| Code | Title |
| EL01 | General electricity |
| EN21 | Basis of linear electronics |
| MA11 | Revision of mathematics (gm, gsm, gp) |
| MC01 | Electrical machines i |
| MQ01 | Elements of strength of materials |
| MQ02 | Strength of materials : fundamentals |
| MQ03 | Vibration mechanics i |
| MQ17 | Introduction to mechanical properties and ingineering of materials |
| MQ18 | Kinematics and dynamics of systems |
| MT09 | Numerical analysis |
| MT12 | Mathematical methods in engineering |
| NF04 | Methods and programmes for solving engineering problems |
| PS05 | Fundamental acoustics and models |
| SY02 | Statistical methods for research and manufacturing |
| SY04 | Linear servo systems : analysis and control |
| SY06 | Analysis and processing of signals |
| SY08 | Modelisation of discrete event systems |
| SY09 | Data analysis and data mining |
| TF01 | Incompressible fluid mechanics |
| Code | Title |
| C2I1 | Basic computer and internet use |
| C2I2 | Computer use and internet use for engineers |
| CT02 | Statistical process control |
| CT04 | Non destructive testing (n.d.t.) |
| DI03 | Products formgiving & 3d shaping cad |
| DI05 | Methodology and value analysis |
| DI06 | Consumer products analysis |
| DI07 | Transport design |
| DI08 | Industrial design and products development |
| EG01 | Ergonomics |
| EL02 | Applied industrial electricity |
| EN14 | Electronic functions for the engineer |
| FQ01 | Economy and quality control |
| FQ03 | Robust product design and design of experiments |
| FQ05 | Industrial reliability |
| FQ07 | Quality in industry |
| GE37 | Project management |
| GE38 | Management of technical resources |
| GE39 | Management and marketing of innovation |
| GE40 | Projects management |
| LO01 | Principles of programmation |
| LO18 | Multimedia projects |
| MC02 | Variable speed electromechanical drives |
| MC05 | Fluid transport machinery |
| MC06 | Modelisations, turing, design of electromechanical drives |
| MC07 | Power electronics |
| MC08 | Robotic engineering and electrical actuators |
| MP02 | Production and shaping |
| MQ04 | Polymers |
| MQ05 | Tribology |
| MQ06 | Finite element structural analysis |
| MQ07 | Degradation and protection of materials in their environment |
| MQ08 | Processing and properties of metals |
| MQ09 | Vibration mechanics ii |
| MQ10 | Mechanical behaviour of materials |
| MQ11 | Metal processing |
| MQ12 | Materials selection |
| MQ13 | Compositematerials |
| MQ19 | Dynamics of structures |
| MS03 | Measurement and normalisation of acoustics and vibration |
| NF02 | From integrated circuitsto microprocessors |
| NF15 | Microprocessors (basic,interfacing and logic) |
| PR | Project realisation |
| PS09 | Applied acoustics |
| PS10 | Modal analysis in acoustics and vibrations |
| PS12 | Generation, propagation and applications of ultra-sonics |
| PS13 | Vibroacoustics problems : analysis and modelisation |
| SY03 | Introduction to electromechanical systems |
| SY10 | Fuzzy logic : concepts and applications |
| SY16 | Signal processing and applications |
| TN08 | Graphic communication |
| TN12 | Mechanical design |
| TN15 | Creation of activity, product, company |
| TN20 | Cad : geometrical modelling |
| TN21 | Product lifecycle management and collaborative design |
| TN22 | Elements of the design function |
| TN23 | Manufacturing engineering |
| TX | Laboratory project |
Descriptif des cours en francais, cliquez ici. 
