1. Study
  2. Study programme
  3. Study programme 2016-2017
  4. Per faculty
  5. Ecole Polytechnique de Louvain
  6. Master [120] in Electrical Engineering

Major in nanotechnology

elec2m  2016-2017  Louvain-la-Neuve



As with the Master’s degree programmes in electrical and electro-mechanical engineering as well as physics, chemistry and material sciences, the objective of this major is to introduce the student to the physics and simulation of materials and devices used in the field of micro and nano-electronics; to the properties and methods of manufacturing and classifying micro and nano-structures; to the operating methods of nano-devices as well as the development and integration of organic elements into nano-systems.


 
> Legend

Students may select 20-30 credits from among the following courses:
De 20 à 30 credits parmi
Annual block
  1 2
Optionnal Nano-structures and the physics of nano-materials

To enrol in this major, students should have already taken a physical materials class such as MAPR1492. The classes MAPR2451 and 2471 are not open to students in the Master's degree programme in physical engineering  

Optionnal LMAPR2015 Physics of Nanostructures   Jean-Christophe Charlier;
Xavier Gonze;
Aurelien Lherbier (compensates Jean-Christophe Charlier);
Luc Piraux;
37.5h+22.5h  5 credits 1q x x
Optionnal LMAPR2451 Atomistic and nanoscopic simulations   Jean-Christophe Charlier;
Xavier Gonze;
Aurelien Lherbier (compensates Jean-Christophe Charlier);
Aurelien Lherbier (compensates Xavier Gonze);
Gian-Marco Rignanese;
30h+30h  5 credits 2q x x
Optionnal LMAPR2471 Transport phenomena in solids and nanostructures   Jean-Christophe Charlier;
Aurelien Lherbier (compensates Jean-Christophe Charlier);
Luc Piraux;
30h+30h  5 credits 2q x x
Optionnal LPHY2273 Cryophysique et questions spéciales de supraconductivité   Vincent Bayot;
Luc Piraux;
45h+15h  5 credits 1q x x
Optionnal LFUND2908 Théorie quantique de l'état solide organique     3 credits x x
 
Optionnal Nano and micro semi-conductor devices

To enrol in these courses it is recommended that students have already taken a course in physical electronics or in semiconductor devices such as ELEC 1330 or ELEC 1755 or similar.  

Optionnal LELEC2541 Advanced Transistors   Vincent Bayot (coord );
Denis Flandre;
Jean-Pierre Raskin;
30h+30h  5 credits 2q x x
Optionnal LELEC2550 Special electronic devices   Vincent Bayot (coord );
Denis Flandre;
Laurent Francis;
Jean-Pierre Raskin;
30h+30h  5 credits 1q x x
Optionnal LELEC2710 Nanoelectronics   Vincent Bayot (coord );
Denis Flandre;
Laurent Francis;
Jean-Pierre Raskin;
30h+30h  5 credits 1q x x
 
Optionnal Micro and nano-engineering
Optionnal LELEC2560 Micro and Nanofabrication Techniques   Laurent Francis;
Benoit Hackens;
Jean-Pierre Raskin;
30h+30h  5 credits 2q x x
Optionnal LELEC2895 Design of micro and nanosystems   Denis Flandre;
Laurent Francis (coord );
Thomas Pardoen;
Jean-Pierre Raskin;
30h+30h  5 credits 1q x x
Optionnal LMAPR2012 Macromolecular Nanotechnology   Sophie Demoustier (compensates Bernard Nysten);
Sophie Demoustier;
Sophie Demoustier (compensates Karine Glinel);
Karine Glinel;
Jean-Francois Gohy (compensates Bernard Nysten);
Jean-Francois Gohy;
Jean-Francois Gohy (compensates Karine Glinel);
Bernard Nysten;
45h+15h  5 credits 2q x x
Optionnal LMAPR2631 Surface Analysis   Arnaud Delcorte;
Bernard Nysten;
Bernard Nysten (compensates Arnaud Delcorte);
30h+15h  5 credits 2q x x