M2 - Materials chemistry (MAT P1)

  • Training structure

    Faculty of Science

Program

Select a program

  • Biopolymers and degradable polymers for sustainable development

    2 credits20h
  • Influence of processing properties

    2 credits
  • Project management - Corporate law

    4 credits
  • Durability-aging of materials

    3 credits20h
  • Advanced materials for housing and roads

    2 credits
  • Thermoelectric conversion and thermochemical storage

    2 credits
  • Developing materials for healthcare

    2 credits
  • CHOICE 1

    2 credits
    • Your choice: 1 of 4

      • CHOICE 3

        2 credits
        • Choice: 1 of 3

          • Fuel cycle: from mining to waste management

            2 credits
          • Metallic materials (ENSCM UE)

            2 credits
          • Molecular materials (ENSCM UE)

            2 credits
      • CHOICE 2

        2 credits
        • Your choice: 1 of 2

          • Membrane technology applications

            2 credits
          • Materials for energy conversion and storage

            2 credits
      • English refresher course

        2 credits
      • Materials for energy conversion and storage

        2 credits
  • Thematic study

    4 credits
  • Membrane material design

    2 credits
  • Life cycle assessment - Eco design

    2 credits
  • Heterogeneous catalysis and environmental protection

    2 credits
  • Electrochemistry of solids for energy and the environment

    2 credits
  • Advanced English

    2 credits
  • Internship

    28 credits
  • Biopolymers and degradable polymers for sustainable development

    2 credits20h
  • Project management - Corporate law

    4 credits
  • Polymers for health

    2 credits
  • Developing materials for healthcare

    2 credits
  • CHOICE 2

    2 credits
    • Your choice: 1 of 2

      • Structure-based drug design

        2 credits
      • Targeted delivery

        2 credits20h
  • (Nano)inorganic materials for health

    2 credits
  • Structures and Health Issues

    4 credits
  • Innovation and clinical needs

    • Innovation and clinical needs Oral

    • Innovation and clinical needs Written

  • Thematic study

    4 credits
  • Membrane material design

    2 credits
  • CHOICE 1

    2 credits
    • Your choice: 1 of 2

      • Membrane technology applications

        2 credits
      • English refresher course

        2 credits
  • Nanotechnologies and multifunctional systems for therapy

  • Advanced English

    2 credits
  • Internship

    28 credits

Admission

How to register

Applications can be submitted on the following platforms: 

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