To access the programme of course units by semester, click here.
To access the programme of course units by subject, click here.

Today chemical engineers have to meet many different challenges: creating, consuming, respecting, communicating and producing. It means:
The school provides student engineers with a complete education in organic and molecular chemistry, catalysis, analytical sciences, process engineering. Students decide on a speciality based on their tastes and aptitudes, choosing optional modules in year 4 and their option for year 5:
CPE Lyon engineers are both multidisciplinary and specialists:
They have an overview of the disciplines of chemistry and extensive competencies that enable them to work in research and development, production etc.
They are also expert in their speciality working at the highest level in chemical industries, pharmaceuticals and energy sectors or going on to do research for a doctorate
More : Masters and doctorates
The description of the qualification “CPE Lyon graduate engineer in Chemistry – Process Engineering” appears on the French national professional certification register
More Details (in french)
This diploma is accessible through Recognition of Prior Learning (link to CPE Lyon website).
Download the presentation leaflet : CPE Lyon Chemistry – Chemical Engineering (in french)
At the beginning of 2008 CPE Lyon received the “EUROMASTER” label
This European label, managed by the European Chemistry Thematic Network Association ECTN, rewards the establishment for the quality of its chemistry education: the management, teachers and European organisation
Download the whole detailed programme: Chemistry - Chemical engineering course (in french)
You will find below the course programme for each semester (each year is split into 2 semesters) and for the subjects taught.
By clicking on the module or course unit, you will find a detailed description of the content of the module, the anticipated learning outcomes, the method of assessment etc.
The code identifying each description identifies :
- The discipline (1 = Chemistry, 2 = Electronics, 3 = common chemistry - electronics units, 4 = Computer science and communication networks),
- The semester,
- The field (subject),
- The number order in the field,
- And the type of unit (C for obligatory, SO for semi-optional, MAJ for majors, OPT for optional units).
| 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 foreign 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 | |||
| COMMON CORE SCIENTIFIC MODULES | |||
| Molecular chemistry | 21 ECTS | Details | |
| Organic chemistry 1 | 6 ECTS | Semester 5 | Details |
| Organic chemistry 2, biology and biochemistry | 6 ECTS | Semester 6 | Details |
| Organic chemistry 3, biochemistry | 6 ECTS | Semester 7 | Details |
| Polymers | 3 ECTS | Semester 7 | Details |
| Analytical sciences | 18 ECTS | Details | |
| Equilibria studies in solution | 3 ECTS | Semester 5 | Details |
| Molecular spectroscopy (UV, IR, MS and NMR) | 6 ECTS | Semester 5 | Details |
| Separation methods, applied to biochemistry | 3 ECTS | Semester 6 | Details |
| Electrochemistry, corrosion | 3 ECTS | Semester 6 | Details |
| Atomic spectroscopy methods | 3 ECTS | Semester 7 | Details |
| Physic and inorganic chemistry | 12 ECTS | Details | |
| Physical chemistry and inorganic chemistry | 3 ECTS | Semester 5 | Details |
| Thermodynamics, quantum mechanics and statical thermodynamics | 3 ECTS | Semester 5 | Details |
| Organometallic chemistry 1, coordination chemistry | 3 ECTS | Semester 6 | Details |
| Organometallic chemistry 2, orbital approach | 3 ECTS | Semester 8 | Details |
| Process engineering | 21 ECTS | Details | |
| Transport phenomena : fluid mechanics and dynamics | 3 ECTS | Semester 5 | Details |
| Heat and mass transfer | 3 ECTS | Semester 6 | Details |
| Thermodynamics and process engineering | 3 ECTS | Semester 6 | Details |
| Chemical kinetics, catalysis and ideal reactors | 6 ECTS | Semester 7 | Details |
| Processes involved in the production of solids | 3 ECTS | Semester 7 | Details |
| Safety, process industrialisation | 3 ECTS | Semester 8 | Details |
| Applied mathematics and computer science | 6 ECTS | Details | |
| Mathematics, statistics and computer science | 3 ECTS | Semester 6 | Details |
| Chemometrics and experimental design | 3 ECTS | Semester 8 | Details |
| Project | 6 ECTS | Details | |
| Scientific project year 4 | 6 ECTS | Semester 8 | Details |
| SCIENTIFIC SEMI-OPTIONAL MODULES | |||
| Scientific modules year 4 | 15 ECTS | Details | |
| Scientific modules Series 1 : | 3 ECTS | Semester 7 | Details |
| 1 module per series | |||
| - Applications of spectroscopic methods to organic synthesis | Details | ||
| - Analytical strategies | Details | ||
| - Process simulation | Details | ||
| Series 2 : | 3 ECTS | Semester 8 | Details |
| 1 module per series | |||
| - Chemical synthesis strategies | Details | ||
| - Polymer materials and macromolecular structure | Details | ||
| - Advanced NMR and MS | Details | ||
| - Advanced chemical reaction engineering | Details | ||
| Scientific modules Serie 3 : | 3 ECTS | Semester 8 | Details |
| 1 module 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 | ||
| - Microbiology - immunology - elements of genetic engineering | Details | ||
| - Micro-nanotechnologies and their applications | Details | ||
| - Sensors and Instrumentation | Details | ||
| Scientific module Serie 4 | 3 ECTS | Semester 8 | Details |
| 1 module 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 | ||
| Scientific module Serie 5 | 3 ECTS | Semester 8 | Details |
| 1 module 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 | ||
| GENERAL TRAINING MODULES | |||
| Languages and international culture | 15 ECTS | Details | |
| Languages and international culture 1 | 3 ECTS | Semester 5 | Details |
| Languages and international culture 2 | 3 ECTS | Semester 6 | Details |
| Languages and international culture 3 | 3 ECTS | Semester 7 | Details |
| Languages and international culture 4 | 3 ECTS | Semester 8 | Details |
| Languages and international culture 5 | 3 ECTS | Semester 9 | Details |
| Human, economic and social sciences | 15 ECTS | Details | |
| Ethics and social sciences (list of choices) - Economy | 3 ECTS | Semester 5 | Details |
| Entrepreneurship project | 3 ECTS | Semester 6 | Details |
| Management | 3 ECTS | Semester 7 | Details |
| Marketing, patents, management, economic awareness | 3 ECTS | Semester 9 | Details |
| Professional project and vocational training (list of choices) | 3 ECTS | Semester 9 | Details |
| 5TH YEAR SCIENTIFIC SPECIALIZATIONS | |||
| Life sciences and health | 21 ECTS | Details | |
| Enzymology | 3 ECTS | Semester 9 | Details |
| Molecular biology and genetic engineering | 3 ECTS | Semester 9 | Details |
| Immunology and diagnostics | 3 ECTS | Semester 9 | Details |
| Fermentation and microbiological engineering. Corrosion | 3 ECTS | Semester 9 | Details |
| Cell culture and microbiology. Safety and Environment. | 3 ECTS | Semester 9 | Details |
| Analytical techniques and sensors; medicines and formulation | 6 ECTS | Semester 9 | Details |
| Formulation : manufacture of divided solids | 21 ECTS | Details | |
| Development of products in the solid form | 6 ECTS | Semester 9 | Details |
| Dispersed media formulation | 6 ECTS | Semester 9 | Details |
| Polymers in formulation | 3 ECTS | Semester 9 | Details |
| Experimental research: chemometric tools | 3 ECTS | Semester 9 | Details |
| Applied Formulation | 3 ECTS | Semester 9 | Details |
| Environmental chemistry and engineering | 21 ECTS | Details | |
| Environmental awareness | 3 ECTS | Semester 9 | Details |
| Industrial water effluent and gaseous emissions | 6 ECTS | Semester 9 | Details |
| Industrial waste | 3 ECTS | Semester 9 | Details |
| Environmental management and sustainable development | 3 ECTS | Semester 9 | Details |
| Depollution processes - Project | 3 ECTS | Semester 9 | Details |
| Environmental innovations - Social and environmental responsibility of companies | 3 ECTS | Semester 9 | Details |
| Process engineering (new) | 21 ECTS | Semester 9 | |
| INDUSTRIAL PLACEMENTS | |||
| Industrial placements | 50 ECTS | Details | |
| Shop-floor work experience placement | 5 ECTS | Semester 6 | Details |
| Industrial training placement | 15 ECTS | Semester 8 | Details |
| Final Year Project | 30 ECTS | Semester 10 | Details |
For information about registration, go to the Admissions section : Admissions
The establishment of the “European Higher Education Area” and the Bachelor Master Doctorate system (BMD) has meant we have changed the terminology: we now number the years of higher education study from the baccalaureate. The 1st, 2nd and 3rd years of the engineering course at CPE Lyon have therefore become: Year 3, year 4, and year 5.
21/12/2012