The University of Namur awards the Specialised Master’s in Nanotechnology jointly with the UCLouvain, the ULB, the ULiège and the UMons.

The University of Namur provides teaching in the following areas:

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    Code Name Staff Th.+Ex. Credits/Block
    1 2 3
    LNANO2991 <unknown> 15h th. + 15h ex.
    LNANO2990 <unknown>

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    Code Name Staff Th.+Ex. Credits/Block
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    NANOM306 <unknown> 12h th.
    SCHIM222 Nanotechnologies 12h th.
    SCHIM224 Organic photochemistry 12h th.

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      Code Name Staff Th.+Ex. Credits/Block
      1 2 3
      NANOM313 <unknown> 12h th.
      SCHIM102 Advanced Theoretical Chemistry 36h th. + 24h ex.
      SCHIM217 <unknown> 12h th.
      SPHYM106 Nanomaterials ans applications of solid state physics 45h th. + 15h ex.
      SPHYM101 <unknown> 30h th. + 30h ex.
      SPHYM109 <unknown> 45h th. + 15h ex.
      SCHIM223 Science and Energy 24h th.
      SPHYM133 <unknown> 30h th. + 15h ex.
      SPHYM134 <unknown> 15h th. + 15h ex.

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      Code Name Staff Th.+Ex. Credits/Block
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      SPHYM222 <unknown> 30h th.

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      SPHYM112 <unknown> 22h th. + 8h ex.
      SPHYM124 <unknown> 22h th.
      SCHIM121 Microscopy Applied to Materials Chemistry 12h th.
      SPHYM226 <unknown> 30h th.

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      Code Name Staff Th.+Ex. Credits/Block
      1 2 3
      SPHYM228 simulations in material physics 15h th. + 15h ex.
      SCHIM218 <unknown> 12h th.
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    Code Name Staff Credits Hours/Quarter
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    LNANO2991 <unknown> 3 15h th. + 15h ex.
    LNANO2990 <unknown> 27

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    Code Name Staff Credits Hours/Quarter
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    NANOM306 <unknown> 4 12h th.
    SCHIM222 Nanotechnologies 4 12h th.
    SCHIM224 Organic photochemistry 4 12h th.

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      Code Name Staff Credits Hours/Quarter
      1 2
      NANOM313 <unknown> 4 12h th.
      SCHIM102 Advanced Theoretical Chemistry 6 36h th. + 24h ex.
      SCHIM217 <unknown> 4 12h th.
      SPHYM106 Nanomaterials ans applications of solid state physics 6 45h th. + 15h ex.
      SPHYM101 <unknown> 6 30h th. + 30h ex.
      SPHYM109 <unknown> 6 45h th. + 15h ex.
      SCHIM223 Science and Energy 4 24h th.
      SPHYM133 <unknown> 3 30h th. + 15h ex.
      SPHYM134 <unknown> 3 15h th. + 15h ex.

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      Code Name Staff Credits Hours/Quarter
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      SPHYM222 <unknown> 3 30h th.

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      Code Name Staff Credits Hours/Quarter
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      SPHYM112 <unknown> 3 22h th. + 8h ex.
      SPHYM124 <unknown> 3 22h th.
      SCHIM121 Microscopy Applied to Materials Chemistry 4 12h th.
      SPHYM226 <unknown> 3 30h th.

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      Code Name Staff Credits Hours/Quarter
      1 2
      SPHYM228 simulations in material physics 3 15h th. + 15h ex.
      SCHIM218 <unknown> 4 12h th.

Admission requirements

Where to register : Université Catholique de Louvain

Description

Practical aspects : The training is a programme of minimum 60 ECTS (75 ECTS if additional prerequisites are necessary) organized around three specializations:

► nanoelectronics: micro- and nano-electronics, MEMS, NEMS, electronic characterizations, quantum phenomena, molecular transports, spintronics,…

► nanomaterials: nanocomposites, nanothreads, nanotubes, polymers, synthesis of nanoparticles, chemical characterizations, physics and chemical physics, quantum chemistry and physics, numerical simulations, …

► nanobiotechnologies: biomaterials, biophysics, nanomedicine, biosensors,...

 

The program trains students in the multidisciplinary aspect of nanotechnologies and, to do so, it focuses on different approaches used in the domain: fundamental phenomena at the nanoscale, nanofabrication and synthesis of nanostructures, characterization of nanostructures, and modeling and numerical simulations at the nanoscale.

 

It also prepares the students to societal impacts of nanotechnologies via transversal seminars on the following themes: ethics, economical aspects, applications of nanotechnologies, toxicity of nanomaterials, …

 

The full training program can be consulted on the UCL website.

Terms and conditions of organisation

Where is training organized:
in the 5 University sites (Université Catholique de Louvain, Université Libre de Bruxelles, Université de Liège, Université de Mons, and Université de Namur).

 

Aims and objectives

Objectives : The program trains students in the multidisciplinary aspect of nanotechnologies and focuses on different approaches used in the domain: fundamental phenomena at the nanoscale, nanofabrication and synthesis of nanostructures, characterization of nanostructures, and modeling and numerical simulations at the nanoscale.