Bachelor of Science in Biomedical Sciences

Biomedical scientists are a liaison between clinical practice and fundamental or applied medical research. Whereas doctors focus on understanding syndromes from a diagnostics and treatment point of view, biomedical scientists explore the disease itself. Biomedical scientists do not see or treat patients directly. They do, however, come into contact with laboratory specialists and researchers from various disciplines.

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Bachelor's Programme

3 year 180 credits

Faculty of Medicine and Health Sciences

Dutch

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About the programme

Programme summary

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Off to a good start

Postgraduate studies

First year

(version 7 )

Course schedule 1st semester Course schedule 2nd semester

1 General Courses

Course	MT1	Semester	Language	Instructor	Crdt
Physics	1	sem 1	nl	Ans Baeyens	11

General Chemistry	1	sem 1	nl	Pascal Van Der Voort	11

Mathematics	1	sem 1	nl	Chris Cornelis	6

Biomedical Information and Information Processing	1	sem 1	nl	Christophe Ampe	3

Organic Chemistry	1	sem 2	nl	Richard Hoogenboom	11

Cells and Tissues	1	sem 2	nl	Anne Vral	6

General Physiology	1	sem 2	nl	Frank Bosmans	5

Biology, genetics and embryology	1	sem 2	nl	Björn Menten	4

Computer Programming in Phyton	1	sem 2	nl	Vanessa Vermeirssen	3

Second year

(version 7 )

Course schedule 1st semester Course schedule 2nd semester

1 General Courses

Course	Ref	MT1	Semester	Language	Instructor	Crdt
General Biochemistry		2	sem 1	nl	Christophe Ampe	5

Molecular Biology		2	sem 1	nl	Sarah Gerlo	5

Chemical and Biomedical Analysis		2	sem 1	nl	Peter Van Eenoo	6

Introduction to Biostatistics		2	sem 1	nl	Lieven Clement	6

Structure and Development of the Human Body I		2	sem 1	nl	Dmitri Krysko	5

Academic English	UKV	2	sem 1	en	Geert Jacobs	3

Human Molecular Genetics		2	sem 2	nl	Elfride De Baere	6

Histology of Human Body Systems		2	sem 2	nl	Anne Vral	6

Structure and Development of the Human Body II		2	sem 2	nl	Dmitri Krysko	5

Physiology of the Organ Systems		2	sem 2	nl	Alain Labro	7

Basic Biomedical Techniques		2	sem 2	nl	Marleen Van Troys	3

Literature Review Biomedical Research I		2	year	nl	Jolanda van Hengel	3

Third year

(version 7 )

Course schedule 1st semester Course schedule 2nd semester

1 General Courses

Course	MT1	Semester	Language	Instructor	Crdt
Fundamental and Applied Biomedical Protein Research	3	sem 1	nl	Kris Gevaert	5

Metabolism	3	sem 1	nl	Lennart Martens	5

Immunology	3	sem 1	nl	Tom Taghon	5

Molecular Cell Biology	3	sem 1	nl	Sophie Janssens	5

Epidemiology	3	sem 1	nl	Delphine De Smedt	3

Biological Model Systems	3	sem 1	nl	Jolanda van Hengel	3

Advanced Chemical Analysis, Imaging and Image Processing	3	sem 1	nl	Jolanda van Hengel	3

Microbiology	3	sem 2	nl	ELIZAVETA PADALKO	5

Bio-informatics	3	sem 2	nl	Lennart Martens	3

Molecular Developmental Biology	3	sem 2	nl	Kris Vleminckx	4

Gene and Cell Technology	3	sem 2	nl	Jan Gettemans	6

Human Pathogenesis	3	sem 2	nl	Fritz Offner	5

Applied Biomedical Practice	3	year	nl	Jolanda van Hengel	4

Literature Review Biomedical Research II	3	year	nl	Jolanda van Hengel	4

Full programme

(version 7 )

Print

1 General Courses 180

Course	Ref	MT1	Semester	Language	Instructor	Crdt
Physics		1	sem 1	nl	Ans Baeyens	11

General Chemistry		1	sem 1	nl	Pascal Van Der Voort	11

Mathematics		1	sem 1	nl	Chris Cornelis	6

Biomedical Information and Information Processing		1	sem 1	nl	Christophe Ampe	3

Organic Chemistry		1	sem 2	nl	Richard Hoogenboom	11

Cells and Tissues		1	sem 2	nl	Anne Vral	6

General Physiology		1	sem 2	nl	Frank Bosmans	5

Biology, genetics and embryology		1	sem 2	nl	Björn Menten	4

Computer Programming in Phyton		1	sem 2	nl	Vanessa Vermeirssen	3

General Biochemistry		2	sem 1	nl	Christophe Ampe	5

Molecular Biology		2	sem 1	nl	Sarah Gerlo	5

Chemical and Biomedical Analysis		2	sem 1	nl	Peter Van Eenoo	6

Introduction to Biostatistics		2	sem 1	nl	Lieven Clement	6

Structure and Development of the Human Body I		2	sem 1	nl	Dmitri Krysko	5

Academic English	UKV	2	sem 1	en	Geert Jacobs	3

Human Molecular Genetics		2	sem 2	nl	Elfride De Baere	6

Histology of Human Body Systems		2	sem 2	nl	Anne Vral	6

Structure and Development of the Human Body II		2	sem 2	nl	Dmitri Krysko	5

Physiology of the Organ Systems		2	sem 2	nl	Alain Labro	7

Basic Biomedical Techniques		2	sem 2	nl	Marleen Van Troys	3

Literature Review Biomedical Research I		2	year	nl	Jolanda van Hengel	3

Fundamental and Applied Biomedical Protein Research		3	sem 1	nl	Kris Gevaert	5

Metabolism		3	sem 1	nl	Lennart Martens	5

Immunology		3	sem 1	nl	Tom Taghon	5

Molecular Cell Biology		3	sem 1	nl	Sophie Janssens	5

Epidemiology		3	sem 1	nl	Delphine De Smedt	3

Biological Model Systems		3	sem 1	nl	Jolanda van Hengel	3

Advanced Chemical Analysis, Imaging and Image Processing		3	sem 1	nl	Jolanda van Hengel	3

Microbiology		3	sem 2	nl	ELIZAVETA PADALKO	5

Bio-informatics		3	sem 2	nl	Lennart Martens	3

Molecular Developmental Biology		3	sem 2	nl	Kris Vleminckx	4

Gene and Cell Technology		3	sem 2	nl	Jan Gettemans	6

Human Pathogenesis		3	sem 2	nl	Fritz Offner	5

Applied Biomedical Practice		3	year	nl	Jolanda van Hengel	4

Literature Review Biomedical Research II		3	year	nl	Jolanda van Hengel	4

Learning outcomes

Competence field 1: Biomedical Scientist

To have insight into the anatomy and functioning of the human body, starting from the molecular level and both in health and disease
To have insight into basic methods of biomedical research, as well as in their limitations and in safety aspects
Apply mathematical and statistical methods and models in biomedical research
Have insight into ways of generating biomedical research data and scientific documents
Take into account norms and measures regarding chemical safety, biosafety and ionising radiation
Be aware of the international dimension and social implications of biomedical research

Competence field 2: Researcher

Autonomously gather, select, analyse and critically evaluate information from international medical-scientific research
Address under guidance a research question via empirical studies, and critically interpret and report the results
Apply key concepts, theoretical frame works, methods and techniques from basic sciences to simple biomedical problems
Derive a hypothesis or conclusion that is scientifically supported by observation and analytical thinking

Competence field 3: Professional

Plan and execute tasks in function of deadlines
Assess existing and future research with a critical attitude adhering to scientific integrity
Function in a team and take responsibility for your actions

Competence field 4: Communicator

Summarize biomedical data and research results in a scientifically sound written report of high quality and/or orally present and discuss it