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Study programme 2015-2016

Teaching and training




The goal of this major is to provide students with a basic body of knowledge to understand and develop technology related to medical physics and medical imaging. This major is particularly well-suited for students who have already majored or minored in electricity or applied chemistry and physic

 
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Students selecting this major may choose
De 20 à 30 credits parmi
Annual block
  1 2
Mandatory Required courses (10 credits)
Mandatory LELEC2885 Image processing and computer vision   Christophe De Vleeschouwer, Laurent Jacques 30h+30h  5 credits 1q x x
Mandatory LPHY2236 Ionizing radiation measurement: detectors and Nuclear electronics.   Eduardo Cortina Gil 37.5h+55h  5 credits 1q x x
 
Mandatory Elective courses

  De 10 à 20 credits parmi

Optionnal LMECA2645 Major technological hazards in industrial activity.   Denis Dochain, Alexis Dutrieux 30h  3 credits 2q x x
Optionnal LPHY2340 Use, management and control of radio elements   Pascal Froment 22.5h  3 credits 2q x x
Optionnal LPHY2360 Physique atomique, nucléaire et des radiations   Krzysztof Piotrzkowski 22.5h  2 credits x x
Optionnal WMNUC2100 Master and compelmentary master   François-Xavier Hanin, Thierry Vander Borght (coord.) 15h  2 credits 1q x x
Optionnal WRDTH3120 Dosimétrie en radiothérapie et contrôle de qualité   Stefaan Vynckier 30h  3 credits x x
Optionnal WRDTH3131 Radiobiologie   Vincent Grégoire, Pierre Scalliet (coord.) 22.5h  2 credits x x
Optionnal WRDTH3160 Dosimétrie informatisée en radiothérapie   Vincent Grégoire, Pierre Scalliet, Stefaan Vynckier (coord.) 30h+60h  5 credits x x
Optionnal WRPR2001 Notions de base de radioprotection   Vincent Grégoire (coord.), Patrick Smeesters 10h+5h  2 credits 2q x x
Optionnal WRPR2330 Utilisation des radioisotopes et des molécules marquées en biologie   Bernard Gallez (coord.), Thierry Vander Borght 15h+15h  3 credits x x