Master's degree in Nanosciences and Nanotechnologies
CHEMICAL NANOENGINEERING

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

Continuing studies

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UE mutualized (shared/used by others courses)
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[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
- SNN5AH - Master Nanosc. & nanotech. : Chemical nanoengineering Cursus for 120 credits value
  Volume: 834h
  ^[En] Apprenticeship program in English
  - SNN4AHW - M1 Nanosc. & nanotech. : Chemical nano-engineering Year for 60 credits value
    Volume: 564h
    - SNNASAH - Sem 1 M1 Nanosc. & nanotech. : Chemical nano-engineering Semester for 30 credits value
      Volume: 270h
      - SNNAU34 - Language (English) Teaching unit for 2 credits value
        Volume: 18h (TD: 18h)
        ^En Taught in English
      - SNNAU35 - Organic chemistry of nanomaterials Teaching unit for 3 credits value
        Volume: 27h (CM: 15h, TD: 9h, TP: 3h)
        ^En Taught in English
      - SNNAU36 - Basic quantum chemistry modelling Teaching unit for 3 credits value
        Volume: 27h (CM: 15h, TD: 9h, TP: 3h)
        ^En Taught in English
      - SNNAU37 - Computational modelling of nanosystems Teaching unit for 7 credits value
        Volume: 63h (CM: 24h, TD: 21h, TP: 18h)
        ^En Taught in English
      - SNNAU38 - Nanoelectrochemistry Teaching unit for 3 credits value
        Volume: 27h (CM: 15h, TD: 9h, TP: 3h)
        ^En Taught in English
      - SNNAU39 - Solid-state chemistry Teaching unit for 7 credits value
        Volume: 63h (CM: 36h, TD: 21h, TP: 6h)
        ^En Taught in English
      - SNNAU40 - Thermodynamics of materials Teaching unit for 3 credits value
        Volume: 27h (CM: 15h, TD: 9h, TP: 3h)
        ^En Taught in English
      - SNNAU41 - Nanoengineering seminar and project Teaching unit for 2 credits value
        Volume: 18h (TD: 18h)
        ^En Taught in English
    - SNNBSAH - Sem 2 M1 Nanosc. & nanotech. : Chemical nanoengineering Semester for 30 credits value
      Volume: 294h
      - SNNBU52 - Smart polymers Teaching unit for 3 credits value
        Volume: 27h (CM: 15h, TD: 9h, TP: 3h)
        ^En Taught in English
      - SNNBU53 - Engineering of nanomachines Teaching unit for 2 credits value
        Volume: 24h (CM: 15h, TD: 6h, TP: 3h)
        ^En Taught in English
      - SNNBU54 - Biophotonics Teaching unit for 2 credits value
        Volume: 24h (CM: 15h, TD: 6h, TP: 3h)
        ^En Taught in English
      - SNNBU55 - Biomaterials - biomedical devices Teaching unit for 3 credits value
        Volume: 27h (CM: 15h, TD: 9h, TP: 3h)
        ^En Taught in English
      - SNNBU56 - Nanostructures in industrial and numerical applications Teaching unit for 5 credits value
        Volume: 48h (CM: 30h, TD: 12h, TP: 6h)
        ^En Taught in English
      - SNNBU57 - Economics and management Teaching unit for 5 credits value
        Volume: 45h (CM: 30h, TD: 15h)
        ^En Taught in English
      - SNNBU58 - Nanoengineering seminar and project Teaching unit for 2 credits value
        Volume: 30h (TD: 30h)
        ^En Taught in English
      - SNNBU59 - Language (English) Teaching unit for 2 credits value
        Volume: 15h (TD: 15h)
        ^En Taught in English
      - SNNBU60 - Structure and crystallography of solids Teaching unit for 3 credits value
        Volume: 27h (CM: 15h, TD: 9h, TP: 3h)
        ^En Taught in English
      - SNNBU61 - Synthesis and fabrication of nano-engineering systems Teaching unit for 3 credits value
        Volume: 27h (CM: 15h, TD: 9h, TP: 3h)
        ^En Taught in English
  - SNN5AHW - M2 Nanosc. & nanotech. : Chemical nanoengineering Year for 60 credits value
    Volume: 270h
    - SNNCSAH - Sem 3 M2 Nanosc. & nanotech. : Chemical nanoengineering Semester for 30 credits value
      Volume: 270h
      - SNNCU39 - Nanoscale synthesis methods Teaching unit for 5 credits value
        Volume: 45h (CM: 24h, TD: 15h, TP: 6h)
        ^En Taught in English
      - SNNCU40 - Macromolecular and supramolecular chemistry Teaching unit for 5 credits value
        Volume: 45h (CM: 24h, TD: 15h, TP: 6h)
        ^En Taught in English
      - SNNCU41 - Characterization of nanoengineering systems Teaching unit for 6 credits value
        Volume: 54h (CM: 24h, TD: 18h, TP: 12h)
        ^En Taught in English
      - SNNCU42 - Nanoscale energy technology, nanosensors and microfluidics Teaching unit for 5 credits value
        Volume: 45h (CM: 24h, TD: 15h, TP: 6h)
        ^En Taught in English
      - SNNCU43 - Nanoengineering seminar and project Teaching unit for 2 credits value
        Volume: 18h (TD: 18h)
        ^En Taught in English
      - SNNCU44 - Language (English) Teaching unit for 2 credits value
        Volume: 18h (TD: 18h)
        ^En Taught in English
      - SNNCX05 - Option Option for 5 credits value
        Volume: 45h
        SNNCU45 - Chemistry: NMR of nanosystems - properties of biopolymers Teaching unit for 5 credits value
        Volume: 45h (CM: 24h, TD: 15h, TP: 6h)
        ^En Taught in English
        SNNCU46 - Modelling: nanoscale transformations - statistical methods Teaching unit for 5 credits value
        Volume: 45h (CM: 24h, TD: 15h, TP: 6h)
        ^En Taught in English
    - SNNDSAH - Sem 4 M2 Nanosc. & nanotech. : Chemical nanoengineering Semester for 30 credits value
      - SNNDU18 - Master thesis UE Stage for 30 credits value
          Internship
          Conducting a research project using a scientific approach course
        ^En Taught in English
          UE - introduction to research / dissertation

Typical course list

TO BE SELECTED ON MASTER 1

SUBMIT AN APPLICATION

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

SUIO d'Aix-Marseille University service

COURSE CATALOGUE 2024 - 2025

Master's degree in Nanosciences and Nanotechnologies CHEMICAL NANOENGINEERING

Responsables

Aims

Admission conditions

Fundamental prerequisites

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

Continuing studies

Typical course list

Master's degree in Nanosciences and Nanotechnologies
CHEMICAL NANOENGINEERING