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Accueil  >>  Master  >> Chimie et sciences des matériaux  >>  M2 Materials and sustainable development (MSD)
Langue des Descriptions :
  Etendu aux fiches UE.
  • Domaine : Masters du domaine SCIENCES, TECHNOLOGIES, SANTE
  • Diplôme : Master
  • Mention : Chimie et sciences des matériaux
  • Parcours : M2 Materials and sustainable development (MSD)
   
    Présentation :
Modalité de formation :
Durée de la formation :
4 semestres
Lieux de formation :
Cette formation est dispensée principalement sur le(s) site(s) suivant(s) :
  • Villeurbanne - La Doua
Date de la dernière mise-à-jour : 16/11/2022
    Description de la formation :

The Materials and Sustainable Development (MSD) Master is a one-year program (M2, 60 ECTS) with lectures taught in English. It consists of one semester of courses (33 ECTS)  between September and February and a 5 to 6 month long research internship (27 ECTS) from March to August.

The courses take place at the University Claude Bernard Lyon1, on the Campus La Doua in Villeurbanne. Classes are taught by academics from University of Lyon and experts from the Industry.

The Master aims at preparing scientific experts in materials science for academic and industrial research in Health, Energy and Transport fields, able to:

- carry out a technological watch on the research and development of new materials and processes and develop strategies to elaborate innovative materials by clean processes related to sustainable development

- conduct a research project in an international environment

The MSD course gives a solid scientific education tailored to PhD programs as well as industrial research careers
    Compétences attestées :

-          Design, elaboration and characterization of organic (natural and synthetic origin), inorganic (glasses, cements, ceramics, metals) and composites materials

-          Investigation of the state of the art in a specific material or process field

-          Project management

-          Professional written and oral scientific communication

-          Professional communication in English

    Poursuites d'études :

The MSD course gives a solid scientific education tailored to PhD programs as well as industrial research careers

    Public concerné :

Candidates are expected to:

  • Have successfully completed the first year of a Master’s degree in “material sciences” or a close scientific field (220 acquired ECTS);
  • Provide proof of English language proficiency (TOEFL 550 or equivalent).
    Responsabilité du Parcours :
SINTES NATHALIE
04.72.43.10.02
    Contact scolarité :
Département Chimie Scolarite
 scolarite.chimieuniv-lyon1.fr
04.72.43.26.39
    Composante(s) de l'université responsable de cette formation :
UFR Faculté des Sciences / Département de Chimie
    Liste des Unités d'Enseignement (UE) :
  • Année 1
  • Année 2
A1: Bloc 1 [UE Libres] (27 Crédits) :
   Advanced macromolecular engineering methodologies (3 ECTS) CHM2360M
   Analyse chimique et structurale des matériaux (3 ECTS) CHM1207M
   Anglais pour la communication professionnelle niveau 1 (3 ECTS) CHMLG01M
   Anglais pour la communication professionnelle niveau 1B (3 ECTS) CHMLG05M
   Anglais pour la communication professionnelle niveau 2 (3 ECTS) CHMLG02M
   Assemblies for diagnostics, imaging and therapy (3 ECTS) CHM2349M
   Biomaterials (3 ECTS) CHM2384M
   Caractérisation des surfaces (3 ECTS) CHM1211M
   Colloïdes et polymères en solution (3 ECTS) CHM1299M
   Composites et assemblages (3 ECTS) CHM1305M
   Composites processing (3 ECTS) CHM2361M
   Conception and selection of materials and processes (3 ECTS) CHM2382M
   Ecoconception (3 ECTS) CHM2354M
   Functional materials for membranes and coatings (3 ECTS) CHM2363M
   Functionnal Oxides (3 ECTS) CHM2388M
   Insertion professionnelle (3 ECTS) CHM1208M
   Internship (27 ECTS) CHM2364M
   Materials and multimaterials for the field of energy (3 ECTS) CHM2385M
   Matériaux semi conducteurs (3 ECTS) CHM1301M
   Mathématiques pour l'ingénieur (3 ECTS) CHM1100M
   Métallurgie (6 ECTS) CHM1300M
   Metals and ceramics damaging (3 ECTS) CHM2359M
   Metals recycling (3 ECTS) CHM2362M
   Micro and nanostructuration of polymers (3 ECTS) CHM2383M
   Micro and nanotechnology: integration and packaging (3 ECTS) CHM2387M
   Monocristaux et couches minces (3 ECTS) CHM1304M
   Morphologie et rhéologie des polymères (3 ECTS) CHM1062M
   Polymères naturels et biosources (3 ECTS) CHM1214M
   Polymers and composites damaging (3 ECTS) CHM2358M
   Project management (3 ECTS) CHM2379M
   Propriétés des matériaux (3 ECTS) CHM1063M
   Sélection des matériaux (3 ECTS) CHM1212M
   Sol-gel coating: materials ? process - properties (3 ECTS) CHM2356M
   Stage en entreprise (3 ECTS) CHM1302M
   Structural and chemical character: X rays and electrons (3 ECTS) CHM2381M
   Synthèse, formulation et recyclage des polymères (6 ECTS) CHM1298M
   Thermodynamics for complex systems (3 ECTS) CHM2357M
   Tribology: contact - friction - lubrification - wear (3 ECTS) CHM2386M
   Verres, ciments et céramiques cristallines (3 ECTS) CHM1303M
   Viscoelasticity of polymers (3 ECTS) CHM2380M

    Statistiques d’insertion professionnelle :
Les enquêtes d’insertion professionnelle sont réalisées par l'Observatoire de la Vie Etudiante :
lien vers Statistiques d’insertion professionnelle

The Materials and Sustainable Development (MSD) Master is a one-year program (M2, 60 ECTS) with lectures taught in English. It consists of one semester of courses (33 ECTS)  between September and February and a 5 to 6 month long research internship (27 ECTS) from March to August.

Candidates are expected to:

  • Have successfully completed the first year of a Master’s degree in “material sciences” or a close scientific field (220 acquired ECTS);
  • Provide proof of English language proficiency (TOEFL 550 or equivalent).

The courses take place at the University Claude Bernard Lyon1, on the Campus La Doua in Villeurbanne. Classes are taught by academics from University of Lyon and experts from the Industry.

The Master aims at preparing scientific experts in materials science for academic and industrial research in Health, Energy and Transport fields, able to:

- carry out a technological watch on the research and development of new materials and processes and develop strategies to elaborate innovative materials by clean processes related to sustainable development

- conduct a research project in an international environment

The MSD course gives a solid scientific education tailored to PhD programs as well as industrial research careers