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Core courses for the Master's degree in biomedical engineering [32.0]LGBIO2990 Master ThesisThe graduation project can be written and presented in French or English, in consultation with the supervisor. It may be accessible to exchange students by prior agreement between the supervisors and/or the two universities.
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q1+q2 25 credits
EN
q1+q2 30h+30h 5 credits > French-friendlyTeacher(s):
> Sophie Demoustier
> Sophie Demoustier (compensates Philippe Lefèvre)
> Renaud Ronsse
> Renaud Ronsse (compensates Philippe Lefèvre)
Sophie Demoustier
LEPL2020 Professional integration workThe modules of LEPL2020 course are organized over the two annual blocks of the master's degree. It is strongly recommended that students take them from year 1, but they will only be able to register for the course at the earliest the year in which they present their final graduation project.
Students who have other professional integration activities in their personal programme, or who can demonstrate an equivalent activity could be exempted from this course. This equivalence is at the discretion of the examination board. Another activity should then be chosen to reach the number of ECTS required for their graduation.
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Professional Focus [30.0]
The "professional focus" block of the Master in biomedical engineering offers a series of courses describing the main field of biomedical engineering, from bioinformatics to biomecanics and imaging. It thus consolidates the "general" profile of the program. Students can expect to acquire a deep level of knowledge in each of the disciplines, owing to the large volume of credits devoted to this block.
Content:LGBIO2010 BioinformaticsEN
q1 30h+30h 5 credits > French-friendlyTeacher(s):
> Vincent Branders (compensates Pierre Dupont)
LGBIO2020 BioinstrumentationEN
q2 30h+30h 5 credits > French-friendlyTeacher(s):
> André Mouraux
> Dounia Mulders (compensates Michel Verleysen)
LGBIO2030 BiomaterialsLGBIO2040 BiomechanicsLGBIO2050 Medical ImagingLGBIO2060 Modelling of biological systemsEN
q1 30h+30h 5 credits > French-friendlyTeacher(s):
> Hari Teja Kalidindi (compensates Philippe Lefèvre)
> Laurent Opsomer (compensates Philippe Lefèvre)
Hari Teja Kalidindi (compensates Philippe Lefèvre)
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Options
Dans la rubrique "Options et cours au choix en ingénieur civil biomédical", l'étudiant·e doit valider au moins une des 5 options. Il·elle peut aussi en valider plusieurs.
Dans la rubrique "Options et cours au choix en connaissances socioéconomiques", soit l'étudiant·e valide une des deux options proposées, soit il·elle choisit au minimum 3 crédits parmi les cours au choix ou les cours de l’option "Enjeux de l’entreprise".
Il ou elle complète son programme en choisissant parmi les cours des options en génie biomédical et la liste de cours au choix.-
Majors in biomedical engineering
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Major in Clinical Engineering
The objective of this major is to provide students with the necessary body of knowledge to work as an engineer in a hospital or in a biomedical products company. It covers areas related to the management of medical technologies, quality control, etc
From 20 to 30credit(s)Content:Required courses (8 credits)LGBIO2110 Introduction to Clinical EngineeringLGBIO2114 Artificial organs and rehabilitationEN
q2 30h+30h 5 credits > French-friendlyTeacher(s):
> Christophe Beauloye
> Benoit Delhaye
> Renaud Ronsse (compensates Philippe Lefèvre)
Elective coursesLSTAT2330 and WESP2123 are mutually exclusive, so as WFSP2218 and LBIRA2101
From 12 to 22credit(s)FR
q1 27.5h+7.5h 3 credits > English-friendlyTeacher(s):
> Xavier Draye
> Frédéric Gaspart
> Laura Symul
LINFO2172 DatabasesLSTAT2110 Data AnalysisLSTAT2310 Statistical quality control.LSTAT2330 Statistics in clinical trials.LDATS2360 Seminar in data management: basicWESP2123 Principles of clinical trialsFR
q1 20h+10h 4 creditsTeacher(s):
> Diego Castanares Zapatero
> Annie Robert (coord.)
> Xavier Stéphenne (compensates Françoise Smets)
Diego Castanares Zapatero
WESP2234 Clinical decision makingFR
q1 30h 3 creditsTeacher(s):
> Andrea Penaloza-Baeza
> Annie Robert (coord.)
> Kiswendsida Clovis Sawadogo
LMECA2711 Quality management and control. -
Major in acquisition and processing of biomedical data
The objective of this major is to provide students with the necessary body of knowledge to acquire and analyze biomedical data, i.e. either raw signal data or large bases of pre-processed data. This major is especially well-suited for students holding a bachelor in computer science, electricity or applied mathematic
From 20 to 30credit(s)Content:Required courses (10 credits)EN
q1 30h+30h 5 credits > French-friendlyTeacher(s):
> John Lee
> John Lee (compensates Michel Verleysen)
LELEC2900 Signal processingElective coursesThe classes LSTAT2320 and LBIRC2106 are mutually exclusive as are the classes LSTAT 2120 and LBIRA2101.
From 10 to 20credit(s)LELEC2531 Digital electronic systemsLELEC2532 Analog electronic systemsLELEC2811 Instrumentation and sensorsLINFO2251 Software Quality AssuranceLINFO2381 Health InformaticsLINMA2361 Nonlinear dynamical systemsLINMA2471 Optimization models and methods IIEN
q1 30h+22.5h 5 credits > French-friendlyTeacher(s):
> François Glineur
> Geovani Nunes Grapiglia
LINMA2875 System IdentificationLSTAT2320 Design of experiment.LSTAT2110 Data AnalysisLSTAT2120 Linear modelsFR
q1 27.5h+7.5h 3 credits > English-friendlyTeacher(s):
> Xavier Draye
> Frédéric Gaspart
> Laura Symul
LGBIO2072 Mathematical models in neuroscience -
Major in Biomaterials
The goal of this major is to provide students with the necessary body of knowledge to understand and develop technologies related to biomaterials (implants, biocompatibility, etc.). This major is particularly well-suited for students holding a bachelor in applied chemistry and physics AND biomedical engineering.
From 20 to 30credit(s)Content:Required courses KIMA studentsKIMA students must enrol in LGBIO2030 and LBIR1250 except if they took these courses during their undergraduate programme.
From 4 to 9credit(s)LGBIO2030 BiomaterialsThis course is mandatory for KIMA students but cannot be chosen by GBIO2M students
LBIR1250 Biochemistry IRequired courses GBIO studentsGBIO students must enrol in LMAPR2020 and LMAPR1805 unless they took these courses during their undergraduate (BAC) programme.
From 5 to 10credit(s)LMAPR1805 Introduction to materials scienceFR
q2 30h+30h 5 creditsTeacher(s):
> Jean-Christophe Charlier (coord.)
> Pascal Jacques
> Bernard Nysten
LMAPR2020 Materials SelectionRecommended courses
Minimum 10 credit(s)LELEC2560 Micro and Nanofabrication TechniquesEN
q2 30h+30h 5 credits > French-friendlyTeacher(s):
> Laurent Francis
> Benoît Hackens
> Jean-Pierre Raskin
LMAPR2012 Polymers for advanced technologiesLMAPR2019 Polymer Science and EngineeringEN
q1 45h+15h 5 credits > French-friendlyTeacher(s):
> Sophie Demoustier
> Alain Jonas
> Evelyne Van Ruymbeke
LGBIO2071 Tissue EngineeringElective coursesLBIRC2101 Biochemical analysisFR
q1 22.5h+30h 4 credits > English-friendlyTeacher(s):
> François Chaumont
> Pierre Morsomme (coord.)
LBIRC2108 Biochemical and Microbial EngineeringLGBIO2020 BioinstrumentationFor GBIO2M students - LGBIO2020 cannot be taken in this option, it must be validated in the finality.
EN
q2 30h+30h 5 credits > French-friendlyTeacher(s):
> André Mouraux
> Dounia Mulders (compensates Michel Verleysen)
LMAPR2014 Physics of Functional MaterialsLMAPR2018 RheologyLMAPR2016 Project in Polymer ScienceLMAPR2631 Surface AnalysisLMAPR2481 Deformation and fracture of materialsLMAPR2483 Durability of materials -
Major in Biomechanics and medical robotics
The goal of this major is to provide students with the necessary body of knowledge to understand and develop technologies related to biomechanics (fluids and solids) and medical robotics (surgical assistance and rehabilitation). This major is particularly well-suited for students holding a bachelor in mechanics.
From 20 to 30credit(s)Content:Required courses (10 credits)LMECA2170 Numerical GeometryEN
q1 30h+30h 5 credits > French-friendlyTeacher(s):
> Greet Kerckhofs
> Ann Vankrunkelsven (compensates Benoît Raucent)
Elective courses
From 10 to 20credit(s)LINMA2671 Advanced control and applicationsLINMA2875 System IdentificationLMECA2300 Advanced Numerical MethodsEN
q2 30h+30h 5 credits > French-friendlyTeacher(s):
> Philippe Chatelain
> Christophe Craeye (coord.)
> Vincent Legat
> Jean-François Remacle
LMECA2660 Numerical methods in fluid mechanicsLELME2732 Robot modelling and controlEN
q2 30h+30h 5 credits > French-friendlyTeacher(s):
> Nicolas Docquier (compensates Renaud Ronsse)
LMECA2755 Industrial automationLMECA2802 Multibody system DynamicsLMECA2840 Project in Mechanical Design IIEN
q1+q2 30h+30h 6 credits > French-friendlyTeacher(s):
> Bruno Dehez
> Christophe Everarts (compensates Benoît Raucent)
> Renaud Ronsse
LMECA2335 Biorobotics -
Major in Medical physics and medical imaging
The goal of this major is to provide students with the necessary body of knowledge to understand and develop technologies related to medical physics and medical imaging. This major is particularly well-suited for students holding a bachelor in electricity or applied chemistry and physics.
From 20 to 30credit(s)Content:Required courses (10 credits)LELEC2885 Image processing and computer visionEN
q1 30h+30h 5 credits > French-friendlyTeacher(s):
> Christophe De Vleeschouwer (coord.)
> Laurent Jacques
LGBIO2070 Engineering challenges in protontherapyEN
q2 30h+30h 5 credits > French-friendlyTeacher(s):
> Guillaume Janssens
> John Lee
> Edmond Sterpin
Elective courses
From 10 to 20credit(s)WMNUC2100 Master and compelmentary masterWRDTH3120 Fundamental of dosimetryWRPR2001 Notions de base de radioprotection -
Cours au choix disciplinairesCours au choix disciplinairesCours au choix disciplinaires en génie génétiqueLBIR1352 General geneticsLBRMC2101 Genetic engineering
FR
q1 37.5h+15h 5 credits > English-friendlyTeacher(s):
> François Chaumont (coord.)
> Charles Hachez
Cours au choix disciplinaires en génie biochimiqueLBRAL2104 Food microbiologyLBRMC2202 Cell culture technologyEN
q1 30h 3 credits > French-friendlyTeacher(s):
> David Alsteens
> Charles Hachez (coord.)
> Pascal Hols
LBRNA2202 Nano-biotechnologiesLBRTE2201 Human and environmental toxicologyCours au choix disciplinaires en génie pharmaceutiqueEN
q1 30h+30h 5 credits > French-friendlyTeacher(s):
> Pierre-Antoine Absil
> Laurent Jacques (coord.)
> Estelle Massart
> Geovani Nunes Grapiglia
LMAPR2118 Fluid-fluid separationsLMAPR2330 Reactor DesignLMAPR2380 Solid-fluid separationWFARM1008 Design of the drugWFARM1232 General PharmacologyWFARM1307 Physical pharmacyCours au choix disciplinaires en statistiquesCe module en statistique propose des cours utiles pour le traitement de données (laboratoire d'analyse, recherche clinique, contrôle qualité, etc.). Les étudiant·es qui suivent au-moins 45 crédits dans ce module et parmi les cours de statistique des options du master (labels LBIRA, LBIRC, LSTAT, WESP, WFSP) auront un accès direct au 2e bloc annuel du master en statistique, orientation biostatistique [120 crédits]. Plus d'informations concernant cette passerelle via info-stat-actu@uclouvain.be.
LSTAT2040 Statistical analysisLSTAT2130 Introduction to Bayesian statisticsLSTAT2170 Times seriesLSTAT2210 Mixed linear modelsLSTAT2220 Analysis of survival and duration data
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Options et cours au choix en connaissances socio-économiques
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Business risks and opportunitiesContent:LEPL2211 Business issues introductionLEPL2212 Financial performance indicatorsLEPL2214 Law, Regulation and Legal ContextOne course between
From 3 to 5credit(s)LEPL2210 Ethics and ICTCours en marketingMGEST1108 MarketingMLSMM2136 Trends in Digital MarketingMLSMM2134 e-Consumer BehaviorCours en Sourcing and ProcurementLLSMS2036 Supply Chain ProcurementLLSMS2038 Procurement Organisation and ScopeEN
q1 30h 5 creditsTeacher(s):
> Constantin Blome
> Canan Kocabasoglu Hillmer (compensates Constantin Blome)
LLSMS2037 Sourcing StrategyAlternative to the major in business risks and opportunities for computer science studentsComputer science students who have already taken courses in this field while pursuing their Bachelor's degree may choose between 16-20 credits from the courses offered in the management minor for computer sciences.
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Major in Interdisciplinary Program in Entrepreneurship - INEO
Commune à la plupart des masters de l'EPL, cette option a pour objectif de familiariser l'étudiant·e avec les spécificités de l'entreprenariat et de la création d’entreprise afin de développer chez lui les aptitudes, connaissances et outils nécessaires à la création d'entreprise.
Cette option rassemble des étudiants de différentes facultés en équipes interdisciplinaires afin de créer un projet entrepreneurial. La formation interdisciplinaire en entrepreneuriat (INEO) est une option qui s’étend sur 2 ans et s’intègre dans plus de 30 Masters de 9 facultés/écoles de l’UCLouvain. Le choix de l’option INEO implique la réalisation d’un mémoire interfacultaire (en équipe) portant sur un projet de création d’entreprise. L’accès à cette option, ainsi qu'à chacun des cours, est limité aux étudiant·es sélectionnés sur dossier. Toutes les informations sur /fr/etudier/ineo.
L'étudiant.e qui choisit de valider cette option doit sélectionner au minimum 20 crédits et au maximum 25 crédits. Cette option n'est pas accessible en anglais et ne peut être prise simultanément avec l'option « Enjeux de l'entreprise ».Content:Required coursesLINEO2001 Théorie de l'entrepreneuriatLINEO2003 Plan d'affaires et étapes-clefs de la création d'entrepriseLes séances du cours LINEO2003 sont réparties sur les deux blocs annuels du master. L'étudiant doit les suivre dès le bloc annuel 1, mais ne pourra inscrire le cours que dans son programme de bloc annuel 2.
Prerequisite coursesStudent who have not taken management courses during their previous studies must enroll in LINEO2021.
LINEO2021 Financer son projet -
Cours au choix en connaissances socio-économiquesContent:LFSA2995 Company Internship
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Other elective courses
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Other elective coursesContent:Les étudiant·es peuvent également inscrire à leur programme tout cours faisant partie des programmes d'autres masters de l'EPL moyennant l'approbation du jury restreint.
LanguagesStudents may select from any language course offered at the ILV. Special attention is placed on the following seminars in professional development:
LALLE2500 Professional development seminar GermanDE
q1+q2 30h 3 creditsTeacher(s):
> Caroline Klein (coord.)
> Mélanie Mottin (compensates Caroline Klein)
LALLE2501 Professional development seminar-GermanDE
q1+q2 30h 5 creditsTeacher(s):
> Caroline Klein (coord.)
> Mélanie Mottin (compensates Caroline Klein)
Group dynamicsLEPL2351 Become a tutorFR
q1 15h+30h 3 creditsTeacher(s):
> Jean-Charles Delvenne (coord.)
> Delphine Ducarme
> Thomas Pardoen
> Benoît Raucent
LEPL2352 Become a tutorFR
q2 15h+30h 3 creditsTeacher(s):
> Jean-Charles Delvenne (coord.)
> Delphine Ducarme
> Thomas Pardoen
> Benoît Raucent
Autres UEs hors-EPLL'étudiant·e peut choisir maximum 8 crédits de cours hors EPL, considérés comme non-disciplinaires par la commission de programme.
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