Master of Science (MSc) in Biomedical Engineering

Depending on your track record or your professional/research focus, some prerequisites/corequisites of your first year program might appear in bloc 2. You are therefore invited to go through the list of courses suggested in bloc 2 even if you enroll for the first time in this master program.

To complete their curriculum, students must earn or validate the 55 credits of the compulsory courses (including the master thesis), 30 credits technical training and 35 credits optional courses (30 of wich counts towards the professional focus).
Ideally, students enrolling in the master program should have acquired the skills and knowledge corresponding to the 40 credits in "Biomedical" offered as part of the bachelor program in engineering.

Compulsory Courses

B2

25Cr
Code	Détails	Bloc	Organisation	Théorie	Pratique	Autres	Crédits
ATFE0016-1	Master thesis (including introduction to research methodology) - [750h Projet] Davide Ruffoni	B2	TA	-	-	[+]	25

Elective courses

B1: 60Cr
B2: 35Cr

Single focus

B2: 30Cr

Professional focus

B1

30Cr
Code	Détails	Bloc	Organisation	Théorie	Pratique	Autres	Crédits
GBIO0029-1	Bioelectronics (english language) - [20h Laboratory work, 20h Projet] Jean-Michel Redouté	B1	Q1	30	15	[+]	5
GBIO0012-2	Biomechanics (english language) - [1d Field work] Davide Ruffoni	B1	Q1	26	26	[+]	5
GBIO0008-2	Medical imaging (english language) - [8h Laboratory work, 1d Field work] Christophe Phillips	B1	Q2	33	12	[+]	5
GBIO0027-1	Integrated project in biomedical engineering (english language) Liesbet Geris, Davide Ruffoni Corequisite GBIO0001-1 Biophysique et biochimie GBIO0025-1 Biologie générale et cellulaire GBIO0026-1 Physiologie des systèmes	B1	TA	30	90	-	10
GEST3162-1	Principles of management (english language) Michael Ghilissen, François Pichault	B1	Q1	25	25	-	5

Technical courses

Choose one of the following options :

B1: 25Cr
B2: 5Cr

Code

Détails

Bloc

Organisation

Théorie

Pratique

Autres

Crédits

Electronics

B1: 25Cr
B2: 5Cr

Code

Détails

Bloc

Organisation

Théorie

Pratique

Autres

Crédits

Choose 30 credits in the following list :

B1

25Cr

B2

5Cr
Code	Détails	Bloc	Organisation	Théorie	Pratique	Autres	Crédits
[...]	[b]The subjects GBIO0001-1, GBIO0025-1 et GBIO0026-1 are corequisite to some compulsory courses of the master program. They must be taken as a priority, unless they were already taken as part of the bachelor in engineering, or unless the corresponding knowledge and skills have been acquired previously.[/b]						-
SYST0017-1	Advanced topics in systems and control (english language) Guillaume Drion	-	Q1	26	26	-	5
SYST0003-1	Linear control systems (english language)	-	Q1				5
	Theory Guillaume Drion			26	6	-
	Control system design in time domain and frequency domain - [6h Laboratory work] Guillaume Drion			-	20	[+]
ELEN0074-1	Sensors, microsensors and instrumentation (english language) - [20h Laboratory work] Philippe Vanderbemden	-	Q2	30	-	[+]	5
ELEN0071-1	Applied digital signal processing (english language) - [40h Projet] Pierre Sacré	-	Q2	39	13	[+]	5
ELEN0037-1	Microelectronics and IC design (english language) - [40h Projet] Jean-Michel Redouté	-	Q2	30	20	[+]	5
INFO0064-2	Embedded systems (english language) Bernard Boigelot	-	Q1	25	20	-	3
INFO2055-1	Embedded systems project (english language) - [60h Projet] Bernard Boigelot	-	Q2	-	-	[+]	2

Informatics

B1: 25Cr
B2: 5Cr

Code

Détails

Bloc

Organisation

Théorie

Pratique

Autres

Crédits

Choose 30 credits in the following list :

B1

25Cr

B2

5Cr
Code	Détails	Bloc	Organisation	Théorie	Pratique	Autres	Crédits
[...]	[b]The subjects GBIO0001-1, GBIO0025-1 et GBIO0026-1 are corequisite to some compulsory courses of the master program. They must be taken as a priority, unless they were already taken as part of the bachelor in engineering, or unless the corresponding knowledge and skills have been acquired previously.[/b]						-
SYST0003-1	Linear control systems (english language)	-	Q1				5
	Theory Guillaume Drion			26	6	-
	Control system design in time domain and frequency domain - [6h Laboratory work] Guillaume Drion			-	20	[+]
INFO0939-1	High performance scientific computing (english language) - [20h Projet] Christophe Geuzaine	-	Q1	30	15	[+]	5
MATH0462-1	Discrete optimization (english language) - [25h Projet] Quentin Louveaux	-	Q2	30	20	[+]	5
ELEN0060-2	Information and coding theory (english language) - [30h Projet] Louis Wehenkel	-	Q2	30	15	[+]	5
ELEN0071-1	Applied digital signal processing (english language) - [40h Projet] Pierre Sacré	-	Q2	39	13	[+]	5
ELEN0062-1	Introduction to machine learning (english language) - [40h Projet] Pierre Geurts, Louis Wehenkel	-	Q1	30	5	[+]	5

Mechanical Engineering

B1: 25Cr
B2: 5Cr

Code

Détails

Bloc

Organisation

Théorie

Pratique

Autres

Crédits

Choose 30 credits in the following list :

B1

25Cr

B2

5Cr
Code	Détails	Bloc	Organisation	Théorie	Pratique	Autres	Crédits
[...]	[b]The subjects GBIO0001-1, GBIO0025-1 et GBIO0026-1 are corequisite to some compulsory courses of the master program. They must be taken as a priority, unless they were already taken as part of the bachelor in engineering, or unless the corresponding knowledge and skills have been acquired previously.[/b]						-
MECA0036-2	Finite Element Method (english language) - [40h Projet] Jean-Philippe Ponthot	-	Q2	26	26	[+]	5
MECA0031-2	Kinematics and dynamics of mechanisms (english language) - [40h Projet] Olivier Bruls	-	Q2	30	20	[+]	5
MECA0008-1	Microfluidics (english language) - [16h Laboratory work, 14h Projet] Tristan Gilet	-	Q2	22	8	[+]	5
MECA0010-1	Reliability and stochastic modeling of engineering systems (english language) - [28h Projet] Maarten Arnst	-	Q1	16	16	[+]	5
MECA0462-2	Materials selection (english language) - [30h Projet, 1d Field work] Anne Mertens, Davide Ruffoni	-	Q1	26	26	[+]	5
MECA0139-1	Additive manufacturing and 3D printing (english language) Thierry Dormal, Anne Mertens	-	Q1	26	26	-	5

Chemistry/Materials

B1: 25Cr
B2: 5Cr

Code

Détails

Bloc

Organisation

Théorie

Pratique

Autres

Crédits

Choose 30 credits in the following list :

B1

25Cr

B2

5Cr
Code	Détails	Bloc	Organisation	Théorie	Pratique	Autres	Crédits
[...]	[b]The subjects GBIO0001-1, GBIO0025-1 et GBIO0026-1 are corequisite to some compulsory courses of the master program. They must be taken as a priority, unless they were already taken as part of the bachelor in engineering, or unless the corresponding knowledge and skills have been acquired previously.[/b]						-
CHIM0604-2	Chemistry and organic materials Lionel Delaude	-	Q2	33	19	-	5
CHIM0675-1	Macromolecular chemistry - [5d Laboratory work] Lionel Delaude, Anne-Sophie Duwez Corequisite CHIM0604-2 Chimie et matériaux organiques	-	Q1	15	-	[+]	3
CHIM9277-1	Chemical reactor engineering - [15h Laboratory work] Dominique Toye	-	Q1	35	15	[+]	4
CHIM0072-2	Nanomaterials and divided materials engineering Benoît Heinrichs, Stéphanie Lambert	-	Q1	15	15	-	3
MECA0139-1	Additive manufacturing and 3D printing (english language) Thierry Dormal, Anne Mertens	-	Q1	26	26	-	5
MECA0462-2	Materials selection (english language) - [30h Projet, 1d Field work] Anne Mertens, Davide Ruffoni	-	Q1	26	26	[+]	5
PHYS0904-4	Physics of materials - [1d Field work] Luc Courard, Anne Mertens	-	Q2	26	26	[+]	5

Basics in bioengineering

GBIO0001-1

Biophysics and Biochemistry - [6h Projet]

Paulette Charlier, Liesbet Geris

[+]

GBIO0025-1

General and cell biology

Olivier Peulen

GBIO0026-1

Systems physiology

Philippe Kolh

Choose 5 credits:

B1

5Cr
Code	Détails	Bloc	Organisation	Théorie	Pratique	Autres	Crédits
[...]	The remaining credits (5 ECTS) can be chosen in amongst the optional or technical courses that have not yet been followed						5

**Other optionnal courses and Internship**

Choose 30 credits from the following list. The thematic structuring is indicative only.

B2

30Cr
Code	Détails	Bloc	Organisation	Théorie	Pratique	Autres	Crédits
Compulsory internship (choose between the 3 ECTS and 8 ECTS version)
ASTG0024-1	Immersion internship (english language) Liesbet Geris	B2	TA	-	-	-	8
ASTG9007-1	Observation internship (english language) Liesbet Geris	B2	TA	-	-	-	3

Imaging and instrumentation
MATH0049-1	Morphological Characterization of Unordered Systems Silvia Blacher	B2	Q1	26	26	-	5
ELEN0071-1	Applied digital signal processing (english language) - [40h Projet] Pierre Sacré	B2	Q2	39	13	[+]	5
ELEN0004-1	Semiconductor devices (english language) Benoît Vanderheyden	B2	Q1	26	26	-	5
MATH0461-2	Introduction to numerical optimization (english language) - [25h Projet] Quentin Louveaux	B2	Q1	30	20	[+]	5
ELEN0016-2	Computer vision (english language) - [50h Projet] Marc Van Droogenbroeck	B2	Q1	30	10	[+]	5
ELEC0017-1	Electromagnetic Compatibility (english language) - [30h Projet] Véronique Beauvois, Christophe Geuzaine	B2	TA	20	10	[+]	5
PHYS0128-1	Magnetic Resonance Imaging - the Basics (english language) - [3d Field work] Evelyne Balteau	B2	Q1	15	-	[+]	3
ELEC0041-1	Modelling and design of electromagnetic systems (english language) Christophe Geuzaine	B2	Q2	26	26	-	5
ELEC0054-1	Application of electrical measurement systems (english language) - [20h Laboratory work] Philippe Vanderbemden	B2	Q1	30	10	[+]	5
ELEN0062-1	Introduction to machine learning (english language) - [40h Projet] Pierre Geurts, Louis Wehenkel	B2	Q1	30	5	[+]	5
STAT0722-1	Introduction to medical statistics (english language) Christophe Phillips	B2	Q1	10	5	-	2
INFO0009-2	Database (general organisation) - [25h Projet] Samuel Hiard	B2	Q2	26	26	[+]	5
SYST0020-1	Introduction to microsystems and microtechnology (english language) - [4h Laboratory work, 20h Projet] Tristan Gilet, Jean-Michel Redouté	B2	Q2	24	18	[+]	5
Mechanics, materials and chemistry
PROT0430-3	Biomedical robotics and active prostheses (english language) (Odd years) Olivier Bruls	B2	Q1	15	10	-	3
MECA0516-1	Mechanical properties of biological and bioinspired materials (english language) - [4h Laboratory work] Davide Ruffoni	B2	Q1	26	22	[+]	5
CHIM0625-1	Molecular mechanics and molecular dynamics Frédéric Kerff	B2	Q1	10	10	-	2
MECA0464-1	Large deformation of solids (english language) - [60h Projet] Jean-Philippe Ponthot	B2	Q1	26	26	[+]	5
MECA0446-2	Continuum Mechanics (english language) - [50h Projet] Jean-Philippe Ponthot	B2	Q2	26	26	[+]	5
MECA0025-3	Fluid Mechanics - [30h Projet] Eric Delhez	B2	Q2	26	26	[+]	5
MECA0018-2	Manufacturing processes (english language) - [15h Laboratory work, 11h Projet, 0,5d Field work] Yves Marchal	B2	Q2	30	-	[+]	5
CHIM0698-1	Physical Chemistry of Interfaces (english language) Cédric Gommes	B2	Q2	20	10	-	3
PHYS0038-2	Introduction into polymer physics including plasturgy (english language) Klaus Keck-Antoine	B2	Q1	30	-	-	4
CHIM0666-2	Inorganic materials: manufacturing processes and properties of use - [3d Laboratory work, 1d Field work] Stéphanie Lambert, Bénédicte Vertruyen	B2	Q2	30	-	[+]	5
CHIM0676-1	Polymerisation processes (english language) Klaus Keck-Antoine	B2	Q2	20	-	-	2
BIOL0114-3	Electronic microscopies	B2	Q2				5
	Part A Philippe Compère			15	-	-
	Part B Philippe Compère			24	13	-
CHIM0668-1	Agitation and mixture - [5h Laboratory work] Dominique Toye	B2	Q1	30	5	[+]	4
MECA0473-1	Metallic materials engineering Anne Mertens	B2	Q1	26	26	-	5
CHIM0697-1	Heterogeneous catalysis (english language) - [10h Projet] Nathalie Job	B2	Q1	20	20	[+]	4
MECA0012-6	Solid mechanics - [15h Projet] Laurent Duchene	B2	Q2	26	26	[+]	5
MECA0023-1	Advanced solid mechanics (english language) - [30h Projet] Jean-Philippe Ponthot	B2	Q1	26	26	[+]	5
CHIM9302-1	Advanced Question in Chemical Engineering : Biotechnology - [30h Projet, 1d Field work] Frank Delvigne, Aurore Richel, Dominique Toye	B2	Q1	30	10	[+]	5
Modeling and informatics
GBIO0014-2	Modeling of physiological systems and clinical applications Thomas Desaive	B2	Q1	30	30	-	4
GBIO0015-1	A tour in genetic epidemiology (english language) - [60h Projet] Kristel Van Steen	B2	Q2	15	15	[+]	3
BIOC0718-2	Structure-function of biomolecules Mireille Dumoulin	B2	Q2	15	25	-	4
GBIO0007-1	Gene sequencing and protein analysis : part a	B2	Q1	10	10	-	2
GBIO0030-1	Computational approaches to statistical generics (english language) - [35h Projet] Kristel Van Steen	B2	Q2	25	15	[+]	5
MATH0024-1	Modelling with partial differential equations (english language) - [25h Projet] Maarten Arnst, Romain Boman	B2	Q1	30	20	[+]	5
INFO0939-1	High performance scientific computing (english language) - [20h Projet] Christophe Geuzaine	B2	Q1	30	15	[+]	5
MECA0036-2	Finite Element Method (english language) - [40h Projet] Jean-Philippe Ponthot	B2	Q2	26	26	[+]	5
MATH0461-2	Introduction to numerical optimization (english language) - [25h Projet] Quentin Louveaux	B2	Q1	30	20	[+]	5
MATH0471-2	Multiphysics integrated computational project (english language) - [30h Projet] Romain Boman, Christophe Geuzaine	B2	TA	33	-	[+]	5
INFO0009-2	Database (general organisation) - [25h Projet] Samuel Hiard	B2	Q2	26	26	[+]	5
ELEN0060-2	Information and coding theory (english language) - [30h Projet] Louis Wehenkel	B2	Q2	30	15	[+]	5
GBIO0031-1	Learning from genomic data (english language) - [150h Projet] Kristel Van Steen	B2	Q2	-	-	[+]	5
INFO0064-2	Embedded systems (english language) Bernard Boigelot	B2	Q1	25	20	-	3
Biomedical engineering
GBIO0018-2	Introduction to tissue engineering (english language) - [15h Projet] Liesbet Geris	B2	Q2	20	5	[+]	3
BIOC0430-1	Interaction of living material Christian Grandfils	B2	Q1	25	-	-	3
GBIO0022-1	Biomimicry (english language) - [45h Projet] Philippe Compère, Liesbet Geris, Tristan Gilet, Davide Ruffoni	B2	TA	15	-	[+]	5
INGE0012-1	Scientific research in engineering and its impact on innovation (english language) Rodolphe Sepulchre	B2	Q2	26	26	-	5
BIOM0631-1	Human movement analysis (english language) - [15h Projet] Olivier Bruls, Cédric Schwartz	B2	Q1	33	14	[+]	5
GBIO0016-1	Introduction to systems and synthetic biology (english language) Frank Delvigne, Jean-Denis Docquier, Philippe Jacques	B2	Q2	26	26	-	5
LABO0432-1	Techniques for cells and tissue cultures Erik Maquoi	B2	Q1	8	20	-	2
SBIM0495-2	Molecular and cellular basis of disease (english language) - [40h Personal research] Jo Caers, Pierre Close, Charlotte Cornil, Laurence Delacroix, Mireille Dumoulin, Keith Durkin, Julien Hanson, François Jouret , Vincent Seutin, Sabine Wislet	B2	Q2	20	10	[+]	7
PROJ0011-2	Personal student project (english language) - [150h Projet] Pierre Duysinx, Liesbet Geris, Grégoire Léonard	B2	TA	-	-	[+]	5
GEST0188-1	Determination and recognition of quality and conformity	B2	Q1				3
	Common theory Pierre Dewallef			15	-	-
	practice Joëlle Widart			-	15	-
MECA0521-1	(pas organisé en 2020-2021) HSE management, Part 2 : Practical aspects of HSE management - [10h Projet, 1d Field work] Pierre Dewallef	B2	TA	20	10	[+]	2
[...]	With the agreement of the jury, choose 5 credits in any course programme of the University						-

Additional ECTS Master in biomedical engineering

Code

Détails

Bloc

Organisation

Théorie

Pratique

Autres

Crédits

Optional courses

B0: 60Cr

Each student¿s programme will be determined by the jury depending on their prior training. If an applicant does not meet certain prerequisites, his or her programme may include up to 60 additional course credits essentially taken from the list below :

B0

60Cr
Code	Détails	Bloc	Organisation	Théorie	Pratique	Autres	Crédits
GBIO0025-1	General and cell biology Olivier Peulen	B0	Q2	26	26	-	5
GBIO0026-1	Systems physiology Philippe Kolh	B0	Q2	26	26	-	5
GBIO0002-1	Genetics and bioinformatics (english language) - [15h Projet] Franck Dequiedt, Kristel Van Steen	B0	Q1	30	15	[+]	5
GBIO0011-1	Biological Systems Modelling Pierre Dauby, Liesbet Geris	B0	Q2	26	26	-	5
GBIO0001-1	Biophysics and Biochemistry - [6h Projet] Paulette Charlier, Liesbet Geris	B0	Q1	29	23	[+]	5
GBIO0021-1	Laboratory Project - [16h Laboratory work, 8h Projet] Thomas Desaive, Liesbet Geris	B0	TA	-	44	[+]	5
GBIO0013-1	Phenomenon of Transport in Biology Dominique Toye	B0	Q2	26	26	-	5
GBIO0005-1	Introduction to cognitive neurosciences Gilles Vandewalle	B0	Q2	26	26	-	5
[...]	To this list may be added, up to a limit of 60 credits, other technical classes depending on the skills the student has acquired.						-

Of Science (MSc) in Biomedical Engineering

Cycle view

Compulsory Courses

Elective courses

Single focus

Professional focus

Technical courses

Choose one of the following options :

Electronics

Choose 30 credits in the following list :

Informatics

Choose 30 credits in the following list :

Mechanical Engineering

Choose 30 credits in the following list :

Chemistry/Materials

Choose 30 credits in the following list :

Basics in bioengineering

Choose 5 credits:

Other optionnal courses and Internship

Choose 30 credits from the following list. The thematic structuring is indicative only.

Imaging and instrumentation

Mechanics, materials and chemistry

Modeling and informatics

Biomedical engineering

Additional ECTS Master in biomedical engineering

Optional courses

Each student¿s programme will be determined by the jury depending on their prior training. If an applicant does not meet certain prerequisites, his or her programme may include up to 60 additional course credits essentially taken from the list below :

Of Science (MSc) in Biomedical Engineering

Compulsory Courses

Elective courses

Single focus

Professional focus

Technical courses Choose one of the following options :

Electronics

Choose 30 credits in the following list :

Informatics

Choose 30 credits in the following list :

Mechanical Engineering

Choose 30 credits in the following list :

Chemistry/Materials

Choose 30 credits in the following list :

Basics in bioengineering

Choose 5 credits:

Other optionnal courses and Internship Choose 30 credits from the following list. The thematic structuring is indicative only.

Imaging and instrumentation

Mechanics, materials and chemistry

Modeling and informatics

Biomedical engineering

Additional ECTS Master in biomedical engineering

Optional courses

Each student¿s programme will be determined by the jury depending on their prior training. If an applicant does not meet certain prerequisites, his or her programme may include up to 60 additional course credits essentially taken from the list below :

Technical courses

Choose one of the following options :

Other optionnal courses and Internship

Choose 30 credits from the following list. The thematic structuring is indicative only.