bme paris - master 2 biomedical engineering · bme paris - master 2 biomedical engineering version...

BME Paris - Master 2BioMedical Engineering Version du 13 juillet 2011

Academic year 2011-2012

FIRST SEMESTER

Sep M 12T 13W 14T 15F 16

M 19T 20W 21T 22F 23

M 26T 27W 28T 29F 30

Oct M 3T 4W 5T 6F 7

M 10T 11W 12T 13F 14

M 17T 18W 19T 20F 21

M 24T 25W 26T 27F 28

M 31Nov T 1

W 2T 3F 4

M 7T 8W 9T 10F 11

S9

EXAMEN UE 3.5

UE 3.3 Modelling and Simulation for Biomechanics 8Advanced preparation to subtracks

UE 3.5 Basics in Biomaterials Science 8UE 3.4 Basics in Cell Biology 8

UE 3.5 Basics in Biomaterials Science 3

Férié

UE 3.3 Modelling and Simulation for Biomechanics 1

UE. Anatomy

UE 3.3 Modelling and Simulation for Biomechanics

UE 3.4 Basics in Cell Biology 1

Off

UE 3.5 Basics in Biomaterials Science 1UE 3.2 Methodology and Tutorial Project 1

S8

S1

S2

S3

Projet Tutoré

Projet Tutoré

Projet Tutoré

UE 3.5 Basics in Biomaterials Science 5 SEMINAR UE. Anatomy

EXAMEN UE 3.3 Projet Tutoré

UE 3.3 Modelling and Simulation for Biomechanics 4

UE 3.4 Basics in Cell Biology 4

EXAMEN UE 3.4

Advanced preparation to subtracksUE 3.4 Basics in Cell Biology 7

Inscription Administrative - Choix projet

SEMINAR



UE 3.4 Basics in Cell Biology 5 Projet Tutoré

UE 3.3 Modelling and Simulation for Biomechanics 2UE 3.4 Basics in Cell Biology 2 Projet Tutoré

Projet Tutoré

UE. Anatomy

UE. Anatomy

UE 3.4 Basics in Cell Biology 3UE 3.3 Modelling and Simulation for Biomechanics 3 UE 3.5 Basics in Biomaterials Science 2

Projet Tutoré

Anglais

Anglais

SEMINAR

Projet Tutoré Projet Tutoré

Projet Tutoré

UE 3.2 Meth. & Tut. ProjectS5

S6

S7


Projet Tutoré

Anglais

Anglais

Anglais

Projet Tutoré

Projet Tutoré

Projet Tutoré

SEMINAR

SEMINAR

Anglais

SEMINAR



UE 3.4 Basics in Cell Biology 6UE 3.3 Modelling and Simulation for Biomechanics 6

UE 3.5 Basics in Biomaterials Science 7UE 3.3 Modelling and Simulation for Biomechanics 7

Férié

Semaine "SOFCOT" // Projet Tutoré

Immersion Clinique (Choix projet)

30 13 30 14 30 15

Matinée d'accueil BME-Paris

Immersion Clinique (Choix projet)

Immersion Clinique (Choix projet)Immersion Clinique (Choix projet)

Visites d'entreprise (Choix projet)Visites d'entreprise (Choix projet)Visites d'entreprise (Choix projet)

Rentrée (BM)² - Accueil généralInscription Administrative - Choix projet Inscription Administrative - Choix projet

30 1930

S4

(BM)² : Biomechanics & Biomaterials

8 30 9 30 10 30 11 30 12 16 30 17 30 18



FIRST SEMESTER

M 14T 15W 16T 17F 18

M 21T 22W 23T 24F 25

M 28T 29W 30

Dec T 1F 2

M 5T 6W 7T 8F 9

M 12T 13W 14T 15F 16

Jan M 2T 3W 4T 5F 6

M 9T 10W 11T 12F 13

M 16T 17W 18T 19F 20

M 23T 24W 25T 26F 27

S18EXAM Subtrack specific Teaching Units EXAM Subtrack specific Teaching Units

S17

UE. AnatomyRattrapage de cours / Révision

S16U.E. 3.6a Accidentology & regulations 6 3.6e Neuro EngineeringU.E. 3.7a Impact mechanics & high velocities 6

UE 3.2 Methodology and Tutorial Project Projet TutoréProjet Tutoré

Vacances de Noël : 17 écembre 2011 au 2 janvier 2012

SEMINAR UE. Anatomy

Projet Tutoré

3.8a Experimental methods for impact biomechanics 5

EXAM Subtrack specific Teaching Units

EXAM Subtrack specific Teaching Units EXAM Subtrack specific Teaching UnitsEXAM Subtrack specific Teaching Units EXAM Subtrack specific Teaching UnitsEXAM Subtrack specific Teaching Units EXAM Subtrack specific Teaching Units

Rattrapage de cours / Révision Rattrapage de cours / RévisionRattrapage de cours / Révision

Rattrapage de cours / Révision Rattrapage de cours / RévisionRattrapage de cours / Révision Rattrapage de cours / RévisionRattrapage de cours / Révision

3.8a Experimental methods for impact biomechanics 6 Anglais Projet Tutoré3.9a Traumatology, injury mechanisms & therapies 6

SEMINAR Projet Tutoré


S15Férié

Projet Tutoré

UE 3.0 : Interdisciplinary Seminar

3.8a Experimental methods for impact biomechanics 4 Anglais Projet Tutoré3.9a Traumatology, injury mechanisms & therapies 4 SEMINAR UE. Anatomy

Anglais Projet Tutoré3.9a Traumatology, injury mechanisms & therapies 5 SEMINAR


Projet Tutoré Projet TutoréProjet Tutoré

Projet Tutoré









UE 3.2 Methodology and Tutorial Project Projet Tutoré3.8a Experimental methods for impact biomechanics 1 Anglais Projet Tutoré3.9a Traumatology, injury mechanisms & therapies 1 SEMINAR UE. Anatomy

S10U.E. 3.6a Accidentology & regulations 1 3.6e Neuro EngineeringU.E. 3.7a Impact mechanics & high velocities 1 Projet Tutoré

30 16 30 17 3030 13 30 14 30 15


8 30 9 30 10 30 11 30 12 1918

I2M : IMPACT & INJURY MECHANISMS

30



FIRST SEMESTER

M 14T 15W 16T 17F 18

M 21T 22W 23T 24F 25

M 28T 29W 30

Dec T 1F 2

M 5T 6W 7T 8F 9

M 12T 13W 14T 15F 16

Jan M 2T 3W 4T 5F 6

M 9T 10W 11T 12F 13

M 16T 17W 18T 19F 20

M 23T 24W 25T 26F 27

MS2 : MUSCULOSKELETIC SYSTEM

S17

S18

Rattrapage de cours / Révision Rattrapage de cours / RévisionRattrapage de cours / Révision Rattrapage de cours / Révision

UE 3.7c Medical imaging & geometrical modeling 5 3.9c Movement analysis & Locomotion 6UE 3.2 Methodology and Tutorial Project Projet Tutoré

Projet Tutoré Anglais 3.8c Muscular system modeling 6SEMINAR UE. Anatomy

Projet TutoréS16

EXAM Subtrack specific Teaching Units EXAM Subtrack specific Teaching UnitsEXAM Subtrack specific Teaching Units

S10

S11

S12

S13

S14

S15

EXAM Subtrack specific Teaching Units EXAM Subtrack specific Teaching UnitsEXAM Subtrack specific Teaching Units EXAM Subtrack specific Teaching UnitsEXAM Subtrack specific Teaching Units EXAM Subtrack specific Teaching Units

Rattrapage de cours / RévisionRattrapage de cours / Révision Rattrapage de cours / RévisionRattrapage de cours / Révision

3.6c Non-linear aspects for the musculoskeletal modeling



Projet Tutoré

Projet Tutoré

Projet Tutoré Anglais3.6c Non-linear aspects for the musculoskeletal modeling SEMINAR

3.8c Muscular system modeling 5Projet Tutoré


FériéProjet Tutoré


Projet TutoréUE 3.7c Medical imaging & geometrical modeling 5 3.9c Movement analysis & Locomotion 5


Projet Tutoré

Projet Tutoré Anglais3.6c Non-linear aspects for the musculoskeletal modeling SEMINAR UE. Anatomy

3.8c Muscular system modeling 4



Projet Tutoré


3.8c Muscular system modeling 3



Projet Tutoré


3.8c Muscular system modeling 2Projet Tutoré Projet Tutoré

Projet Tutoré

UE 3.2 Methodology and Tutorial Project Projet TutoréProjet Tutoré Anglais

3.6c Non-linear aspects for the musculoskeletal modeling SEMINAR UE. Anatomy3.8c Muscular system modeling 1

30 13 30 14 30 15


Rattrapage de cours / Révision UE. Anatomy


8 30 9 30 10 30 11 30 12 30 19


Projet Tutoré

30 16 30 17 30 18



FIRST SEMESTER

M 14T 15W 16T 17F 18

M 21T 22W 23T 24F 25

M 28T 29W 30

Dec T 1F 2

M 5T 6W 7T 8F 9

M 12T 13W 14T 15F 16

Jan M 2T 3W 4T 5F 6

M 9T 10W 11T 12F 13

M 16T 17W 18T 19F 20

M 23T 24W 25T 26F 27

Projet Tutoré


S18

Projet Tutoré

Projet Tutoré

B2M: BIOMATERIALS & BIOLOGICAL MATERIALS

S10

S11

S12

S13

S14

S15

S16

UE 3.7b Tissue Engineering and Implant Design 8 Anglais Projet TutoréUE 3.9b Biointerfaces 5 SEMINAR

UE 3.7b Tissue Engineering and Implant Design 7UE 3.8b Handling of Proteins and Biomembranes 5 UE 3.11b Cardiovascular 5


UE 3.7b Tissue Engineering and Implant Design 6 Anglais Projet Tutoré

Projet Tutoré

Projet Tutoré


UE 3.7b Tissue Engineering and Implant Design 4 Anglais Projet TutoréUE 3.9b Biointerfaces 3 SEMINAR UE. Anatomy

UE 3.10b Engineering of Biosourced Polymers 3 UE 3.10b Engineering of Biosourced Polymers 4UE 3.8b Handling of Proteins and Biomembranes 3 UE 3.11b Cardiovascular 3


UE 3.9b Biointerfaces 2 SEMINAR

EXAM Subtrack specific Teaching Units EXAM Subtrack specific Teaching UnitsEXAM Subtrack specific Teaching Units

EXAM Subtrack specific Teaching Units EXAM Subtrack specific Teaching Units

UE 3.11b Cardiovascular 6UE 3.2 Methodology and Tutorial Project Projet Tutoré


EXAM Subtrack specific Teaching Units EXAM Subtrack specific Teaching UnitsEXAM Subtrack specific Teaching Units EXAM Subtrack specific Teaching Units

Rattrapage de cours / RévisionRattrapage de cours / Révision Rattrapage de cours / RévisionRattrapage de cours / Révision

Rattrapage de cours / Révision Rattrapage de cours / RévisionRattrapage de cours / Révision Rattrapage de cours / Révision

SEMINAR


FériéProjet Tutoré Projet Tutoré


Projet Tutoré

S17

UE 3.9b Biointerfaces 6 SEMINAR UE. Anatomy

UE 3.8b Handling of Proteins and Biomembranes 6



UE. Anatomy

UE 3.10b Engineering of Biosourced Polymers 1 UE 3.10b Engineering of Biosourced Polymers 2UE 3.8b Handling of Proteins and Biomembranes 2 UE 3.11b Cardiovascular 2


17 30


13 30 14 30 15

UE 3.2 Methodology and Tutorial Project Projet TutoréUE 3.7b Tissue Engineering and Implant Design 2

1830

Anglais Projet Tutoré

Projet Tutoré

Rattrapage de cours / Révision UE. Anatomy


8 30 9 30 10 30 11 30 12 19


30 16 30 30




SECOND SEMESTER

Jan M 30T 31

Fev W 1T 2F 3

M 6

Jun F 22

M 25T 26W 27T 28F 29

M 2T 3W 4T 5

Jul F 6Archivage des projetsArchivage des projets

RATTRAPAGES RATTRAPAGESRATTRAPAGES RATTRAPAGESRATTRAPAGES RATTRAPAGES

Soutenances Finales

Projet Tutoré U.E. 4.1 : Economical and Industrial aspects

Lab training – 21 weeks - 5 monthsSoutenances à mi-parcours les 23 & 24 février

15 jun 2012 : deadline for lab training report

Lab training

Soutenances FinalesSoutenances Finales

Lab Training U.E. 4.1 : Economical and Industrial aspectsLab Training U.E. 4.1 : Economical and Industrial aspectsProjet Tutoré U.E. 4.1 : Economical and Industrial aspects

Lab Training U.E. 4.1 : Economical and Industrial aspects

14 30 15 30 16 3011 30 12 30 13 3030 17


8 30 9 30 10 30 18 30 19



Nov T 3T 10T 17T 24


8 30 9 30 10 30 11 30 12

CBM: CLINICAL BIOMECHANICS

30 1930 16 30 17 30 1830 13 30 14 30 15

SOFCOTAccueil Rappels de Maths Rappels de Mathématiques

Statics 1 1 Statics 1 2Statics 1 3 S. of materials 1 1

Kinematics 1Kinematics 2

bme paris - master 2 biomedical engineering · bme paris - master 2 biomedical engineering version...

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