| Year 3 (1st year of the engineer curriculum) - semester 5 30 ECTS |
| Molecular chemistry 1 | 6 ECTS | Details |
| Organic chemistry 1 | Details |
| Analytical sciences 1 | 3 ECTS | Details |
| Equilibria studies in solution | Details |
| Analytical sciences 2 | 6 ECTS | Details |
| Molecular spectroscopy (UV, IR, MS and NMR) | Details |
| Process engineering 1 | 3 ECTS | Details |
| Transport phenomena : fluid mechanics and dynamics | Details |
| Physic and inorganic chemistry 1 | 3 ECTS | Details |
| Physical chemistry and inorganic chemistry | Details |
| Physic and inorganic chemistry 2 | 3 ECTS | Details |
| Thermodynamics, quantum mechanics and statical thermodynamics | Details |
| Languages and international culture 1 | 3 ECTS | Details |
| English and one other chosen foreign language | Details |
| Human, economic and social sciences 1 | 3 ECTS | Details |
| Ethics and social sciences (list of choices) - Economy | Details |
| | | | | |
| Year 3 (1st year of the engineer curriculum) - semester 6 30 ECTS |
| Molecular chemistry 2 | 6 ECTS | Details |
| Organic chemistry 2, biology and biochemistry | Details |
| Analytical sciences 3 | 3 ECTS | Details |
| Separation methods, applied to biochemistry | Details |
| Analytical sciences 4 | 3 ECTS | Details |
| Electrochemistry, corrosion | Details |
| Process engineering 2 | 3 ECTS | Details |
| Heat and mass transfer | Details |
| Process engineering 3 | 3 ECTS | Details |
| Thermodynamics and process engineering | Details |
| Applied mathematics and computer science 1 | 3 ECTS | Details |
| Mathematics, statistics and computer science | Details |
| Physic and inorganic chemistry 3 | 3 ECTS | Details |
| Organometallic chemistry 1, coordination chemistry | Details |
| Languages and international culture 2 | 3 ECTS | Details |
| English and one other chosen foreign language | Details |
| Human, economic and social sciences 2 | 3 ECTS | Details |
| Entrepreneurship project | Details |
| Industrial placement 1 | 5 ECTS | Details |
| Shop-floor work experience placement (1 month) | Details |
| | | | | |
| Year 4 (2nd year of the engineer curriculum) - semester 7 30 ECTS |
| Molecular chemistry 3 | 6 ECTS | Details |
| Organic chemistry 3, biochemistry | Details |
| Molecular chemistry 4 | 3 ECTS | Details |
| Polymers | Details |
| Analytical sciences 5 | 3 ECTS | Details |
| Atomic spectroscopy methods | Details |
| Process engineering 4 | 6 ECTS | Details |
| Chemical kinetics, catalysis and ideal reactors | Details |
| Process engineering 5 | 3 ECTS | Details |
| Processes involved in the production of solids | Details |
| Languages and international culture 3 | 3 ECTS | Details |
| English and one other chosen foreign language | Details |
| Human, economic and social sciences 3 | 3 ECTS | Details |
| Management | Details |
Scientific semi-optional modules (series 1)
| 3 ECTS | Details |
| 1 per series : | |
|
- Applications of spectroscopic methods to organic synthesis
| Details |
| - Analytical strategies | Details |
| - Process simulation | Details |
| | | | | |
| Year 4 (2nd year of the engineer curriculum) - semester 8 30 ECTS |
| Process engineering 6 | 3 ECTS | Details |
| Safety, process industrialisation | Details |
| Applied mathematics and computer science 2 | 3 ECTS | Details |
| Chemometrics and experimental design | Details |
| Physic and inorganic chemistry 4 | 3 ECTS | Details |
| Organometallic chemistry 2, orbital approach | Details |
| Languages and international culture 4 | 3 ECTS | Details |
| English and one other chosen language | Details |
| Project | 6 ECTS | Details |
| Scientific project year 4 | Details |
| Scientific semi-optional modules (series 2) | 3 ECTS | Details |
| 1 per series : | |
| - Chemical synthesis strategies | Details |
| - Polymer materials and macromolecular structure | Details |
| - Advanced NMR and MS | Details |
| - Advanced chemical reaction engineering | Details |
| Scientific semi-optional modules (series 3) | 3 ECTS | Details |
| 1 per series : | |
| - Medicinal chemistry and heterocycles | Details |
| - Catalysis and sustainable development | Details |
| - Optical sensors for biomedical applications | Details |
| - Introduction to data analysis | Details |
| - The orbital approach in organic and organometallic chemistry | Details |
| - Chemometrics and experimental design | Details |
| - Micro-nanotechnologies and their applications | Details |
| - Sensors and Instrumentation | Details |
| Scientific semi-optional modules (series 4) | 3 ECTS | Details |
| 1 per series : | |
| - Synthesis of biologically active molecules | Details |
| - From the molecule to nanomaterials | Details |
| - Introduction to formulation, cosmetology | Details |
| - Nuclear chemistry, measurement, analysis and combustion cycle | Details |
| - Process control | Details |
| - Surface characterisation and image processing | Details |
| Optional scientific modules (series 5) | 3 ECTS | Details |
| 1 per series : | |
| - Organic chemistry of fluorine – Drug design | Details |
| - Advanced separative methods and speciation | Details |
| - Chemical reaction engineering for catalytic reactors | Details |
| - Chemical engineering for polymerization | Details |
| - Polyosides: structure, function and biotechnological applications | Details |
| Industrial placement 2: | 15 ECTS | Details |
| Industrial training placement (3 months) | Details |
| | | | | |
| Year 5 (3rd year of the engineer curriculum) - semester 9 30 ECTS |
| English and one other chosen foreign language | 3 ECTS | Details |
| English and one other chosen foreign language | Details |
| Human, economic and social sciences 4 | 3 ECTS | Details |
| Marketing, patents, management, economic awareness | Details |
| Human, economic and social sciences 5 | 3 ECTS | Details |
| Professional project and vocational training (list of choices) | Details |
| 1 scientific specialization at CPE Lyon | 21 ECTS | |
| 1 from 4 : | |
| - Life sciences and health | Details |
| - Formulation : manufacture of divided solids | Details |
| - Environmental chemistry and engineering | Details |
| Or Research Master M2 | |
| Or Master Recherche M2 | Details on Master research and
Doctorat |
| | | | | |
| Année 5 (3rd year of the engineer curriculum) - Semester 10 - 30 ECTS |
| Industrial placement 3 : | 30 ECTS | Details |
| Final Year Project (6 months) | Details |
At the beginning of 2008 CPE Lyon received the “EUROMASTER” label
