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Study programme 2015-2016

Teaching and training





The objective of this major is to familiarise students with certain advanced concepts in automatics and dynamic systems theory, which includes the identification of dynamic systems, the synthesis of automatic control systems and the implementation of numerical regulation as well as the modelling and analysis of dynamic non-linear phenomena.


 
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The student shall select
De 15 à 30 credits parmi
Annual block
  1 2
Optionnal Recommended courses in automatics and dynamic systems

Students may select a minimum of 10 credits from among the following:  

Optionnal LINMA2120 Applied mathematics research seminar   Pierre-Antoine Absil, Vincent Blondel, Philippe Chevalier, Jean-Charles Delvenne (coord.), François Glineur, Julien Hendrickx, Raphaël Jungers, Philippe Lefèvre, Yurii Nesterov, Paul Van Dooren, Mathieu Van Vyve 30h  3 credits 2q x x
Optionnal LINMA2360 Project in mathematical engineering   Pierre-Antoine Absil, François Glineur (coord.), Yurii Nesterov, Paul Van Dooren 30h+22.5h  5 credits 2q x x
Optionnal LINMA2361 Nonlinear dynamical systems   Pierre-Antoine Absil 30h+22.5h  5 credits 1q x x
Optionnal LINMA2671 Automatic : Theory and implementation   Julien Hendrickx 30h+30h  5 credits 1q x x
Optionnal LINMA2875 System Identification   Julien Hendrickx 30h+30h  5 credits 2q x x
 
Optionnal Courses of interest in automatics and dynamic systems
Optionnal LELEC2870 Machine Learning : regression, dimensionality reduction and data visualization   John Lee (compensates Michel Verleysen), Michel Verleysen 30h+30h  5 credits 1q x x
Optionnal LGBIO2060 Modelling of biological systems   Philippe Lefèvre 30h+30h  5 credits 1q x x
Optionnal LINGI2262 Machine Learning :classification and evaluation   Pierre Dupont 30h+30h  5 credits 2q x x
Optionnal LMAPR2510 Mathematical ecology   Eric Deleersnijder, Emmanuel Hanert, Thierry Van Effelterre 30h+22.5h  5 credits 2q x x
Optionnal LMECA2732 Introduction to robotics   Renaud Ronsse 30h+30h  5 credits 2q x x