconductors III - WPMSPSE7 2.0 20.0
        Semiconductor physics Labwork - WPMSTPS7 1.0 8.0
      - UE Physics of technological processes 3.0 20.0
        Physics of technological processes - WPMSPPT7 3.0 20.0
    - - 6.0 48.0
      - UE Quantum condensed matter (M2 PhSem) 3.0 24.0
        UE Quantum condensed matter (M2 PhSem) - WPMSQCM2 3.0 24.0
      - UE Quantum optics 3.0 24.0
        Quantum Optics UGA - WPMSQOP2 3.0 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

Update - 05/11/2024

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Starter Amphitheater - 5PMCAST6	0.0	4.0
Preparation for professional insertion - 5PMCPIP0	0.0	4.0
Amphitheatre - Recruitment interview - HP5SIMUENT_3A	0.0	4.0

Materials Characterization - 5PMNCAR0	2.0	22.0
Lithography - 5PMNPHO1	1.0	10.0
Materials characterization Labwork - 5PMNTPC0	1.0	20.0
Optical signal processing - 5PMNTSO6	2.0	20.0

Non linear optics - 5PMNONL1	2.0	24.0
Integrated photonics - 5PMNPIN0	2.0	24.0
Integrated photonics simulation project (IPh-S9-PhSem-DD) - 5PMNSPI0	1.0	16.0
Non linear optics Labs - 5PMNTON5	1.0	8.0

CMOS Imageurs - 5PMNICM1	1.5	16.0
Optoelectronics - 5PMNOPT0	3.0	30.0
THz Optoelectronics - 5PMNOTH2	1.5	16.0

English or other language - 5PMCANG0	2.0	12.0
Management and work relations - 5PMCMRT2	2.0	16.0

Sport (S9) - 5PMCEPS0	1.5	24.0
French as a foreign language - 5PMCFLE5	2.0	20.0
Bibliographic Project - 5PMCPRB5	2.0	24.0

5PMNCAR0 : Materials Characterization - WPMNDCM9	2.0	22.0
5PMNTPC0 : Materials characterization Labwork - WPMNDTC9	1.0	8.0

5PMNONL1 : Non linear optics - WPMNDOL9	2.0	20.0
5PMNTON5 : Labs Non linear optics - WPMNDTO9	1.0	8.0

5PMNPIN0 : Integrated photonics - WPMNDPI0	2.0	24.0
5PMNSPI0 : Integrated photonics simulation project (IPh-S9-PhSem-DD) - WPMNDSP0	1.0	16.0

CMOS Imageurs - WPMNDIC1	1.5	16.0
5PMNOTH2 : THz Optoelectronics - WPMNDOT9	1.5	16.0

5PMNTPE0 : Labs: Electrical characterization of MOS devices - WPMNDCE0	0.5	8.0
5PMNFCC0 : Device and circuit reliability - WPMNDFC9	1.0	12.0
5PMNPDS3 : Physics of defects in semiconductors - WPMNDPD3	1.5	18.0

5PMNPHO1 : Lithography - WPMNDPH9	1.0	10.0
5PMNTSO6 : Optical signal processing - WPMNDTS9	2.0	20.0

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

5PMCANG0 : English or other language - WPMCDAN9	3.0	12.0
WPMCFLE3 : French Language - WPMCXFL9	3.0	22.0