 |
| 220 hrs |
Mathematics, IT languages |
| 170 hrs |
General teaching |
| 150 hrs |
The mechanics of fluids and solids |
| 150 hrs |
Practical teaching |
| 110 hrs |
Communication (written and oral), English |
|
 Core subject
|
| 100 hrs |
Mathematics, digital methods |
| 100 hrs |
Thermal transfers |
| 100 hrs |
The mechanics of fluids |
| 80 hrs |
Sciences for the engineer |
| 150 hrs |
Practical teaching |
| 80 hrs |
English |
Options
|
| 200 hrs |
Advanced materials - non conventional industrial compounds : Composites I, polymers, surfaces and interfaces, characterisation of materials |
| 200 hrs |
Metrology and industrial IT : Actuators, sensor conditioning, automatons, electronics, digital communication |
| 200 hrs |
Energetic systems and thermal transfers : Exchangers, applied thermics, the physics of fluids, combustion |
 |
|
 Core subject
|
| 100 hrs |
Digital modelling |
| 50 hrs |
The physics of transfers and optical diagnostics |
| 60 hrs |
Sciences for the engineer |
| 40 hrs |
English |
Options
|
| 150 hrs |
Advanced materials : Glues, powders, ceramics, composites II, vitrified ceramics |
| 150 hrs |
Metrology and industrial IT : Instrumented systems, networks, micro controllers |
| 150 hrs |
Energetic systems and thermal transfers : Complex fluids, industrial combustion, exchangers, air conditioning systems, nuclear reactors
|
| At the same time as studying for the third year, students can prepare the DEA in Mechanics and Energetics |
|