Study programme
Dutch-taught Bachelor of Physics
2024-2025
Model Path part 1
Part 1 of the model path is the standard initial package.
Compulsory courses
General Physics I: kinematics, dynamics, gas theory
Computer practicum
Mathematical methods for Physics I
Mathematical methods for Physics II
Experimental Physics I
- Jan De Beenhouwer
- Robin De Meyer
- Noa Olluyn
- Paul van de Meugheuvel
General Physics II: Thermodynamics, waves, optics
Introduction to analytical mechanics
Introduction to chemistry
Mathematical Methods for Physics III
Optional courses
1 course to choose from the following courses
Physics of daily life
Scientific reporting
Model Path part 2
Compulsory courses
General Physics III : Electromagnetism
- Johan Verbeeck
- Romy Poppe
Introduction Field Theory
Introduction to Quantum Mechanics
Probability Theory and Statistics
Experimental Physics II
Introduction to programming
Introduction Relativity Theory & Elementary Particles
Numeric Methods
Astronomy and Astrophysics I
Structure of Solids
Optional courses
12 ECTS-credits to choose
Differential Equations and Dynamical Systems
Ecology
- - NNB
- Ivan Nijs
- Matteo Campioli
Electronics
Medical physics
Analytical Mechanics
Biophysics I
Chemistry in daily life
Differential Geometry
Model Path part 3
Compulsory courses
Experimental Techniques: signalprocessing, vacuüm, low temperatures
Introduction to Solid State Physics 1
Statistical Physics
Project
Experimental Techniques: Optics and Laserspectroscopy
Quantum mechanics
Selection of broadening courses
obliged to take 3 ECTS-credits in bachelor 2 or 3.
World View: Religion, Atheism and Science
World View: Religion, Atheism and Meaning
World View: Religion, Atheism and Society
World View: Religion, Atheism and Culture
City and Diversity
Media and Digital Society
Global Justice
Freedom, Citizenship and Democracy
Poverty and Inequality
Sustainability
Climate Change
Debating Development
Community Service Learning
Artificial intelligence: societal challenges
Bachelor's thesis
Bachelorthesis
Minimum 1 module for 9 ECTS-credits to choose from:
Module Solid state physics (9 ECTS-credits)
Introduction Grouptheory
Introduction to Solid State Physics 2
Material Physics
Module Biophysics (9 ECTS-credits)
Medical Physics II
Cell Biology
Module Astrophysics and Particle physics (9 ECTS-credits)
Astrophysics II
Subatomic Physics
Module Theoretical Physics (9 ECTS-credits)
Introduction to Solid State Physics 2
Classic Field Theory
General optional courses
15 ECTS-credits to choose from the list below, also courses from the model path ba1, ba2 and ba3 may be chosen. It's also allowed to follow courses up to a maximum of 18 ECTS-credits from another bachelor's programme within the Faculty of Science or to follow a combination from the preparatory programme for the master of teaching till maximum 15 ECTS-credits.
Economics
Hilbert Spaces and Fourier Series
Hydrodynamics
Nuclear Chemistry and Radioprotection
Plasma Technology
Programming for physicists
- Nick Van Remortel
- Simon Vercaemer
Preparatory programme Master of Teaching
For 6 ECTS-credits, take General didactics + In-school training: orientation.
For 9 ECTS-credits, take General didactics + In-school training: orientation + Diversity and inclusion.
For 12 ECTS-credits, take General didactics + In-school training: orientation + Diversity and inclusion + Introduction teaching methodology X with practice sessions.
For 15 ECTS-credits, take General didactics + In-school training: orientation + Diversity and inclusion + Introduction teaching methodology X with practice sessions + Introduction teaching methodology Y with practice sessions or Powerful learning environments.
General Didactics
In-school Training: Orientation
General didactics (2nd semester)
In-school Training: Orientation
Diversity and Inclusion
Diversity and inclusion
Introduction Teaching Methodology General Subj. for Techn. and Vocational Ed. with Practice Sessions
Introduction teaching methodology physics with practice sessions (1st sem.)
Introduction teaching methodology mathematics with practice sessions (1st sem.)
Powerful Learning Environments
Powerful Learning Environments
2023-2024
Model Path part 1
Part 1 of the model path is the standard initial package.
Compulsory courses
General Physics I: kinematics, dynamics, gas theory
Computer practicum
Mathematical methods for Physics I
Mathematical methods for Physics II
Experimental Physics I
- Nick Schryvers
- Ine Arts
- Robin De Meyer
- Aron Mees van Kampen
General Physics II: Thermodynamics, waves, optics
Introduction to analytical mechanics
Introduction to chemistry
Mathematical Methods for Physics III
Optional courses
1 course to choose from the following courses
Physics of daily life
Scientific reporting
Model Path part 2
Compulsory courses
General Physics III : Electromagnetism
- Johan Verbeeck
- Romy Poppe
Introduction Field Theory
Introduction to Quantum Mechanics
Probability Theory and Statistics
Experimental Physics II
- Nick Schryvers
- Emile Aerts
- Robin Smeyers
Introduction to programming
Introduction Relativity Theory & Elementary Particles
Numeric Methods
Astronomy and Astrophysics I
Structure of Solids
Optional courses
12 ECTS-credits to choose
Differential Geometry
- Tom Mestdag
- Sandor Hajdu
Differential Equations and Dynamical Systems
Ecology
- - NNB
- Ivan Nijs
- Matteo Campioli
Electronics
Medical physics
Analytical Mechanics
Biophysics I
Chemistry in daily life
Model Path part 3
Compulsory courses
Experimental Techniques: signalprocessing, vacuüm, low temperatures
Introduction to Solid State Physics 1
Statistical Physics
Project
Experimental Techniques: Optics and Laserspectroscopy
Quantum mechanics
Selection of broadening courses
obliged to take 3 ECTS-credits in bachelor 2 or 3.
World View: Religion, Atheism and Science
World View: Religion, Atheism and Meaning
World View: Religion, Atheism and Society
World View: Religion, Atheism and Culture
City and Diversity
Media and Digital Society
Global Justice
Freedom, Citizenship and Democracy
Poverty and Inequality
Sustainability
Climate Change
Debating Development
Community Service Learning
- Gerlinde Verbist
- Eva Van Moer
- Leni Franken
- François Levrau
Entrepreneurial Mindset
Bachelor's thesis
Bachelorthesis
Minimum 1 module for 9 ECTS-credits to choose from:
Module Solid state physics (9 ECTS-credits)
Introduction Grouptheory
Introduction to Solid State Physics 2
Material Physics
Module Biophysics (9 ECTS-credits)
Medical Physics II
Cell Biology
Module Astrophysics and Particle physics (9 ECTS-credits)
Astrophysics II
Subatomic Physics
Module Theoretical Physics (9 ECTS-credits)
Introduction to Solid State Physics 2
Classic Field Theory
General optional courses
15 ECTS-credits to choose from the list below, also courses from the model path ba1, ba2 and ba3 may be chosen. It's also allowed to follow courses up to a maximum of 18 ECTS-credits from another bachelor's programme within the Faculty of Science or to follow a combination from the preparatory programme for the master of teaching till maximum 15 ECTS-credits.
Economics
Hilbert Spaces and Fourier Series
Hydrodynamics
Nuclear Chemistry and Radioprotection
Plasma Technology
Programming for physicists
- Nick Van Remortel
- Simon Vercaemer
Preparatory programme Master of Teaching
For 6 ECTS-credits, take General didactics + In-school training: orientation.
For 9 ECTS-credits, take General didactics + In-school training: orientation + Diversity and inclusion.
For 12 ECTS-credits, take General didactics + In-school training: orientation + Diversity and inclusion + Introduction teaching methodology X with practice sessions.
For 15 ECTS-credits, take General didactics + In-school training: orientation + Diversity and inclusion + Introduction teaching methodology X with practice sessions + Introduction teaching methodology Y with practice sessions or Powerful learning environments.
General Didactics
In-school Training: Orientation
General didactics (2nd semester)
In-school Training: Orientation
Diversity and Inclusion
Diversity and inclusion
Introduction Teaching Methodology General Subj. for Techn. and Vocational Ed. with Practice Sessions
Introduction teaching methodology physics with practice sessions (1st sem.)
Introduction teaching methodology mathematics with practice sessions (1st sem.)
Powerful Learning Environments
Powerful Learning Environments
2022-2023
Model Path part 1
Compulsory courses
General Physics I: kinematics, dynamics, gas theory
Computer practicum
Mathematical methods for Physics I
Mathematical methods for Physics II
Experimental Physics I
- Nick Schryvers
- Ine Arts
- Robin De Meyer
- Aron Mees van Kampen
General Physics II: Thermodynamics, waves, optics
- Sara Bals
- Wouter Heyvaert
Introduction to analytical mechanics
Introduction to chemistry
Mathematical Methods for Physics III
Optional courses
1 course to choose from the following courses
Physics of daily life
Scientific reporting
Model Path part 2
Compulsory courses
General Physics III : Electromagnetism
- Johan Verbeeck
- Romy Poppe
Introduction Field Theory
Introduction to Quantum Mechanics
Bachelor Mathematics: min 8/20 for all courses of Ba1 OR enrolled in Master of Teaching Science & Technology
Probability Theory and Statistics
Experimental Physics II
- Nick Schryvers
- Emile Aerts
- Robin Smeyers
Introduction to programming
Introduction Relativity Theory & Elementary Particles
Numeric Methods
Astronomy and Astrophysics I
Structure of Solids
Optional courses
12 ECTS-credits to choose
Differential geometry
- Tom Mestdag
- Sandor Hajdu
Differential equations and dynamical systems
Ecology
- - NNB
- Ivan Nijs
- Matteo Campioli
Electronics
Medical physics
Analytical Mechanics
Biophysics I
Chemistry in daily life
Model Path part 3
Compulsory courses
Experimental Techniques: signalprocessing, vacuüm, low temperatures
Introduction to Solid State Physics 1
Statistical Physics
Project
Experimental Techniques: optics and laserspectroscopy
Quantum mechanics
Selection of broadening courses
obliged to take 3 ECTS-credits in bachelor 2 or 3.
World View: Religion, Atheism and Science
World View: Religion, Atheism and Meaning
World View: Religion, Atheism and Society
World View: Religion, Atheism and Culture
City and Diversity
Migration, Integration and Diversity
Media and Digital Society
Global justice
Freedom, Citizenship and Democracy
Poverty and Inequality
Sustainability
Climate Change
Debating development
Community service learning
- Gerlinde Verbist
- Eva Van Moer
- Leni Franken
- François Levrau
Bachelor's thesis
Bachelorthesis
Minimum 1 module for 9 ECTS-credits to choose from:
Module Solid state physics (9 ECTS-credits)
Introduction Grouptheory
Introduction to Solid State Physics 2
Material physics
Module Biophysics (9 ECTS-credits)
Medical Physics II
Cell Biology
Module Astrophysics and Particle physics (9 ECTS-credits)
Astrophysics II
Subatomic Physics
Module Theoretical Physics (9 ECTS-credits)
Introduction to Solid State Physics 2
Classic Field Theory
General optional courses
15 ECTS-credits to choose from the list below, also courses from the model path ba1, ba2 and ba3 may be chosen. It's also allowed to follow courses up to a maximum of 18 ECTS-credits from another bachelor's programme within the Faculty of Science or to follow a combination from the preparatory programme for the master of teaching till maximum 15 ECTS-credits.
Economics
Ba Comp.sc: min 8/20 for all courses Ba1 OR enrolled in Ba Bio-eng. or Prep.progr of Environmental Sciences
Hilbert Spaces and Fourier Series
Physics: credit Wisk. meth. I, II & III, Alg. fysica I & II, Exp. fysica I, Inl. analyt. mechanica, Computerpract., Inl. scheikunde.
Hydrodynamics
Nuclear Chemistry and Radioprotection
Plasma Technology
- Annemie Bogaerts
- Stefan Tinck
Programming for physicists
- Nick Van Remortel
- Simon Vercaemer
Preparatory programme Master of Teaching
For 6 ECTS-credits, take General didactics + In-school training: orientation.
For 9 ECTS-credits, take General didactics + In-school training: orientation + Diversity and inclusion.
For 12 ECTS-credits, take General didactics + In-school training: orientation + Diversity and inclusion + Introduction teaching methodology X with practice sessions.
For 15 ECTS-credits, take General didactics + In-school training: orientation + Diversity and inclusion + Introduction teaching methodology X with practice sessions + Introduction teaching methodology Y with practice sessions or Powerful learning environments.
General didactics
In-school training: orientation
General didactics (2nd semester)
In-school training: orientation (2nd sem.)
Diversity and inclusion
Diversity and inclusion
Introduction teaching methodology general subj. for techn. and vocational ed. with practice sessions
- Jan T'Sas
- Maarten De Beucker
- Martine Mol
- Eva Verlinden
Introduction teaching methodology physics with practice sessions (1st sem.)
Introduction teaching methodology mathematics with practice sessions (1st sem.)
Powerful learning environments
Powerful learning environments
2021-2022
Model Path part 1
Compulsory courses
General Physics I: kinematics, dynamics, gas theory
Computer practicum
Mathematical methods for Physics I
Mathematical methods for Physics II
Experimental Physics I
- Nick Schryvers
- Ine Arts
- Aron Mees van Kampen
General Physics II: Thermodynamics, waves, optics
- Sara Bals
- Annelies De wael
Introduction to analytical mechanics
Introduction to chemistry
Mathematical Methods for Physics III
Optional courses
1 course to choose from the following courses
Physics of daily life
Scientific reporting
Model Path part 2
Compulsory courses
General Physics III : Electromagnetism
Introduction Field Theory
Introduction to Quantum Mechanics
Probability Theory and Statistics
Experimental Physics II
- Nick Schryvers
- Daen Jannis
- Romy Poppe
Introduction to programming
Introduction Relativity Theory & Elementary Particles
Numeric Methods
Astronomy and Astrophysics I
Structure of Solids
- Joke Hadermann
- Mylène Hendrickx
Optional courses
12 ECTS-credits to choose
Differential geometry
- Tom Mestdag
- Sandor Hajdu
Differential equations and dynamical systems
Ecology
- - NNB
- Ivan Nijs
- Matteo Campioli
Electronics
Medical physics
Analytical Mechanics
Biophysics I
Chemistry in daily life
Model Path part 3
Compulsory courses
Experimental Techniques: signalprocessing, vacuüm, low temperatures
Introduction to Solid State Physics 1
Statistical Physics
Project
Experimental Techniques: optics and laserspectroscopy
Quantum mechanics
Selection of broadening courses
obliged to take 3 ECTS-credits in bachelor 2 or 3.
World View: Religion, Atheism and Science
World View: Religion, Atheism and Meaning
World View: Religion, Atheism and Society
World View: Religion, Atheism and Culture
City and Diversity
Migration, Integration and Diversity
Media and Digital Society
Global justice
Freedom, Citizenship and Democracy
Poverty and Inequality
Sustainability
Climate Change
Debating development
Community service learning
- Gerlinde Verbist
- Eva Van Moer
- Leni Franken
- François Levrau
Bachelor's thesis
Bachelorthesis
Minimum 1 module for 9 ECTS-credits to choose from:
Module Solid state physics (9 ECTS-credits)
Introduction Grouptheory
Introduction to Solid State Physics 2
Material physics
Module Biophysics (9 ECTS-credits)
Biophysics II
Cell Biology
Module Astrophysics and Particle physics (9 ECTS-credits)
Astrophysics II
Subatomic Physics
Module Theoretical Physics (9 ECTS-credits)
Introduction to Solid State Physics 2
Classic Field Theory
General optional courses
15 ECTS-credits to choose from the list below, also courses from the model path ba1, ba2 and ba3 may be chosen. It's also allowed to follow courses up to a maximum of 18 ECTS-credits from another bachelor's programme within the Faculty of Science or to follow a combination from the preparatory programme for the master of teaching till maximum 15 ECTS-credits.
Economics
Hilbert Spaces and Fourier Series
Physics: credit Wisk. meth. I, II & III, Alg. fysica I & II, Exp. fysica I, Inl. analyt. mechanica, Computerpract., Inl. scheikunde.
Hydrodynamics
Nuclear Chemistry and Radioprotection
Plasma Technology
- Annemie Bogaerts
- Stefan Tinck
Programming for physicists
- Nick Van Remortel
- Simon Vercaemer
Preparatory programme Master of Teaching
For 6 ECTS-credits, take General didactics + In-school training: orientation.
For 9 ECTS-credits, take General didactics + In-school training: orientation + Learn and motivate.
For 12 ECTS-credits, take General didactics + In-school training: orientation + Learn and motivate + Introduction teaching methodology X with practice sessions.
For 15 ECTS-credits, take General didactics + In-school training: orientation + Learn and motivate + Introduction teaching methodology X with practice sessions + Introduction teaching methodology Y with practice sessions.
General didactics
In-school training: orientation
General didactics (2de sem., stadscampus overdag)
In-school training: orientation (2nd sem.)
Educational Science 1: Learning and Behavioral Processes
Educational Science 1: Learning and Behavioral Processes
Introduction teaching methodology general subj. for techn. and vocational ed. with practice sessions
- Jan T'Sas
- Maarten De Beucker
- Martine Mol
- Eva Verlinden
Introduction teaching methodology physics with practice sessions (1st sem.)
Introduction teaching methodology mathematics with practice sessions (1st sem.)
2020-2021
Model Path part 1
Compulsory courses
General Physics I: kinematics, dynamics, gas theory
General Physics II: Thermodynamics, waves, optics
Computer practicum
Experimental Physics I
Introduction to analytical mechanics
Introduction to chemistry
Mathematical methods for Physics I
Mathematical methods for Physics II
Mathematical Methods for Physics III
Optional courses
1 course to choose from the following courses
Physics of daily life
Scientific reporting
Model Path part 2
Compulsory courses
General Physics III : Electromagnetism
Experimental Physics II
Introduction Field Theory
Introduction to Quantum Mechanics
Introduction to programming
Introduction Relativity Theory & Elementary Particles
Probability Theory and Statistics
Numeric Methods
Astronomy and Astrophysics I
Structure of Solids
Optional courses
12 ECTS-credits to choose
Analytical Mechanics
Biophysics I
Chemistry in daily life
Differential geometry
- Tom Mestdag
- Sandor Hajdu
Differential equations and dynamical systems
Ecology
Electronics
Medical physics
Model Path part 3
Compulsory courses
Experimental Techniques: optics and laserspectroscopy
Experimental Techniques: signalprocessing, vacuüm, low temperatures
Introduction to Solid State Physics 1
Quantum mechanics
Project
Statistical Physics
Selection of broadening courses active pluralism and interculturalism
Active pluralism and interculturalism: obliged to take 3 ECTS-credits in bachelor 2 or 3.
World View: Religion, Atheism and Science
World View: Religion, Atheism and Meaning
World View: Religion, Atheism and Culture
World View: Religion, Atheism and Society
City and Diversity
Media and Digital Society
Migration, Integration and Diversity
Freedom, Citizenship and Democracy
Global justice
Bachelorthesis
Bachelorthesis
Minimum 1 module for 9 ECTS-credits to choose from:
Module Solid state physics (9 ECTS-credits)
Introduction Grouptheory
Introduction to Solid State Physics 2
Material physics
Module Biophysics (9 ECTS-credits)
Biophysics II
Cell Biology
Module Astrophysics and Particle physics (9 ECTS-credits)
Astrophysics II
Subatomic Physics
- Didar Dobur
Module Theoretical Physics (9 ECTS-credits)
Introduction to Solid State Physics 2
Classic Field Theory
General optional courses
15 ECTS-credits to choose from the list below, also courses from the model path ba1, ba2 and ba3 may be chosen. It's also allowed to follow courses up to a maximum of 18 ECTS-credits from another bachelor's programme within the Faculty of Science or to follow a combination from the preparatory programme for the master of teaching and from list of elective broadening and interdisciplinary courses till maximum 15 ECTS-credits.
Economics
Hilbert Spaces and Fourier Series
Hydrodynamics
Nuclear Chemistry and Radioprotection
Plasma Technology
- Annemie Bogaerts
- Stefan Tinck
Programming for physicists
- Nick Van Remortel
- Simon Vercaemer
Preparatory programme Master of Teaching
For 6 ECTS-credits, take General didactics + In-school training: orientation.
For 9 ECTS-credits, take General didactics + In-school training: orientation + Learn and motivaten.
For 12 ECTS-credits, take General didactics + In-school training: orientation + Learn and motivaten + Introduction teaching methodology X with practice sessions.
For 15 ECTS-credits, take General didactics + In-school training: orientation + Learn and motivaten + Introduction teaching methodology X with practice sessions + Introduction teaching methodology Y with practice sessions.
General didactics
In-school training: orientation
General didactics (2de sem., stadscampus overdag)
In-school training: orientation (2nd sem.)
Introduction teaching methodology general subj. for techn. and vocational ed. with practice sessions
Introduction teaching methodology physics with practice sessions (1st sem.)
Introduction teaching methodology mathematics with practice sessions (1st sem.)
Broadening and interdisciplinary courses
Sustainability
Climate Change
Debating development
Poverty and Inequality
2019-2020
Model Path part 1
Compulsory courses
General Physics I: kinematics, dynamics, gas theory
General Physics II: Thermodynamics, waves, optics
Computer practicum
Experimental Physics I
Introduction to analytical mechanics
Introduction to chemistry
Mathematical methods for Physics I
Mathematical methods for Physics II
Mathematical Methods for Physics III
Optional courses
1 course to choose from the following courses
Physics of daily life
Scientific reporting
Model Path part 2
Compulsory courses
General Physics III : Electromagnetism
Experimental Physics II
Introduction Field Theory
Introduction to Quantum Mechanics
Introduction to programming
Introduction Relativity Theory & Elementary Particles
Probability Theory and Statistics
Numeric Methods
Astronomy and Astrophysics I
Structure of Solids
Optional courses
12 ECTS-credits to choose
Analytical Mechanics
Biophysics I
Chemistry in daily life
Differential geometry
- Tom Mestdag
- Jens Hemelaer
Differential equations and dynamical systems
Ecology
Electronics
Medical physics
Model Path part 3
Compulsory courses
Experimental Techniques: optics and laserspectroscopy
Experimental Techniques: signalprocessing, vacuüm, low temperatures
Introduction to Solid State 1
Quantummechanics
Project
Statistical Physics
Selection of broadening courses active pluralism and interculturalism
Active pluralism and interculturalism: obliged to take 3 ECTS in bachelor 2 or 3.
World View: Religion, Atheism and Science
World View: Religion, Atheism and Meaning
World View: Religion, Atheism and Culture
World View: Religion, Atheism and Society
City and Diversity
Media and Digital Society
Migration, Integration and Diversity
Freedom, Citizenship and Democracy
Global justice
Bachelorthesis
Bachelorthesis
Minimum 1 module for 9 ECTS-credits to choose from:
Module Solid state physics (9 ECTS-credits)
Introduction Grouptheory
Introduction to Solid State 2
Material physics
Module Bio-physics (9 ECTS-credits)
Biophysics II
Cell Biology
Module Astrophysics and Particle physics (9 ECTS-credits)
Astrophysics II
Subatomic Physics
Module Theoretical Physics (9 ECTS-credits)
Introduction to Solid State 2
Classic Field Theory
General optional courses
15 ECTS-credits to choose from the list below, also courses from the model path ba1, ba2 and ba3 may be chosen. It's also allowed to follow courses up to a maximum of 18 ECTS-credits from another bachelor's programme within the Faculty of Science or to follow a combination from the preparatory program for the educational master and from list of elective broadening and interdisciplinary courses till maximum 15 ECTS-credits.
Economics
Hilbert Spaces and Fourier Series
Hydrodynamics
Plasma Technology
- Annemie Bogaerts
- Stefan Tinck
Programming for physicists
- Nick Van Remortel
- Simon Vercaemer
General didactics
In-school training: orientation
Learn and motivate
General didactics (2de sem., Stadscampus)
General didactics (2de sem., stadscampus overdag)
In-school training: orientation (2nd sem.)
Learn and motivate
Learn and motivate
Introduction teaching methodology general subj. for techn. and vocational ed. with practice sessions
- Paul Janssenswillen
- Gytha Burman
- Maarten De Beucker
- Sally Van Agtmael
Introduction teaching methodology physics with practice sessions (1st sem.)
Introduction teaching methodology mathematics with practice sessions (1st sem.)