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Detailed programme for the Advanced Master in Nanotechnology [60.0]
The program of this master's degree is inter-university. In the lists of teaching units below, the codes of teaching units organised by UCLouvain are preceded by the letter L, those organised by another institution have a code preceded by the letter E. By clicking on the title of the course, you will arrive at its description sheet, which will give you detailed information.
Core curriculum for the Advanced Master in Nanotechnology
Students carry out research work in a laboratory at one of the six institutions organising the Master's programme. They attend seminars common to the different courses and carry out work on one of the cross-disciplinary themes such as ethics, socio-economic aspects, applications of nanotechnologies and the toxicity of nanomaterials.ENq1+q2 25 credits
Specialisation tracks within the Advanced Master in Nanotechnology
Students select compulsory courses from one of the five specialisation tracks.
Specialisation track in nanoelectronics and quantum devices
ENq1 30h+30h 5 credits
> French-friendly
Teacher(s):
> Vincent Bayot
> Pascal Gehring
> Benoît Hackens
ENq2 30h+30h 5 credits
> French-friendly
Teacher(s):
> Laurent Francis
> Benoît Hackens
> Jean-Pierre Raskin
Specialisation track in nanostructures and nanointerfaces
ENq1 24h+60h 5 credits
ENq1 24h+24h 5 credits
ENq2 36h+36h 5 credits
ENq2 24h+12h 5 credits
Specialisation track in chemistry and physics of nanomaterials
ENq2 25h+20h 4 credits
ENq1 25h 4 credits
FRq1 15h+15h 3 credits
ENq2 20h+10h 4 credits
ENq2 20h+10h 3 credits
ENq1 5h+15h 2 credits
Specialisation track in nanomaterials and surfaces
FRq1 15h+15h 3 credits
FRq1 30h+30h 5 credits
FRq1 30h+30h 5 credits
ENq1 15h+15h 3 credits
FRq2 30h 5 credits
Specialisation track in the optical and electronic properties of nanomaterials and interfaces
Students will take at least one ‘basic’ course in each of the four disciplines listed below (fundamental phenomena, nanofabrication, characterisation of nanostructures, and nanoscale simulation).
Course on fundamental phenomena in nanotechnology
Students select one course on fundamental phenomena from the six following courses:
FRq2 12h 4 credits
FRq2 45h+15h 6 credits
FRq1 30h+30h 6 credits
FRq1 45h+15h 6 credits
FRq2 30h+15h 3 credits
FRq2 15h+15h 3 credits
Nanofabrication course
Students select one nanofabrication course from the two following courses:
FRq2 12h 4 credits
FRq1 30h 3 credits
Nanocaracterisation course
Students select one nanocaracterisation course from the four following courses:
FRq1 22h 3 credits
ENq2 12h 4 credits
FRq1 22h+8h 3 credits
FRq1 30h 3 credits
Nanoscale simulation course
Students select one nanoscale simulation course from the two following courses:
FRq1 15h+15h 3 credits
ENq1 36h+24h 6 credits
Elective courses for the Advanced Master in Nanotechnology
Students complete their annual programme with a minimum of three optional courses from among the courses listed below or courses from other specialisation track.
The courses chosen must be related to the subject of the selected specialisation track.
At least one course must be taken at an institution other than the one offering the chosen specialisation track.
The annual programme must comprise a minimum of 60 credits and a maximum of 75 credits.
Elective courses in the specialisation track in nanoelectronics and quantum devices
FRq1 15h 3 credits
ENq1+q2 24h+48h 5 credits
ENq2 20h+10h 4 credits
ENq2 45h+15h 5 credits
> French-friendly
Teacher(s):
> Sophie Demoustier
> Karine Glinel
> Jean-François Gohy
ENq2 30h+22.5h 5 credits
> French-friendly
Teacher(s):
> Denis Flandre
> Benoît Hackens
> Jean-Pierre Raskin
ENq1 20h+10h 4 credits
FRq2 25h 2 credits
ENq2 30h+40h 5 credits
ENq1 20h+10h 4 credits
FRq1 15h 3 credits
ENq1 20h+10h 4 credits
ENq2 15h 2 credits
Elective courses in the specialisation track in nanostructures and nanointerfaces
ENq2 15h 2 credits
FRq1 15h 3 credits
ENq1+q2 24h+48h 5 credits
FRq1 36h+36h 5 credits
FRq1 36h+24h 5 credits
ENq1 36h+12h 5 credits
ENq1 20h+10h 4 credits
ENq2 12h 4 credits
FRq2 15h+15h 3 credits
FRq1 36h+24h 5 credits
ENq1 25h 4 credits
Elective courses in the specialisation track in nanomaterials chemistry and physics
FRq1 15h 3 credits
ENq2 20h+10h 4 credits
ENq2 45h+15h 5 credits
> French-friendly
Teacher(s):
> Sophie Demoustier
> Karine Glinel
> Jean-François Gohy
ENq2 24h+24h 4 credits
ENq1 20h+10h 4 credits
FRq2 25h 2 credits
ENq2 30h+40h 5 credits
ENq1 20h+10h 4 credits
ENq2 12h 4 credits
FRq2 45h+15h 6 credits
FRq2 15h+15h 3 credits
ENq1 20h+10h 4 credits
ENq1 25h 4 credits
Elective courses in the specialisation track in nanomaterials and surfaces
FRq1 15h 3 credits
FRq1 15h+4h 3 credits
ENq2 36h+24h 5 credits
ENq2 24h+24h 4 credits
FRq2 24h+36h 6 credits
ENq1 15h+15h 3 credits
ENq1 15h 3 credits
FRq1 20h+15h 3 credits
FRq2 30h+15h 6 credits
ENq2 12h 4 credits
FRq2 45h+15h 6 credits
Elective courses in the specialisation track in the optical and electronic properties of nanomaterials and interfaces
FRq2 24h+24h 5 credits
ENq2 15h 2 credits
FRq1 30h 4 credits
ENq2 20h+10h 4 credits
ENq2 12h 4 credits
ENq2 45h+15h 5 credits
> French-friendly
Teacher(s):
> Sophie Demoustier
> Karine Glinel
> Jean-François Gohy
ENq1 20h+15h 4 credits
FRq1 15h+4h 3 credits
ENq2 45h 4 credits
> French-friendly
Teacher(s):
> David Alsteens (coord.)
> Christine Dupont
> Eric Gaigneaux
FRq1 36h+24h 5 credits
ENq1 36h+12h 5 credits
ENq2 30h+40h 5 credits
FRq1 15h 3 credits
FRq2 12h 4 credits
FRq1 12h 4 credits
FRq2 12h 4 credits
ENq1 24h 4 credits
ENq2 12h 4 credits
ENq1 12h 4 credits
