Introduction
UE (164h+50h project)
I - Specific modules of the Engineering fields of applications (80h+50h project)
In this unit, the student must choose a module among 7:
- AE - Aeronautics
- BIN - Bio-Engineering and Nanotechnologies
- EN - Energy
- GCE - Civil Engineering and Environment
- INFO - Computer
- MD - Mathematics and Decision
- TT - Transportation and Traffic
The grade of the specific module is calculated from the weighted averages of the courses taken in each module. The module is validated if the average is above 10.
II - Open modules of the Engineering fields of applications (84h) In addition to this specialization, students choose three courses among 32 courses(MOS):
Slot 1 Monday 8:00-12:00 MOS 1.1 Transonic Aerodynamics MOS 2.1 Decision Support Algorithms MOS 3.1 Electromagnetic compatibility MOS 4.1 Natural Ressources and their management (English) MOS 5.1 Advanced Foundation Engineering MOS 6.1 Tissue Engineering and Biomaterials MOS 7.1 Stability of Rotating Machines (English)
Slot 2 Wednesday 8:00-12:00 MOS 1.2 Transportation Noise (English) MOS 2.2 Computer Graphics MOS 3.2 Structures for Power Generation MOS 4.2 Atmospheric Pollution (English) MOS 6.2 Strategic Management MOS 7.2 Structural and System Health Monitoring (English)
Slot 3 Wednesday 14:00-18:00 MOS 1.3 Vehicule Design MOS 2.3 Choice of Materials and Assemblies MOS 3.3 Hybrid Electric Vehicules: Modelling and Energy Management MOS 4.3 Managing Business Information Systems MOS 5.3 Physical Problems in Unbounded Media: Mathematical Analysis and Numerics (English) MOS 6.3 Microsystems, Biosensors, Microfluidics MOS 7.3 Civil Engineering Works
Slot 4 Friday 8:00-12:00 MOS 1.4 Active Control of Noise and Vibrations (English) MOS 2.4 Macro Energie MOS 3.4 Traffic Flow Theory and Management MOS 4.4 Information Technology MOS 5.4 Complex Phenomena and Structural Dynamics
Slot 5 Friday 13:30-17:30 MOS 1.5 Functionalised thin Layers and Surfaces MOS 2.5 Dynamics of Mechanisms MOS 3.5 Unsteady Flows in Turbomachinery MOS 4.5 Coastal and Ocean Engineering (English) MOS 5.5 Interactive Data Visualisation MOS 6.5 Times Series Econometrics MOS 7.5 Energy and Environmental Impact
The grade of the open module is the average of the three MOS grades.
III - Assessment
The UE score is the weighted sum of the specific module (50%) and the open module (50%). The UE is validated if the grade is greater than 10 and the score of each courses within each module is greater than 10.
Programme
- Option Aeronautics
- Aeronautics
- Option Bio-engineering and nanotechnology
- Bio-engineering and nanotechnology
- Energy
- Option Energy
- Option Computer science and Communication
- Specific courses for Computer science and Communication Option
- Computer science and Communication
- Java architectures for information systems
- Computer-based technology for Big Data
- Cybersecurity
- Software engineering
- Internet of objects and embedded concurrent systems
- Machine learning
- Project
- Calcul et modélisation géométrique pour l'informatique graphique
- Bayesian machine learning and text mining
- Project
- Specialization Information systems
- Specific courses for Computer science and Communication Option
- Computer science and Communication
- Specific courses for Computer science and Communication Option
- Computer science and Communication
- Java architectures for information systems
- Computer-based technology for Big Data
- Cybersecurity
- Software engineering
- Internet of objects and embedded concurrent systems
- Machine learning
- Project
- Calcul et modélisation géométrique pour l'informatique graphique
- Bayesian machine learning and text mining
- Project
- Specialization Information systems
- Specific courses for Computer science and Communication Option
- Option Mathematics and decision
- Mathematics and decision
- Civil and Environmental Engineering
- Option Ecological Transition and Territories
- Transport and traffic
- Option Transport and traffic
- Segment Specifics Modules
- Transonic Aerodynamics
- Game theory and algorithms
- Air and ground transportation noise
- Confort et énergie de l'habitat
- Active Noise Control and Vibration
- Choice of materials and assemblage
- Electromagnetic Compatibility of power systems, interaction with environement
- Functionalized thin layers and surfaces
- Dynamic mechanisms
- Time Series Analysis
- Unsteady flow in turbomachine
- Calculs avancés en dynamique des véhicules
- Complex systems fiability
- Advanced soil engineering
- Hydrology and Hydrogeology
- Enterprise computing
- Computer Graphics
- Tissue engineering and biomaterials
- Macro Energy
- Microsystems, microsensors, microfluidic
- New Technologies of Information and Communication
- Construction of Energy Production
- Complex phenomena in structural dynamics
- Entrepreneurial coaching
- Business development
- Atmospheric pollution
- Physical problems in unbounded media : mathematical analysis and numerics
- Techniques for construction
- Ressources, Energy, Climate, Societies
- Ressources, energy, climate, societies
- Experimental methods in mechanics
- Stability of Rotating Machines
- Strategic Management
- Health monitoring
- Hybrid electric vehicles : modelling and energy management
- Interactive Data Visualization