LAST NAME: ……………………………. FIRST NAME
LAST NAME: ................................................................................................................... FIRST NAME:................................................................................................................................
Name of the sending institution: ....................................................................................................................................................................................................................................... Sending institution supervisor's name and email: ..........................................................................................................................................................................................................
ENSCL Supervisor: ..................................................................................................................................................................................................................................................................
Double degree students will have the same workload as a typical French higher education student. It means you will have to validate 30 ECTS credits per semester.
You must choose one Area of Study (O). Select all the courses of the Area of Study chosen. Select the languages chosen.
Teaching Units
Organic chemistry
Formulation
Materials Science
Catalysis
International training ?
Languages Sustainable development
Job training, Humanities
Chemical Engineering
Polymers
International training ?
Languages Job training, Humanities
Internship
Modules
Heterocyclic chemistry
Organometallic chemistry Heteroelements chemistry Applied molecular spectroscopy Analysis methods (NMR, HPLC, GC-MS)(2)
Formulation physical chemistry Polymers formulation Experimental Designs
Main classes of materials Mechanical analyses Analysis of the solids
Methods of analysis: (X fluorescence, X diffraction, MEB/hardness)
Homogeneous catalysis Enzymatic catalysis
Heterogeneous catalysis and industrial applications
English German Spanish French as a foreign language Optional: 3rd language
End of life analysis Toxicology Security(2)
Sustainable development 3P(4)
Management Industrial property Numerical modeling Literature research(5) Written and oral communication (1st year's internship) Multi component distillation + liquid-liquid extraction
Aspen Reactors Experimental chemical engineering Physico chemistry of polymers Polymers chemistry Experimental polymers chemistry English German Spanish French as a foreign language Optional: 3rd language Sustainable development (3) Price management
Law Project: "Elaboration of materials or compounds with
functional aim"(4) Industrial internship with responsibilities (8 weeks)(5)
Code
7.1.1
7.1.2 7.1.3 7.1.4 7.1.5 7.2.1 7.2.2 7.2.3 7.3.1 7.3.2 7.3.3 7.3.4
Semester
S7
S7 S7 S7 S7 S7 S7 S7 S7 S7 S7 S7
ECTS 6 4 5
Select your courses by ticking the boxes below
x
x x x x
x x x
x x x x
Language (1)
F
F F F F F F F/E F F F F
7.4.1
S7
x
F
7.4.2
S7
4
x
F
7.4.3
S7
x
F
7.5.1
S7
7.5.2
S7
7.5.3
S7
4
7.5.4
S7
7.5.5
S7
7.6.1
S7
x
F
7.6.2
S7
7.6.3
S7
3
x x
F F
7.6.4
S7
x
F
7.7.1
S7
x
F
7.7.2
S7
x
F
7.7.3
S7
7.7.4
S7
4
x x
F F
7.7.5
S7
7.7.6
S7
x
F
x
F
8.1.1
S8
x
F
8.1.2
S8
8.1.3
S8
4
x x
F F
8.1.4
S8
x
F
8.2.1
S8
x
F
8.2.2
S8
4
x
F
8.2.3
S8
8.5.1
S8
x
F
8.5.2
S8
8.5.3
S8
4
8.5.4
S8
8.5.5
S8
8.6.1
S8
8.6.2
S8
x
F
x
F
8.6.3
S8
5
x
F
8.6.4
S8
x
F
8.7.1
S8
5
x
F
(1): F/E: The course can be given in French or in English according to the audience (2): Practical work "Industrial Chemistry: analysis methods and security" (3): Personal professional project, Seminars, Visits of industrial places (4): Project: "Elaboration of materials or compounds with functional aim" (5): 5 ECTS validated by the internship supervisor
1
Area of study
Teaching Units
Area A : Chemistry Biomass and Environment
Molecular and macromolecular
chemistry
Processes and bioprocesses
O
Chemical specialties
Area B : Chemical specialties and Formulation
Area C : Materials
Formulation design
O
Use properties
Materials
O
STUDENT
Modules
Natural compounds and carbohydrate chemistry Functional polymers
Organic matter valorisation Recycling and treatment of industrial waste
Heterogeneous reactors Introduction to microbiology Principle and Concept of Bio-refineries ? Catalytic
Transformation
Chemistry of lipids Carbohydrate chemistry Eco-design of surfactants Pigments, dyes and colorimetry
Functional Polymers Solvents and solubility Formulation of surfactants and dispersed systems Design of formulated products Seminars (chemical specialties, Formulation) Experimental formulation chemistry
Corrosion Physics of polymeric materials
Plasticity ? Rupture
Catalytic materials Metallurgy
Functional materials for energy Glass-ceramics
Experimental metallurgy
Code Semester
8.3.A.1
S8
8.3.A.2
S8
8.3.A.3
S8
8.4.A.1
S8
8.4.A.2
S8
8.4.A.3
S8
8.4.A.4
S8
ECTS 4 4
Select your courses by ticking the boxes
below
Language
F/E F F F F F F
8.3.B.1
S8
F
8.3.B.2
S8
F/E
8.3.B.3
S8
4
F/E
8.3.B.4
S8
F/E
8.3.B.5
S8
F/E
8.4.B.1
S8
F
8.4.B.2
S8
F
8.4.B.3
S8
4
F
8.4.B.4
S8
F
8.4.B.5
S8
F
8.3.C.1
S8
F/E
8.3.C.2
S8
3
F/E
8.3.C.3
S8
F/E
8.4.C.1
S8
F
8.4.C.2
S8
F/E
8.4.C.3
S8
5
F/E
8.4.C.4
S8
F
8.4.C.5
S8
F/E
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IMPORTANT Kindly note the particularities in the following modules: 7.1.4 Applied molecular spectroscopy and 7.1.5 Analysis methods (NMR, HPLC, GC-MS) The part of the coursework concerning Spectroscopy NMR divided into regular classes (8h) and practical classes (4h 30) is replaced by an intensive preparatory class in Organic Chemistry (9h) in semester 7 at the beginning of the school year. The spectrometry of mass section of module 7.1.4 (8h of courses, 6h of tutorial classes) and 7.1.5 (9h of practical classes) must be taken by double-degree seeking students in semester 7.
2
You must choose one Area of Study (O). Select all the courses of the Area of Study chosen. Select the languages chosen.
Area of study
Teaching Units
Modules
Code Semester
Area 1: Sustainable Chemistry and processes for the industrial World
Area 2: Formulation Chemistry
Chemistry of
Green Chemistry: tools and comparative industrial synthesis 9.1.A.1
S9
biomass
Natural and bio-based macromolecules chemistry
9.1.A.2
S9
Bioenergies
9.1.A.3
S9
Bioprocesses
9.2.A.1
S9
White biotechnologies
9.2.A.2
S9
Clean processes Reactors engineering-intensification and clean technologies 9.2.A.3
S9
Modeling of engineering processes Green polymer processes
9.2.A.4
S9
9.2.A.5
S9
Environment
Treatment of gases Water treatment Contaminated Soils treatment Rare earths and metals recovery
9.3.A.1
S9
9.3.A.2
S9
9.3.A.3
S9
9.3.A.4
S9
O Experimental practice
Scientific cross interdisciplinary project
9.4.A.1
S9
Collo?ds (physical-chemistry and industrial applications)
9.1.B.1
S9
Surfactants (physical-chemistry and functional properties) 9.1.B.2
S9
Formulation physical chemistry
Microemulsions (Formulation with the HLD method) Emulsions (formulation, preparing method and
9.1.B.3 9.1.B.4
S9
characterisation)
Lab: Surfactants (Physical-chemistry and functional properties) 9.1.B.5
S9
Experimental design of mixtures
9.2.B.1
S9
Strategies in
Advanced experimental designs and principal component 9.2.B.2
S9
formulation
analysis
Coatings
Rheological agents Paints and varnishes formulation
9.2.B.3
S9
9.2.B.4
S9
Lab: Formulation of polymers and coatings
9.2.B.5
S9
Complex fluids rheology
9.3.B.1
S9
Engineering of mixtures
9.3.B.2
S9
Formulation Process
Powder technology
9.3.B.3
S9
Conferences (detergents, cosmetics, silicones, sensorial
9.3.B.4
S9
analysis...)
O Transversal project
Advanced experimental formulation chemistry Transversal project in formulation
9.4.B.1
S9
9.4.B.2
S9
Materials' behaviour
Damage and reliability of materials End of life materials
9.1.C.1
S9
9.1.C.2
S9
The "material solution"
Metallic and multimaterial alloys Powder technology and coating
Surface treatments Glasses
9.2.C.1
S9
9.2.C.2
S9
9.2.C.3
S9
9.2.C.4
S9
Polymers
9.2.C.5
S9
Investigation methods
O
Project
Numerical tools of materials selection Practical use of finite elements method Microstructure investigation techniques
Scientific cross interdisciplinary project
9.3.C.1
S9
9.3.C.2
S9
9.3.C.3
S9
9.4.C.1
S9
International training -
Languages
English German Spanish French as a foreign language Optional: 3rd language
9.5.1
S9
9.5.2
S9
9.5.3
S9
9.5.4
S9
9.5.5
S9
Quality, Hygiene and Security
Sustainable development Industrial security Toxicology
Cross interdisciplinary project in security
9.6.1
S9
9.6.2
S9
9.6.3
S9
9.6.4
S9
Economy, Management
Company
Business simulation Cross interdisciplinary project in economy
Law and management Project management Strategy and marketing
9.7.1
S9
9.7.2
S9
9.8.1
S9
9.8.2
S9
9.8.3
S9
Production management Management ? integration into a company Written communication (2nd year internship report)
9.8.4
S9
9.8.5
S9
9.8.6
S9
Area 3: Optimisation and Reliability of materials
International training -
Languages
Company and sustainable management
ECTS 4 4
4 3 5
Select your courses by ticking the boxes
below
Language
F F/E F F/E F/E F F/E F/E F F F F/E F
F
F F F/E
F/E F F/E
3
F
F/E
F
F
F
4
F
F
3
F/E F
3
F/E F
F/E
F
6
F/E
F
F/E
F/E
3
F/E
F
3
F/E
4
x
F
3
x x
F F
x
F
2
x x
F/E F
x
F
x
F/E
6
x x
F F/E*
x
F
x
F
Placement
Internship ? Final year project (6 months) (*)
10.1.1
S10
30
x
* Only the MOOC course is available online in English (*): 30 ECTS validated by the internship supervisor
3
STUDENT
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