Introduction
During S8 Teaching Unit Elective, a student is associated with 5 courses (called actions de formation = AF), according both to his wishes and avalaible places, within a list of 57 AF, dispatched in 6 slots.
Every AF represents 32h of teaching and 3 ECTS credits.
The proposed AF are multidisciplinar courses or enlargement courses not so much or absolutely not seen in common core.
Programs, competences and evaluation procedures are mentioned under every AF description.
Programme
- Musical acoustics
- Algorithms for Reasoning
- Collaborative algorithms and applications
- Functional analysis : theory and applications
- Observation and Analysis of Materials
- An Introduction to Meteorology and Oceanography
- Antenna, Signal and Processors
- Web applications
- Introduction to Image Sensing and Processing
- Circuits et dispositifs en micro-ondes
- Law and Work
- Social relationships in company
- Men and their Waste
- Optimal Design and Computational Fluid Dynamics
- From micro to macro in solid and fluid mechanics
- Rotors dynamic in mechanical engineering
- Ecology and environment
- development of technical products
- Entrepreneurship and innovation
- Wind Turbines
- Adaptive filtering : application to active noise control
- Market Finance
- Cost Manangement and entrepreneurial finance
- Geographical information systems
- Process engineering
- High voltage engineering and systems
- Nuclear Engineering
- Health engineering
- Introduction to random vibrations
- Social, economical and political issues for a sustainable development
- Les Métamatériaux Mécaniques
- Machine Learning et Applications
- Marketing
- Polymer materials : physical properties and innovations
- Mathematical Biology
- Soil mechanics
- Mechanics of thin structures : plates and shells
- Finite Element Method, from the theory to implementation
- Numerical methods in mechanics
- Globalization and Transcultural issues
- Optical methods
- Chaos and fractals
- Philosophy of the sciences and the techniques
- Physical chemistry of surfaces and interfaces
- Electrical energy
- Programming of graphic interface
- Aircraft Turbojets
- Fablab practices
- Selection of Materials
- Multiphysics simulation in mechanical design
- Political Sociology
- Space physics and solar-terrestrial coupling
- Mechanical systems and contacts
- Discrete event systems
- Smart mecatronics systems
- The Physics and Modelling of free surface flows
- Probability theory and introduction to stochastic processes
- Life, Information and System