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  • Target level

    Baccalaureate +5

  • ECTS

    120 credits

  • Duration

    2 years

  • Component

    UFR PhITEM (physique, ingénierie, terre, environnement, mécanique), Grenoble INP, Institut d'ingénierie et de management - UGA, Grenoble INP - Phelma (Physique, électronique et matériaux), UGA

  • Language(s) of instruction

    English

Presentation

Program co-accredited by the Université Grenoble Alpes and the Institut Polytechnique de Grenoble

More information : https://master-nanosciences.univ-grenoble-alpes.fr/

Nanosciences study phenomena and manipulation of matter on the atomic and molecular scale. Important properties of matter such as the electrical, optical and mechanical properties are determined by the way molecules and atoms assemble into larger structures on the nanoscale.

Nanotechnology is the application of this science in new nanomaterials and nanodevices for new components, systems and products. Nanotechnology therefore makes it possible to design tailor-made materials with all the desired properties.

These emerging scientific disciplines lie at the interface of physics, chemistry, materials science, microelectronics, biochemistry and biotechnology. The Grenoble master degree in nanosciences and nanotechnologies is an integrated two-year program with a solid research network and significant international scope, offering high-quality multidisciplinary education in nanosciences and nanotechnologies. It is part of an Erasmus Mundus Master, two thematic programs of the UGA. Double degree agreements exist with Tomsk Polytechnic Institute (Russia) and Tsukuba University (Japan).

All courses (except IMN) are taught in English and welcome a significant proportion of international students.

 

Objectives

The program for the master in Nanosciences and nanotechnologies provides students with the adapted background and skills needed to undertake a PhD in fundamental or applied sciences. It also prepares for senior positions in the nanotechnology industry.

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International education

  • Double degrees, joint degrees, Erasmus Mundus
  • Education with formalized international partnerships
  • Internationally-oriented programmes

International dimension

The master in Nanosciences and nanotechnologies is one of the international masters of UGA. At the beginning of 2010, he joined the european master Eramus-Mundus EMM Nano and, as such, has a joint degree with KU Leuven University. He operated a partnership with the NanoTech master from Delhi University. The international character of the master's degree has been reinforced year by year with the signing of double-degree agreements with foreign universities: Polytechnic University of Tomsk (TPU), Institute of Technology Karlsruhe (KIT). In 2015 the European Master "EMM NAno" was renewed in Erasmus Plus for the period 2016-2019.

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Program

Select a program

Nanochemistry 1st and 2nd year

The course offers disciplinary training focused on development and characterization at the nanometric scale with a strong multidisciplinary dimension (physics, soft matter, biology). It relies on research units working in this field, in particular in relation to the Fondation Nanosciences de Grenoble.

It provides students with skills in the development, manipulation, characterization, understanding and exploitation of nano-systems, nano-materials, nano-structures and unique molecules, as well as knowledge of their application potentials. It makes students aware of the environmental and societal challenges of nanotechnologies.

The course is open to an international audience. All lessons are held in English during both years.

The program is structured as follows :

  • A common program with Lab sessions on platforms dedicated to nanosciences
  • Specific modules in nanochemistry
  • Elective modules for more in-depth study and/or towards sister disciplines
  • Two full-time internships in a research laboratory, 8 weeks during the 1st year and 5 months during the 2nd year. Part-time research activity may be undertaken during the teaching period.

This Master Course gives you the opportunity to apply to the UGA Graduate School and one of its 15 thematic programs. The Graduate School@UGA is a new training program through and for research which was launched in 2021 within the Université Grenoble Alpes, and which concerns all the schools and components of the UGA.

The objective of these thematic programs is to offer interested students an interdisciplinary training program and academic excellence combining university studies and laboratory internships. Each thematic program develops a specific line of research, allowing then to embark on a PhD, or to have a direct professional insertion.

The program regroups students registered in different mentions, master programs or engineer school tracks and working together in specific courses

Participation in the Graduate School@UGA is for two years (M1 and M2) and may open the possibility of obtaining an academic scholarship for two years for the best international students (non-French baccalaureate holders).

 

For more information : https://www.univ-grenoble-alpes.fr/education/graduate-school/

Visit the full page about this program

  • UE Surfaces and interfaces

    3 credits
  • UE Coordination and supramolecular chemistry

    6 credits
  • UE From solution to solid

    6 credits
  • UE Electrochemistry

    3 credits
  • UE Optic and magnetic spectroscopies

    3 credits
  • Choice: 1 among 2

    • UE Occupational integration

      3 credits
    • UE French as a foreign language

      3 credits
  • Choice: 1 to 2 among 6

    • UE Polymers 1

      6 credits
    • UE Solid State Physics I

      3 credits
    • UE Microscale mechanics and fluidics I : Mechanics

      3 credits
    • UE Research Intensive Track I

      3 credits
    • GS_Soft-Nano_UE_Research Methodologies

      6 credits
    • 1 or 2 UEs up to 6 ECTS in another program

  • UE Nanosciences I

    3 credits
  • UE Nanosciences II

    3 credits
  • UE Research Internship

    6 credits
  • UE Molecular Photophysics

    3 credits
  • UE Thin films

    3 credits
  • UE Materials Science

    3 credits
  • UE Surface functionalization and applications I

    3 credits
  • Choice: 1 to 2 among 8

    • UE Molecular electronics and magnetism

      3 credits
    • UE Polymers 2 chemistry and physico-chemistry

      3 credits
    • UE Physical measurements at nanoscale by local probes

      3 credits
    • UE Physics of 2D materials: from elaboration to properties

      3 credits
    • UE Ray-Matter Interaction

      3 credits
    • UE Research Intensive Track II

      3 credits
    • UE Graduate School Soft Nano internship

      6 credits
    • 1 or 2 UEs up to 6 ECTS in another program

  • UE Nano-safety

    3 credits
  • UE Molecular nanomaterials

    6 credits
  • UE Functional Nanoparticles

    3 credits
  • UE Advanced Functional Nanomaterials

    3 credits
  • Choice: 4 to 5 among 17

    • UE Research training

      3 credits
    • UE Polymers for flexible electronics

      3 credits
    • UE Nanocomposites

      3 credits
    • UE Surface Functionalisation

      3 credits
    • UE Characterization of bio-molecular interactions at surfaces

      3 credits
    • UE Nanomaterials and energy

      3 credits
    • UE Micro-nano fabrication techniques

      3 credits
    • UE Bio-molecular interactions : methods and applications

      3 credits
    • UE From nanofabrication in research laboratories to VLSI

      3 credits
    • UE Advanced characterization for Nanostructures

      3 credits
    • UE Large Scale Facilities for Soft Matter

      3 credits
    • UE Advanced semiconductor devices

      3 credits
    • UE Nano-pores and membranes technologies

      3 credits
    • UE Elaboration of nanostructures / physics of 2D materials

      3 credits
    • UE International School in Soft Nanoscience (ESONN)

      6 credits
    • UE Current trends in nanosciences

      3 credits
    • 1 UE (6ETCS) OU 2 UE (2 UE de 3 ECTS) in an other program of the Nanosciences speciality or in another speciality

      6 credits
  • UE Master Thesis

    30 credits

Nanophysics - Quantum physics 1st year

The Master Nanosciences Nanotechnologies is divided into three first-year tracks, corresponding to different disciplines within the field of nanosciences.

The M1 Nanophysics and Quantum Physics offers fundamental courses in condensed matter physics (quantum physics, solid state physics...) oriented towards the study of matter at the nanometer scale.

It gives access to the second-year programs :

This course also enables students to acquire multidisciplinary skills thanks to a wide range of courses and practical works covering the entire disciplinary field of nanosciences.

This training is strongly supported by research units in Grenoble working in this field, thus offering students numerous internship opportunities.

This program is open to international students. All courses are given in English.

For more information, visit the page of the M1 Nanophysics and Quantum Physics on the website of the Master Nanosciences Nanotechnologies.

This M1 gives also access to the Graduate School program Quantum, supported by the QuantAlps research federation.

Visit the full page about this program

  • UE Quantum Physics I

    3 credits
  • UE Solid State Physics I

    3 credits
  • UE Optics

    6 credits
  • UE Semiconductor physics

    6 credits
  • UE Magnetism and nanosciences

    3 credits
  • Choice: 2 among 7

    • UE Research Intensive Track I

      3 credits
    • UE Statistical physics I: Theory

      3 credits
    • UE Microscale mechanics and fluidics I : Mechanics

      3 credits
    • UE Surfaces and interfaces

      3 credits
    • UE Image and signal processing

      3 credits
    • UE Electrochemistry

      3 credits
    • 1 or 2 UEs up to 6 ECTS in another program

  • Choice: 1 among 2

    • UE Occupational integration

      3 credits
    • UE French as a foreign language

      3 credits
  • UE Nanosciences I

    3 credits
  • UE Solid state physics II

    3 credits
  • UE Modelling and numerical simulations

    3 credits
  • UE Physical measurements at nanoscale by local probes

    3 credits
  • UE Research Internship

    6 credits
  • Choice: 1 among 2

    • GS_Quantum_UE_Quantum Labworks

      3 credits
    • UE Nanosciences II

      3 credits
  • Choice: 3 among 9

    • UE Research Intensive Track II

      3 credits
    • GS_Quantum_UE_Many-body quantum mechanics

      3 credits
    • UE Physics of 2D materials: from elaboration to properties

      3 credits
    • UE Molecular electronics and magnetism

      3 credits
    • UE Molecular Photophysics

      3 credits
    • UE Ray-Matter Interaction

      3 credits
    • UE Materials Science

      3 credits
    • UE Thin films

      3 credits
    • 1 UE of 3 ECTS in other program

Soft matter and biophysics 1st year

The course offers disciplinary training focused on development and characterization at the nanometric scale with a strong multidisciplinary dimension (physics, soft matter, biology). It relies on research groups working in this field, in particular in relation to the Fondation Nanosciences de Grenoble. This first year training will ensure preparation for the M2 Soft -Nano or NanoBiosciences. It can also prepare students for the M2 NanoMedecine. It equips students with skills in the development, manipulation, characterization, understanding and exploitation of nano-systems, nano-materials, nano-structures and unique molecules, as well as knowledge of their application potentials. It makes students aware of the environmental and societal challenges of nanotechnologies. In addition, the mastery of modeling tools will be developed and reinforced for interested physicist students.

This track is opened to international students. All courses are given in english.

 The curriculum contains:

  • General courses corresponding to 12 ECTS, among which 3 include the study of a foreign language
  • Core courses in nanosciences  and nanotechnologies specific to soft matter and nanobioscience (27 ECTS) with a large focus on experimental teaching and projects on the cleanrooms and nanosciences facilities of the Grenoble area
  • Elective courses (totalizing 15 ECTS) for further specialization  in nanosciences or for breadth.
  • Internships in research teams, 8 weeks

For more informations on this track

The main objective of this track is to provide students with strong scientific and technical knowledge in micro- and nano-fabrication, manipulation, measurement and instrumentation at the nano-scale. This include among other, the functionnalization of surfaces, the manipulation of single cells, the use of optical techniques for observation and manipulation of single bio-molecules, etc... The program provides students with strong basis in biology, allowing them  to pursue ambitious projects at the interface between biology and nano-technologies.

his Master Course gives you the opportunity to apply to the thematic program "Futurprod" of the UGA Graduate School. The Graduate School@UGA is a new training program through and for research which was launched in 2021 within the Université Grenoble Alpes, and which concerns all the schools and components of the UGA.

The objective of these thematic programs is to offer interested students an interdisciplinary training program and academic excellence combining university studies and laboratory internships. Each thematic program develops a specific line of research, allowing then to embark on a PhD, or to have a direct professional insertion.

The program regroups students registered in different mentions, master programs or engineer school tracks and working together in specific courses

Participation in the Graduate School@UGA is for two years (M1 and M2) and may open the possibility of obtaining an academic scholarship for two years for the best international students (non-French baccalaureate holders).

Visit the full page about this program

  • UE Microscale mechanics and fluidics I : Mechanics

    3 credits
  • UE Microscale mechanics and fluidics II: Fluidics

    3 credits
  • UE Statistical physics I: Theory

    3 credits
  • UE Surfaces and interfaces

    3 credits
  • UE Statistical physics II : Computational aspects and introduction to AI

    3 credits
  • Choice: 2 to 4 among 14

    • GS_Soft-Nano_UE_Research Methodologies

      6 credits
    • UE Quantum Physics I

      3 credits
    • UE Solid State Physics I

      3 credits
    • UE Optics

      6 credits
    • UE Physics of biological systems

      3 credits
    • UE Optic and magnetic spectroscopies

      3 credits
    • UE Polymers 1

      6 credits
    • UE Electrochemistry

      3 credits
    • UE Physics of granular media

      3 credits
    • UE Image and signal processing

      3 credits
    • UE Molecular biology

      3 credits
    • UE Molecular biology TP

      3 credits
    • UE Research Intensive Track I

      3 credits
    • 1 or 2 UEs up to 6 ECTS in another program

  • Choice: 1 among 2

    • UE Occupational integration

      3 credits
    • UE French as a foreign language

      3 credits
  • UE Research Internship

    6 credits
  • UE Nanosciences I

    3 credits
  • UE Nanosciences II

    3 credits
  • UE Ray-Matter Interaction

    3 credits
  • UE Soft Matter I

    3 credits
  • UE Soft Matter II : statistical physics aspects; polymers

    3 credits
  • UE Physical measurements at nanoscale by local probes

    3 credits
  • Choice: 1 to 2 among 10

    • UE Graduate School Soft Nano internship

      6 credits
    • UE Research Intensive Track II

      3 credits
    • UE Modelling and numerical simulations

      3 credits
    • UE Cell biology

      3 credits
    • UE Modelling in systems biology

      3 credits
    • UE Experimental Protocol Design (in biology)

      3 credits
    • UE Physiology & Bioenergetics

      3 credits
    • UE Polymers 2 chemistry and physico-chemistry

      3 credits
    • UE Surface functionalization and applications I

      3 credits
    • 1 or 2 UEs up to 6 ECTS in another program

Micro and nanostructure engineering 2nd year

To view the presentation of the Micro and nanostructure engineering program in French click on the following link Parcours Ingénierie des micro et nano-structures

Visit the full page about this program

  • UE Micro-nano fabrication techniques

    3 credits
  • UE Lab training

    3 credits
  • UE Matériaux pour les nanostructures

    3 credits
  • UE Physique et chimie de la micro-électronique

    6 credits
  • UE Méthodes d'élaboration

    6 credits
  • UE Nano-characterization 1

    3 credits
  • UE Nano-charactérization 2

    3 credits
  • UE Scientific softwares

    3 credits
  • UE Master Thesis

    30 credits
  • UE Professional integration

    3 credits
  • UE English - master 2 - S10

    3 credits

Nanophysics 2nd year

 The Master 2 Nanophysics offers a solid training providing fundamental and applied courses in nanosciences, nano-physics and nano-instrumentation. 

This Master 2 is open to international students, and give access to the Quantum Graduate School program if you have been registered to the 1st year of this program (https://quantalps.univ-grenoble-alpes.fr/education/graduate-school-program-quantum/). All courses are given in English.

This international program aims to provide courses and training for elaboration, advanced characterization and deep studies of nanostructures physics like transport properties, optical and magnetic properties of nanostructures based on metal, dielectrics or semiconductors. This program is well suited to the needs of academic laboratories, offering many opportunities for internships or PhD programs. The multidisciplinary nature of the Nanophysics specialization will enable students to continue to deepen their knowledge by covering a wide range of research topics around nano-systems and their applications.

The program contains :

  • General courses corresponding to 21 ECTS, 3 of which are devoted to the study of a foreign language
  • A project program (6 ECTS) aiming to offer an expertise on modeling and simulation and an opening to research via seminars and research thematic days.
  • A 4-5 months full time internship in research teams for the preparation of the master's thesis

This program is in the following of the first year Master Nanophysics-Quantum physics providing fundamentals courses in condensed matter physics (quantum physics I and II, solid-state physics I and II, statistical physics) supplemented by preparatory courses for more specialized second-year courses. The objective of this master program is to provide students with a strong background in general sciences, and a specialization in physics at nano-scale and nano-instrumentation.

This Master Course gives you the opportunity to apply to the UGA Graduate School and one of its 15 thematic programmes. The Graduate School@UGA is a new training programme through and for research which was launched in 2021 within the Université Grenoble Alpes, and which concerns all the schools and components of the UGA.

The objective of these thematic programs is to offer interested students an interdisciplinary training program and academic excellence combining university studies and laboratory internships. Each thematic program develops a specific line of research, allowing then to continue in thesis, or to have a direct professional insertion.

The program regroups students registered in different mentions, master programs or engineer school tracks and working together in specific courses

Participation in the Graduate School@UGA is for two years (M1 and M2) and may open the possibility of obtaining an academic scholarship for two years for the best international students (non-French baccalaureate holders).

 

For more information : https://www.univ-grenoble-alpes.fr/education/graduate-school/

Visit the full page about this program

  • UE Elaboration of nanostructures / physics of 2D materials

    3 credits
  • UE From nanofabrication in research laboratories to VLSI

    3 credits
  • UE Nanophotonics & plasmonics

    3 credits
  • UE Advanced semiconductor devices

    3 credits
  • UE Thematic and interdisciplinary projects

    6 credits
  • UE Advanced characterization for Nanostructures

    3 credits
  • Choice: 1 among 2

    • UE Nanomagnetism, spintronics

      3 credits
    • UE Nanomaterials and energy

      3 credits
  • Choice: 4 to 5 among 5

    • GS_Quantum_UE_Quantum Optics

      3 credits
    • GS_Quantum_UE_ Condensed Matter

      3 credits
    • UE Introduction to Machine Learning and Deep Learning

      3 credits
    • UE Active matter

      3 credits
    • UE in another program

      6 credits
  • UE Master Thesis

    30 credits

Nanomedicine and structural biology 2nd year

This master is entirely taught in english. This track is devoted to the new technologies in medical imaging involving nano- or molecular markers, as well as the therapeutic use of nano-particules. Taught courses include general biology courses mainly directed at students joining the program in the second year. It also includes a number of courses dealing with the various methods of medical imaging from magnetic resonance to X-rays, image processing issues, nano- and molecular markers, and courses in structural biology.

This track aims to prepare students for the challenges and innovations that are emerging at the border medicine nanoscience, including exploiting nanotechnology and nanomaterials for medical imaging and therapeutics. It also aims to train students to research in structural biology, a strong pole in Grenoble environment with the presence of large instruments and the European Molecular Biology Laboratory EMBL.

The main aim of this program is to train managers with solid scientific and technical skills in the field of engineering and characterisation of micro- and nanostructures, as well as surfaces.

This track aims to prepare students for the challenges and innovations that are emerging at the border medicine nanoscience, including exploiting nanotechnology and nanomaterials for medical imaging and therapeutics. It also aims to train students to research in structural biology, a strong pole in Grenoble environment with the presence of large instruments and the European Molecular Biology Laboratory EMBL.

Visit the full page about this program

Nanobiotechnologies 2nd year

The course offers disciplinary training focused on development and characterization at the nanometric scale with a strong multidisciplinary dimension (physics, soft matter, biology). It relies on research units working in various fields, ranging from biology to physics.It equips students with skills in the development, manipulation, characterization, understanding and exploitation of nano-systems, nano-materials, nano-structures and unique molecules, as well as knowledge of their application potentials. It makes students aware of the environmental and societal challenges of nanotechnologies.

Visit the full page about this program

  • UE Surface Functionalisation

    3 credits
  • UE Biosensors & high through-put analysis

    3 credits
  • UE Bio-molecular interactions : methods and applications

    3 credits
  • UE Micro-nano fabrication techniques

    3 credits
  • Choice: 5 to 6 among 16

    • UE Nano-safety

      3 credits
    • UE Research training

      3 credits
    • UE Fundamentals of structural biology

      3 credits
    • UE Optics for bio systems

      3 credits
    • UE Metabolic and cardiovascular physiology

      3 credits
    • UE Introduction to Neurosciences

      3 credits
    • UE Cell signaling and cancer biology

      3 credits
    • UE Biomaterials and Biocompatible Surface Engineering

      3 credits
    • UE Molecular markers for medical Imaging and therapy

      3 credits
    • UE Nano-pores and membranes technologies

      3 credits
    • UE Introduction to Machine Learning and Deep Learning

      3 credits
    • UE Active matter

      3 credits
    • UE Physics of biological systems

      3 credits
    • UE International School in Soft Nanoscience (ESONN)

      6 credits
    • UE in another program

      6 credits
    • UE Microfluidics

      3 credits
  • UE Master thesis

    30 credits

Quantum information and quantum engineering 2nd year

The emergence of quantum technologies already allows us to foresee the development of new simulation and optimization tools to address major global challenges. These technologies are a strategic global issue for universities, industries and startups, as they have the potential to revolutionize the design and implementation of computing, information, communication and sensing sciences and technologies. France has recently invested 1.8 billion euros in this field.

In view of Grenoble's internationally recognized position in Quantum Technologies, and in response to the needs of students and European and national programs, this Master's 2-year program, created in 2021, offers training that is perfectly suited to the new needs of research laboratories, industries, and startups working on cutting-edge subjects that are evolving very rapidly in the context of very strong international competition.

This 2nd year Master's program provides students with a high level of expertise in concepts at the interface between fundamental and experimental aspects of quantum physics, for the control of quantum objects and their applications to quantum technologies (Solid State Qubits, Quantum Optics, Quantum Algorithm, Practicals on the IBM-Q, Cryoelectronics and Microwaves, ...). This Master also reinforces the need for openness thanks to multidisciplinary teachings at the interface with mathematics and computer science. This training is in perfect adequacy with the current developments in Quantum Technologies, both at the level of the Grenoble eco-system, and at the national and international levels. This training allows students to finalize their training with numerous internship opportunities, and to pursue a thesis in fundamental or applied physics research laboratories, or in industrial companies and startups.

This program is aimed at national and international students with high potential and motivation, who have obtained a Master 1 or equivalent, and who wish to take up tomorrow's quantum challenges and develop their scientific ambitions and their research project. The students will be part of the Grenoble community, which is very active in the field of quantum technologies thanks to the QuantAlps research federation in Quantum Sciences and Technologies.

This training allows students to pursue the Quantum Thematic Program of the Graduate School , provided they have successfully completed the first year of this program, and also allows them to apply for the QuanTEdu Excellence Scholarships program, provided they do not already hold a grant based on academic criteria.

Visit the full page about this program

  • UE Open Quantum Systems

    3 credits
  • GS_Quantum_UE_Quantum Optics

    3 credits
  • GS_Quantum_UE_ Condensed Matter

    3 credits
  • UE Solid State Qubits

    3 credits
  • UE Nanomagnetism, spintronics

    3 credits
  • UE Quantum Algorithm

    3 credits
  • UE From nanofabrication in research laboratories to VLSI

    3 credits
  • UE Microwaves and Cryoelectronics

    3 credits
  • UE Thematic and interdisciplinary projects

    6 credits
  • UE Master Thesis

    30 credits

Soft Nano 2nd year

The M2 track Soft-Nano is focused on soft and complex micro-nano-systems whose self-organization capabilities, fluctuating dynamics, and sometimes active properties, lead to specific and surprising effects at the nanoscale, and have enormous potential for innovation in materials science and engineering. This track provides a broad expertise in fundamental physics, mechanics, chemistry, and surfaces science as well as experimental skills with top-equipment and cutting-edge techniques for the characterization of soft nanostructures, still emphasizing the importance of numerical and modelling tools. It prepares to a career in fundamental research or R&D departments of industries. The broad scientific scope is appreciated in a wide range of industrial domains.

 The curriculum contains:

  • General courses including nanosciences  and nanotechnologies specific to soft matter corresponding to 15 ECTS, among which 3 include the study of a foreign language
  • Elective courses (totalizing 18 ECTS) for further specialization or opening in nanosciences 
  • Internships in research teams, 4 to 6 months (27 ECTS)

For more informations on this track

This track is opened to international students. All courses are given in english.

Visit the full page about this program

  • UE Out-of-equilibrium Statistical physics

    3 credits
  • UE Complex fluids

    3 credits
  • UE Large Scale Facilities for Soft Matter

    3 credits
  • UE Adhesion, friction, nanomechanics

    3 credits
  • UE International School in Soft Nanoscience (ESONN)

    6 credits
  • Choice: 1 among 2

    • UE Introduction to Machine Learning and Deep Learning

      3 credits
    • UE Discrete and continuous modelling

      3 credits
  • Choice: 1 among 3

    • UE Research training

      3 credits
    • UE Micro-nano fabrication techniques

      3 credits
    • UE Advanced characterization for Nanostructures

      3 credits
  • Choice: 4 among 7

    • UE Thematic school in soft condensed matter

      3 credits
    • UE Nano-pores and membranes technologies

      3 credits
    • UE Active matter

      3 credits
    • UE Physics of biological systems

      3 credits
    • UE Fundamentals of structural biology

      3 credits
    • UE Nano-safety

      3 credits
    • 1 UE (6ETCS) OU 2 UE (2 UE de 3 ECTS) in an other program of the Nanosciences speciality or in another speciality

      6 credits
  • UE Master Thesis

    30 credits