Curriculum content:

Curriculum program to obtain the diplôme d’ingénieur d’Etat in Mechanical Engineering Option: Energetics

SemestersTeaching units (U.E)Material (s)coefficient
Semester 1Fundamental Teaching UnitResistance of materials 14
Fluid mechanics 14
General theory of continuous media 13
Teaching Unit MethodologyMaterials Science and Metallurgy2
Computer Aided Drafting (CAD)2
Transversal Teaching UnitEnglish 12
Semester 2Fundamental Teaching UnitResistance of materials 23
Fluid Mechanics 23
Numerical calculations3
General theory of continuous media 22
Teaching Units MethodologiesMechanical Manufacturing2
Metrology2
Discovery Teaching UnitInternship: Professional Immersion1
Transversal Teaching UnitEnglish 21
SemestersTeaching units (U.E)Material (s)coefficient
Semester 3Fundamental Teaching UnitTurbo machine 13
Compressible flow 13
Thermodynamics 13
Heat transfer 13
Teaching Unit MethodologyFinite elements and finite volumes3
Computer aided design2
Semestre 4Fundamental Teaching UnitTurbo machine 23
Compressible flow 23
Thermodynamics 23
Heat transfer 23
Teaching Unit MethodologyHeat exchanger2
Reliability and industrial maintenance1
Discovery Teaching UnitMini-project1
Internship 21
SemestersTeaching units (U.E)Material (s)coefficient
Semestre 5Fundamental Teaching UnitInternal combustion engine3
Heating and Air Conditioning3
Propulsion mechanics3
Cold and Cryogenics3
Teaching Unit MethodologyRenewable energy2
Electrical machines1
Transversal Teaching Unitorganization and management of companies1
Methodology for studying and conducting projects1
Semestre 6End of study project17

Curriculum program of the complementary training in order to obtain the diploma of Master in Energetics

SemestreSubjectHourly volumecoefficient
S1Introduction to research22h302
S2Operational research22h302
S3Choice of materials and processes22h302
S4Master’s thesis132h304