Master's degree in Nanosciences and Nanotechnologies
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Responsables

Aims

Admission conditions

Fundamental prerequisites

Learning sites

Learning and research

School registration

Typical courses can be access by

Initial Formation (FI)
Continious formation (FC)

Professional skills to be acquired

Internships and supervised projects

Specific teaching conditions

Offsite teaching

Seeked careers

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UE mutualized (shared/used by others courses)
Others features
[languages] Teaching languages list
Research method - common requirement label
texte réglementaire...
Research scientist method label
Disciplinary Dream label
Integrative Dream label
Transversale Dream label
Dream-U...
Working insert label
International special label
^intro Research initiation / dissertation
^L International reforcement - Labellisation label
^T International reforcement - Transformation label
^L World Social & Economics reinforcement label
^T World Social & Economics reinforcement transform
Tiger...
^L Research reinforcement - Labelisation label
TPR 2024...
^T Research reinforcement - Transformation label
Apprenticeship program - « alternation »
^[En] Apprenticeship program in English
Apprenticeship program - « apprenticeship »
Apprenticeship program - « continous learning »
Apprenticeship program - « professional contract »
Intensive program
Regular program
Support program
UE - introduction to research / dissertation
Mentored project or dissertation
Taught in all others languages (except french)
Internship
Student Commitment
^En Taught in English
^En+Fr Taught partially in English
Professional integration course
Conducting a research project using a scientific approach course
University Work Method course
Student guidance course
Accesible to students on international exchange program
Accesible at distance
CSR and Sustainable development
Apprenticeship program - « apprenticeship »
Apprenticeship program - « alternation »

5SNN - Master Nanosciences et nanotechnologies Formation for 120 credits value
Volume: 834h
Working insert label
- SNN5AI - Master Nanosc. & nanotech. : Ingé. des matériaux & nanotech. Cursus for 120 credits value
  Volume: 786h
  Apprenticeship program - « apprenticeship »
  - SNN4AIW - M1 Nanosc. & nanotech. : Ingé. des matériaux & nanotech. Year for 60 credits value
    Volume: 449h
    - SNNASAI - Sem 1 M1 Nano² : Ingé. des matériaux & nanotech. Semester for 30 credits value
      Volume: 221h
      - SNNAK01 - Savoir communiquer et s’intégrer au monde professionnel Bloc de connaissances et de compétences
        Volume: 36h
        SNNAU42 - Savoir communiquer et s’intégrer au monde professionnel Teaching unit for 5 credits value
        Volume: 36h
        SNNA42A - Anglais 1 - English 1 Constituent element
        Volume: 18h (TD: 18h)
        ^En Taught in English
        SNNA42B - Professionnalisation 1 - professionalization 1 Constituent element
        Volume: 18h (TD: 18h)
        Professional integration course
        ^En Taught in English
      - SNNAK02 - Acquérir et mobiliser des savoirs disciplinaires Bloc de connaissances et de compétences
        Volume: 129h
        SNNAU43 - Acquérir et mobiliser des savoirs disciplinaires Teaching unit for 15 credits value
        Volume: 129h
        SNNAX43 - Fondements disciplinaires 1 - fundamentals 1 (option) Élément constitutif à choix
        Volume: 30h
        SNNA43A - Introduction à la chimie des matériaux Constituent element
        Volume: 30h (CM: 12h, TD: 12h, TP: 6h)
        SNNA43B - Introduction à la physique des matériaux Constituent element
        Volume: 30h (CM: 12h, TD: 12h, TP: 6h)
        SNNA43C - Chemical physics Constituent element
        Volume: 30h (CM: 12h, TD: 12h, TP: 6h)
        ^En Taught in English
        SNNAX43 - Fondements disciplinaires 2 - fundamentals 2 (option) Élément constitutif à choix
        Volume: 30h
        SNNA43D - Thermodynamique des matériaux Constituent element
        Volume: 30h (CM: 15h, TD: 15h)
        SNNA43E - Quantum and statistical physics Constituent element
        Volume: 30h (CM: 15h, TD: 15h)
        ^En Taught in English
        SNNAX43 - Fondements disciplinaires 3 - fundamentals 3 (option) Élément constitutif à choix
        Volume: 29h
        SNNA43F - Électrochimie Constituent element
        Volume: 30h (CM: 18h, TD: 12h)
        SNNA43G - Electronic properties in condensed matter Constituent element
        Volume: 28h (CM: 14h, TD: 14h)
        ^En Taught in English
        SNNAX43 - Option matériaux - materials Élément constitutif à choix
        Volume: 39h
        SNNA43H - Matériaux et nanomatériaux Constituent element
        Volume: 39h (CM: 27h, TD: 12h)
        SNNA43I - Materials and nanomaterials Constituent element
        Volume: 39h (CM: 27h, TD: 12h)
        ^En Taught in English
      - SNNAK03 - Expérimenter, concevoir et mettre en oeuvre un projet R&D Bloc de connaissances et de compétences
        Volume: 56h
        SNNAU44 - Expérimenter, concevoir et mettre en oeuvre un projet R&D Teaching unit for 10 credits value
        Volume: 56h
        SNNA44A - Introduction aux nanosciences - introduction to nanosciences Constituent element
        Volume: 16h (CM: 16h)
        ^En Taught in English
        Conducting a research project using a scientific approach course
        SNNA44B - Les enjeux de l’énergie - challenges of energy Constituent element
        Volume: 10h (CM: 10h)
        ^En Taught in English
        SNNAX44 - Fondements disciplinaires 3 TP - fundamentals 3 PW (option) Élément constitutif à choix
        Volume: 8h
        SNNA44C - Électrochimie TP Constituent element
        Volume: 6h (TP: 6h)
        Conducting a research project using a scientific approach course
        SNNA44D - Electronic properties in condensed matter PW Constituent element
        Volume: 9h (TP: 9h)
        ^En Taught in English
        SNNAX44 - Option matériaux TP - materials PW Élément constitutif à choix
        Volume: 21h
        SNNA44E - Matériaux et nanomatériaux TP Constituent element
        Volume: 21h (TP: 21h)
        SNNA44F - Materials and nanomaterials PW Constituent element
        Volume: 21h (TP: 21h)
        ^En Taught in English
    - SNNBSAI - Sem 2 M1 Nano² : Ingé. des matériaux & nanotech. Semester for 30 credits value
      Volume: 228h
      - SNNBK01 - Savoir communiquer et s’intégrer au monde professionnel Bloc de connaissances et de compétences
        Volume: 41h
        SNNBU62 - Savoir communiquer et s’intégrer au monde professionnel UE Stage for 7 credits value
        Volume: 41h
          Internship
        SNNB62A - Anglais 2 - English 2 Constituent element
        Volume: 18h (TD: 18h)
        ^En Taught in English
        SNNB62B - Stage communication Constituent element
        Volume: 5h (TD: 5h)
          Internship
          Professional integration course
          Conducting a research project using a scientific approach course
        SNNBX62 - Professionnalisation 2 - professionalization 2 Élément constitutif à choix
        Volume: 18h (CM: 18h)
        SPRB01A - Initiation à l'entrepreneuriat (externe) Constituent element
        Volume: 18h (CM: 18h)
          Professional integration course
        SPRB01B - Qualité, sécurité, environnement et risques professionnels (externe) Constituent element
        Volume: 18h (CM: 18h)
          Professional integration course
        SPRB01C - Management de projets et ressources humaines (externe) Constituent element
        Volume: 18h (CM: 8h, TD: 10h)
          Professional integration course
        SPRB01D - Project management (externe) Constituent element
        Volume: 18h (CM: 8h, TD: 10h)
        ^En Taught in English
          Professional integration course
      - SNNBK02 - Acquérir et mobiliser des savoirs disciplinaires Bloc de connaissances et de compétences
        Volume: 119h
        SNNBU63 - Acquérir et mobiliser des savoirs disciplinaires Teaching unit for 12 credits value
        Volume: 119h
        SNNB63A - Élaboration des matériaux Constituent element
        Volume: 40h (CM: 40h)
        SNNB63B - Caractérisation des matériaux Constituent element
        Volume: 30h (CM: 30h)
        SNNB63C - Modélisation des matériaux Constituent element
        Volume: 15h (CM: 15h)
        SNNB63D - Conversion de l'énergie Constituent element
        Volume: 34h (CM: 25h, TD: 9h)
      - SNNBK03 - Expérimenter, concevoir et mettre en oeuvre un projet R&D Bloc de connaissances et de compétences
        Volume: 68h
        SNNBU64 - Expérimenter, concevoir et mettre en oeuvre un projet R&D Teaching unit for 11 credits value
        Volume: 68h
        SNNB64A - Modélisation des matériaux - TP Constituent element
        Volume: 15h (TP: 15h)
        SNNB64B - Conversion de l'énergie - TP Constituent element
        Volume: 6h (TP: 6h)
          Conducting a research project using a scientific approach course
        SNNB64C - Projet tuteuré Constituent element
        Volume: 27h (TP: 27h)
          Mentored project or dissertation
          Conducting a research project using a scientific approach course
          UE - introduction to research / dissertation
        SNNB64D - Plateformes de microscopies - microscopy facilities Constituent element
        Volume: 15h (CM: 6h, TP: 9h)
        ^En Taught in English
          Conducting a research project using a scientific approach course
        SNNB64E - Stage ECUE Stage
        Volume: 5h (TD: 5h)
          Internship
          Professional integration course
          Conducting a research project using a scientific approach course
          UE - introduction to research / dissertation
  - SNN5AIW - M2 Nanosc. & nanotech. : Ingé. des matériaux & nanotech. Year for 60 credits value
    Volume: 337h
    - SNNCSAI - Sem 3 M2 Nano² : Ingé. des matériaux & nanotech. Semester for 30 credits value
      Volume: 251h
      - SNNCK01 - Savoir communiquer et s’intégrer au monde professionnel Bloc de connaissances et de compétences
        Volume: 66h
        SNNCU47 - Savoir communiquer et s’intégrer au monde professionnel Teaching unit for 8 credits value
        Volume: 66h
        SNNC47A - Anglais 3 Constituent element
        Volume: 18h (TD: 18h)
        SNNC47B - Matériaux pour le nucléaire - fondamentaux Constituent element
        Volume: 21h (CM: 21h)
          Professional integration course
        SNNC47C - Durabilité des matériaux industriels Constituent element
        Volume: 15h (CM: 15h)
          Professional integration course
        SNNC47D - Matériaux et santé - projets Constituent element
        Volume: 9h (TP: 9h)
          Professional integration course
          Conducting a research project using a scientific approach course
        SNNCX47 - Professionnalisation 3 - professionalization 3 Élément constitutif à choix
        Volume: 18h (CM: 18h)
        SPRC01A - Initiation à l'entrepreneuriat (externe) Constituent element
        Volume: 18h (CM: 18h)
          Professional integration course
        SPRC01B - Qualité, sécurité, environnement et risques professionnels (externe) Constituent element
        Volume: 18h (CM: 18h)
          Professional integration course
        SPRC01C - Management de projets et ressources humaines (externe) Constituent element
        Volume: 18h (CM: 8h, TD: 10h)
          Professional integration course
        SPRC01D - Project management (externe) Constituent element
        Volume: 18h (CM: 8h, TD: 10h)
        ^En Taught in English
          Professional integration course
      - SNNCK02 - Acquérir et mobiliser des savoirs disciplinaires Bloc de connaissances et de compétences
        Volume: 148h
        SNNCU48 - Acquérir et mobiliser des savoirs disciplinaires Teaching unit for 15 credits value
        Volume: 148h
        SNNC47B - Matériaux pour le nucléaire - fondamentaux Constituent element
        Volume: 21h (CM: 21h)
        Professional integration course
        SNNC48A - Matériaux pour le photovoltaïque - fondamentaux Constituent element
        Volume: 22h (CM: 16h, TD: 6h)
        SNNC48B - Stockage électrochimique de l'énergie - fondamentaux Constituent element
        Volume: 20h (CM: 10h, TD: 10h)
        SNNC48C - Durabilité des matériaux - corrosion et vieillissement Constituent element
        Volume: 30h (CM: 19h, TD: 11h)
        SNNC48D - Durabilité des matériaux - protection et recyclabilité Constituent element
        Volume: 31h (CM: 21h, TD: 10h)
        SNNC48E - Matériaux et santé - fondamentaux Constituent element
        Volume: 34h (TD: 34h)
      - SNNCK03 - Expérimenter, concevoir et mettre en oeuvre un projet R&D Bloc de connaissances et de compétences
        Volume: 38h
        SNNCU49 - Expérimenter, concevoir et mettre en oeuvre un projet R&D Teaching unit for 7 credits value
        Volume: 38h
        SNNC47D - Matériaux et santé - projets Constituent element
        Volume: 9h (TP: 9h)
          Professional integration course
          Conducting a research project using a scientific approach course
        SNNC49A - Matériaux pour le nucléaire - projets Constituent element
        Volume: 9h (TD: 9h)
          Conducting a research project using a scientific approach course
        SNNC49B - Matériaux pour le photovoltaïque - TP Constituent element
        Volume: 8h (TP: 8h)
          Conducting a research project using a scientific approach course
        SNNC49C - Stockage électrochimique de l'énergie - projets Constituent element
        Volume: 6h (TP: 6h)
          Conducting a research project using a scientific approach course
        SNNC49D - Durabilité des matériaux - TP Constituent element
        Volume: 10h (TP: 10h)
          Conducting a research project using a scientific approach course
    - SNNDSAI - Sem 4 M2 Nano² : Ingé. des matériaux & nanotech. Semester for 30 credits value
      Volume: 86h
      - SNNDX06 - Option du semestre 4 : alternance ou non alternance Option for 30 credits value
        Volume: 48h
        SNNDY03 - Semestre 4 en alternance List for 30 credits value
        Volume: 86h
        SNNDK01 - Savoir communiquer et s’intégrer au monde professionnel Bloc de connaissances et de compétences
        Volume: 36h
        SNNDU19 - Savoir communiquer et s’intégrer au monde professionnel Teaching unit for 14 credits value
        Volume: 36h
        SNND19A - Anglais appliqué au monde professionnel Constituent element
        Volume: 18h (CM: 18h)
        ^En Taught in English
          Professional integration course
        SNND19B - Mission en entreprise - communication ECUE Stage
          Internship
          Professional integration course
          Conducting a research project using a scientific approach course
        SNND19C - Communication Constituent element
        Volume: 18h (CM: 18h)
          Professional integration course
        SNNDK02 - Acquérir et mobiliser des savoirs disciplinaires Bloc de connaissances et de compétences
        Volume: 32h
        SNNDU20 - Acquérir et mobiliser des savoirs disciplinaires Teaching unit for 3 credits value
        Volume: 32h
        SNND20A - Outils pour l'ingénierie des matériaux : méthodes numériques Constituent element
        Volume: 36h (CM: 10h, TD: 14h, TP: 12h)
          Conducting a research project using a scientific approach course
        SNND20B - Outils pour l'ingénierie des matériaux : cartographie Constituent element
        Volume: 14h (TD: 14h)
        SNNDK03 - Expérimenter, concevoir et mettre en oeuvre un projet R&D Bloc de connaissances et de compétences
        Volume: 18h
        SNNDU21 - Expérimenter, concevoir et mettre en oeuvre un projet R&D Teaching unit for 13 credits value
        Volume: 18h
        SNND20A - Outils pour l'ingénierie des matériaux : méthodes numériques Constituent element
        Volume: 36h (CM: 10h, TD: 14h, TP: 12h)
          Conducting a research project using a scientific approach course
        SNND21A - Mission en entreprise - projet ECUE Stage
          Internship
          Professional integration course
          Conducting a research project using a scientific approach course
        SNNDY04 - Semestre 4 en non alternance List for 30 credits value
        Volume: 10h
        SNNDK04 - Savoir communiquer et s’intégrer au monde professionnel Bloc de connaissances et de compétences
        Volume: 5h
        SNNDU22 - Savoir communiquer et s’intégrer au monde professionnel UE Stage for 10 credits value
        Volume: 5h
          Internship
        SNND22A - Stage - communication Constituent element
        Volume: 5h (TD: 5h)
          Internship
          Professional integration course
          Conducting a research project using a scientific approach course
        SNNDK05 - Expérimenter, concevoir et mettre en oeuvre un projet R&D Bloc de connaissances et de compétences
        Volume: 5h
        SNNDU23 - Expérimenter, concevoir et mettre en oeuvre un projet R&D Teaching unit for 20 credits value
        Volume: 5h
        SNND23A - Stage - projet ECUE Stage
        Volume: 5h (TD: 5h)
          Mentored project or dissertation
          Internship
          Professional integration course
          Conducting a research project using a scientific approach course
          UE - introduction to research / dissertation

Typical course list

Further information

TO BE SELECTED ON MASTER 1

SUBMIT AN APPLICATION

Discilpine : Science and Technology
Departement : Faculty of Science
Credits : 120
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Registration fees

Initial training fees : 250 €
Fee rate : plus d'informations...
Differentiated fee rate for non-EU students : plus d'informations...
Continuing education fees : plus d'informations...

ORIENTATION CONTACT

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COURSE CATALOGUE 2024 - 2025

Master's degree in Nanosciences and Nanotechnologies -

Responsables

Aims

Admission conditions

Fundamental prerequisites

Learning sites

Learning and research

School registration

Professional skills to be acquired

Internships and supervised projects

Specific teaching conditions

Offsite teaching

Seeked careers

Typical course list

Further information

Master's degree in Nanosciences and Nanotechnologies
-