ENSTA Bretagne : Modélisation

MSC AUTOMOTIVE ENGINEERING Program

SEMESTER 1 - 1st YEAR

4 Course Units (CE), 30 ECTS

CU 1.1 Core Subjects for Mechanics Lessons (55 minutes) ECTS
Mathematics 36  
Materials 60  
Finite Elements  48  
TOTAL    9

 

CU 1.2 Mechanical engineering and heat engines Lessons (55 minutes) ECTS
Mechanical Engineering 32  
Power Transmission Systems 60  
Thermics/Thermodynamics 23  
Thermics/Thermodynamics 19  
TOTAL    10

 

CU 1.3 Human and Social Sciences, Language learning Lessons (55 minutes) ECTS
LL 1 English 28  
TOTAL    2

 

CU 1.4 Project Lessons (55 minutes) ECTS
Systems Engineering 28  
Field Application Project  80  
TOTAL    9

 

SEMESTER 2 - 1st YEAR

5 CU, 30 ECTS

CU 2.1 Composites, Materials, Vibrations Lessons (55 minutes) ECTS
Composites Materials 21  
Plates and Beams 21  
Vibrations 42  
TOTAL     8

 

CU 2.2 Vehicle Architecture  Lessons (55 minutes) ECTS
Vehicle Dynamics 60  
Electric Vehicles 22  
TOTAL   9

OR

CU 2.2 Advanced Modeling of materials and Structures Lessons  (55 minutes) ECTS
Introduction to Advanced Modeling of materials and Structures 60  
Optimization 42  
TOTAL    9

 

CU 2.3 Human and Social Sciences, Language learning Lessons (55 minutes) ECTS
LL1 English 14  
Business Game 24  
TOTAL    4

 

CU 2.4 Project Lessons (55 minutes) ECTS
The Enhanced Focus Project 126  
TOTAL   9

 

SEMESTER 3 - 2nd YEAR

VEHICLE ARCHITECTURE PROFILE : 5 CU, 30 ECTS

CU 3.1 - Vehicle Architecture Lessons (55 minutes) ECTS
Vehicle Architecture 68  
Systems Engineering 30  
Design in an automotive environment 58  
TOTAL    9

 

CU 3.2  - Powertrains Lessons (55 minutes) ECTS
Thermal engines 18  
Hybridization and hydrogen 24  
Power Transmission 60  
Electric vehicle architecture 24  
TOTAL    9

 

CU 3.3 Human and Social Sciences, Language Learning Lessons (55 minutes) ECTS
Leadership 28  
Language 24  
TOTAL    4

 

CU 3.4 AV - Materials and Structures Lessons (55 minutes) ECTS
Finite Elements and Non-Linearity 60  
Thermodynamics and Behavior Laws 34  
Fatigue 20  
TOTAL    8

 

ADVANCED MODELING OF MATERIALS AND STRUCTURES PROFILE : 5 CU, 30 ECTS

CU 3.1  Advanced Modeling of materials and structures Lessons (55 minutes) ECTS
Elastomers and composite Materials 60  
Multiscale behavior modeling 60  
Fatigue and Experimental Techniques 60  
TOTAL    12

 

CU 3.2 Specific Applied Forces Lessons (55 minutes) ECTS
Modeling and analysis of problems related to rapid dynamics 44  
Stabilityand nonlinear mechanics 46  
TOTAL    6

 

CU 3.3 Human and Social Sciences, Language Learning Lessons (55 minutes) ECTS
Leadership 28  
Language 24  
TOTAL    4

 

CU 3.4  Modeling of materials and structures Lessons (55 minutes) ECTS
Non-linear Finite Elements 60  
Thermodynamics and Constitutive Equations 60  
TOTAL    8

 

SEMESTER 4 - 2nd YEAR

2 CU, 30 ECTS

CU 4.1 Project Lessons (55 minutes) ECTS
Enhanced Focus Project 132  
TOTAL    5

 

CU 4.2 Internship Lessons (55 minutes) ECTS
Internship    
TOTAL    25

 

The classes marked with an * in this page are suitable for English speakers (course material and/or teaching in English). The candidate’s level of language should enable him or her to follow classes taught in French and English. A minimum level of B1 is recommended in both languages. All students may take their exams in English.

The courses and ECTS listed in this page are for information purposes only. They are liable to change in line with company expectations. These developments are part of the continuous improvement plan. ENSTA Bretagne has receveived the ISO 9001 accreditation for all its activities.

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