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Study programme 2015-2016

Teaching and training




The objective of the major in micro and nano-systems (as with the Master’s degree programme in electrical engineering and electromechanics) is to introduce students to the techniques of micro and nano-manufacturing, design and multiphysical simulation and the classification of micro and nano receptors and actuators in integrated technology. Given the applications of MEMS and NEMS in numerous fields (automotive, communications, electronics, domestic, medical) the analysis of micro and nano-structures and the study of their behaviour is based on a multidisciplinary approach.

 

 
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Students enrolled in this major must also enrol in one of the following minors: ELEC, FYKI or MECA. Students may select 15 to 28 credits from the following courses:
De 15 à 28 credits parmi
Annual block
  1 2
Mandatory Compulsory courses in MEMS & NEMS
Mandatory LELEC2560 Micro and Nanofabrication Techniques   Laurent Francis, Benoît Hackens, Jean-Pierre Raskin 30h+30h  5 credits 2q x x
Mandatory LELEC2895 Design of micro and nanosystems   Denis Flandre, Laurent Francis (coord.), Thomas Pardoen, Jean-Pierre Raskin 30h+30h  5 credits 1q x x
 
Optionnal Elective courses in MEMS & NEMS
Optionnal LELEC2590 Seminars in electronics and communications   Denis Flandre, Isabelle Huynen, Jérôme Louveaux 30h  3 credits 2q x x
Optionnal LMAPR2015 Physics of Nanostructures   Jean-Christophe Charlier, Xavier Gonze, Luc Piraux 37.5h+22.5h  5 credits 1q x x
Optionnal LMAPR2020 Materials Selection   Christian Bailly, Thomas Pardoen 30h+22.5h  5 credits 2q x x
Optionnal LPHY2246 Basses pressions et physique du vide   Benoît Hackens, Sorin Melinte 30h  5 credits 1q x x
Optionnal LELEC2811 Instrumentation and sensors   David Bol, Laurent Francis 30h+30h  5 credits 1q x x