Bachelor’s degree in Energy
Bachelor’s degree in Energy
Program Description:
Acquire the reflexes of an energy specialist, be able to make the energy balance of any mechanical system, consumer or generator of energy in any form, in order to be able to decide on its vitality or locate its failures.This is the ambitious objective of this training. The proposed Bachelor’s degree in Energy Mechanics allows the holder of his diploma to adapt as quickly as possible to the various trades related to the production, generation, transport, transformation and use of energy.The professions of industrial air conditioning, cold production, heating, domestic air conditioning, thermal, solar, hydraulic, geothermal, wind power plants, motors, etc. are thus targeted by our training.
Thanks to solid training in thermodynamics and applied thermodynamics, heat transfers, fluid mechanics, turbomachines, engines, renewable energies, cold and climate engineering, the energy graduate will be able to adapt easily andbuild skills in all trades related to energy.
Academic program
Semester 1
| Teaching unit | Title of the Subject |
| Fundamentalteaching unit | Mathematics 1 |
| Physics 1 | |
| Structure of the material | |
| Methodologyteaching unit | TP Physics 1 |
| TP Chemistry 1 | |
| Informatics 1 | |
| Writingmethodology | |
|
Discoveryteaching unit
|
Careers in science and technology 1 |
| Transversal teaching unit | ForeignLanguage 1 (English) |
Semester 2
| Teaching unit | Title of the Subject |
| Fundamentalteaching unit | Mathematics 2 |
| Physics 2 | |
| Thermodynamics | |
| Methodologyteaching unit | TP Physics 2 |
| TP Chemistry 2 | |
| Informatics 2 | |
| Methodology of the presentation | |
| Discoveryteaching unit | Careers in science and technology 2 |
| Transversal teaching unit | ForeignLanguage2 (English) |
Semester 3
| Teaching unit | Title of the Subject |
| Fundamentalteaching unit | Mathematics 3 |
| Waves and vibrations | |
| Fluidmechanics | |
| Rational mechanics | |
| Methodologyteaching unit | Probability and statistics |
| Informatics 3 | |
| Technical design | |
| TP Waves and vibrations | |
| Discoveryteaching unit | Basic technology |
| Metrology | |
| Transversal teaching unit | Technical English |
Semester 4
| Teaching unit | Title of the Subject |
| Fundamentalteaching unit | Thermodynamics 2 |
| MechanicalManufacturing | |
| Mathematics 4 | |
| Numericalmethods | |
| Strength of materials | |
| Methodologyteaching unit | Computer Aided Design |
| TP FluidMechanics | |
| TP NumericalMethods | |
| TP Strength of Materials | |
| TP MechanicalManufacturing | |
| Discoveryteaching unit | Industrialelectricity |
| Materials Science | |
| Transversal teaching unit | Entrepreneurship and business management |
Semester 5
| Teaching unit | Title of the Subject |
| Fundamentalteaching unit | FluidMechanics 2 |
| Heattransfer 1 | |
| Turbomachinery 1 | |
| Energy conversion | |
| Methodologyteaching unit | TP Heattransfer |
| TP Turbomachinery 1 | |
| TP Energy Conversion | |
| Measurement and instrumentation | |
| Discoveryteaching unit | Concept of machine elements |
| Regulation and control | |
| Transversal teaching unit | Environment and sustainable development |
Semester 6
| Teaching unit | Title of the Subject |
| Fundamentalteaching unit | Turbomachinery2 |
| Internal combustion engine | |
| Refrigeration machines and heat pumps | |
| Heat transfer 2 | |
| Methodologyteaching unit | End of Cycle Project |
| TP Internal combustion engine | |
| T P Refrigeration machines and heat pumps | |
| TO Regulation and control | |
| Discoveryteaching unit | Renewable energy |
| Cryogenics | |
| Transversal teaching unit | Professional project and business management |