Study programme
2024-2025
Model Path 2 years
Compulsory courses year 1
You follow these courses in year 1 of your master programme.
Chemical Reaction Engineering
Chemometrics, Lab Accreditation and Quality Management
Dynamic Processes at Surfaces
Heterogeneous catalysis
Homogeneous Catalysis
Safety and Transportation
Compulsory courses year 2
You follow these courses in year 2 of your master.
Applied Polymer Chemistry
Physical Organic Chemistry
Internship in year 1
You need to complete 1 internship in year 1 of your master programme.
You can choose for an Industrial internship which takes place in Belgium, or you can choose for an International Internship abroad.
Internship Option 1: Industrial Internship
You combine the industrial internship with 15 ECTS-credits of electives from the list below.
Industrial internship
Internship Option 1: Industrial Internship - Elective courses
Select 15 ECTS from the list below.
Please note: 'Modern electrochemical analysis, incl. sensors' is only offered in an academic year starting in an even year, 'Supramolecular chemistry' is only offered in academic years offered in an odd year.
Advanced Inorganic Materials
Advanced LC-MS
Experimental Techniques: Optics and Laserspectroscopy
Hydrodynamics
Ligand Field Theory
Modern Electrochemical Analysis, Incl. Sensors
(Parallel) Programming
Process safety
- Vera Meynen
- Geert Boogaerts
- Wim Dermaut
- Karin Van Laere
Supramolecular Chemistry
Internship Option 2: International Research Internship
This option counts for 30 credits. Information on possible scholarships for this internship is available on the student portal.
International research internship
- - NNB
Master thesis in year 2
You register for your master thesis in year 2 of your master programme.
Master thesis incl. internship in a research group
Profiling space
You choose a total of 36 ECTS of which at least 12 ECTS from one profiling space: 'Industrial Chemistry' or 'Applied Chemistry'.
Please keep in mind that some courses will only be organised in even years and other courses will only be organised in odd years. You can check this in the detailed course information below.
Profiling space: Industrial Chemistry
Automation
- Jan Verschaeren
- Erik Neyts
Capita Selecta Crystallization in the Farmaceutical Industry
- Alain Collas
- Roel Hoefnagels
Capita Selecta Internationalisation: Applied Inorganic Chemistry
- Herman Potgieter
Capita Selecta Internationalisation: Natural Product and Tandem Chemistry
- Romano Orru
Capita Selecta Internationalisation: Plasmas for a Sustainable Society
- Gerard Van Rooij
- Annemie Bogaerts
Capita Selecta Organic Chemistry, Incl. Practical
Capita Selecta X-ray Analysis and Analytical Imaging
Chemical Process Engineering 1
Chemical Process Engineering 2
IP, HRM and Communication
- Martin Bosman
- Marie-José Luys
Environmental and Social Legislation
- Carine De Block
- Kelly Reyniers
Profiling space: Applied Chemistry
Biotechnology
Capita Selecta Internationalisation: Applied Inorganic Chemistry
- Herman Potgieter
Capita Selecta Crystallization in the Farmaceutical Industry
- Alain Collas
- Roel Hoefnagels
Capita Selecta Internationalisation: Natural Product and Tandem Chemistry
- Romano Orru
Capita Selecta Organic Chemistry, Incl. Practical
Capita Selecta Internationalisation: Plasmas for a Sustainable Society
- Gerard Van Rooij
- Annemie Bogaerts
Capita Selecta X-ray Analysis and Analytical Imaging
Materials Synthesis & Design
Medicinal Chemistry
- Steven Ballet
- Frank Blockhuys
Metallurgy and Recycling of Metals
Profiling space: elective courses
You can further personalise your study programme by following at least 6 ECTS of elective courses from the list below. You can also choose a course from another master's programme (upon approval).
For 'DFT and chemical reactivity' you will have to register as a student under interuniversity agreement at VUB as well.
Academic Literacies for Scientists
Advanced Analytical Techniques
Advanced Magnetic Resonance
Advanced Molecular Spectroscopy
DFT and Chemical Reactivity
- F. De Proft
- Paul Geerlings
Plasma Modelling
2023-2024
Model Path part 1
Compulsory courses
The student has to acquire all 18 ECTS-credits from the list below
Chemical Reaction Engineering
Chemometrics, Lab Accreditation and Quality Management
Dynamic Processes at Surfaces
Heterogenous Catalysis
- Pegie Cool
- Vera Meynen
- Philip Buskens
Homogenous Catalysis
- Shoubhik Das
- Michel Guillaume
Safety and Transportation
Profiling space
The student needs to complete one profiling space (either the cluster Industry, either the cluster Applied Chemistry.) for a total of 12 ECTS-credits, of which 6 ECTS-credits in master year 1 and 6 ECTS-credits in master year 2.
Profiling space: Cluster Industry
Automation
- Jan Verschaeren
- Erik Neyts
Chemical Process Engineering 1
- Frank Blockhuys
- Herman Baets
IP, HRM and Communication
- Martin Bosman
- Marie-José Luys
Environmental and Social Legislation
- Carine De Block
- Kelly Reyniers
Profiling space: cluster Applied Chemistry
Biotechnology
Materials Synthesis & Design
Medicinal Chemistry
- Steven Ballet
Metallurgy and Recycling of Metals
Profiling space: elective courses.
You choose 24 ECTS-credits in combination with the cluster Industry or the cluster Applied chemistry, of which you choose 6 ECTS-credits in model path 1 and 18 in model path 2
Academic Literacies for Scientists
Advanced Molecular Spectroscopy
Advanced Analytical Techniques
Advanced Magnetic Resonance
Capita Selecta Crystallization in the Farmaceutical Industry
- Alain Collas
- Roel Hoefnagels
Capita Selecta Internationalisation: Applied Inorganic Chemistry
- Herman Potgieter
Capita Selecta Internationalisation: Natural Product and Tandem Chemistry
- Romano Orru
Capita Selecta Internationalisation: Plasmas for a Sustainable Society
- Gerard Van Rooij
- Annemie Bogaerts
Capita Selecta Organic Chemistry, Incl. Practical
Capita Selecta X-ray Analysis and Analytical Imaging
Chemical Process Engineering 2
- - NNB
- Herman Baets
DFT and Chemical Reactivity
- F. De Proft
- Paul Geerlings
Plasma Modelling
Internship Option 1: Industrial Internship
Option 1: The student combines the industrial internship with 15 ECTS-credits of optional courses from the list below.
Industrial internship
Internship Option 1: Industrial Internship - Elective courses
Option 1: The student has to choose a total of 15 ECTS-credits from the list below
Advanced Inorganic Materials
Advanced LC-MS
Experimental Techniques: Optics and Laserspectroscopy
Hydrodynamics
Ligand Field Theory
Modern Electrochemical Analysis, Incl. Sensors
(Parallel) Programming
Process safety
- Vera Meynen
- Wim Dermaut
Supramolecular Chemistry
- Wim Dehaen
Internship Option 2: International Research Internship
International research internship
Model Path part 2
Compulsory courses
The student has to acquire 6 ECTS-credits from the list below
Applied Polymer Chemistry
Physical Organic Chemistry
Profiling space
You need to complete one profiling space (either the cluster Industry, either the cluster Applied Chemistry.) for a total of 12 ECTS-credits, of which 6 ECTS-credits in master year 1 and 6 ECTS-credits in master year 2.
Profiling space: cluster Industry
Automation
- Jan Verschaeren
- Erik Neyts
Chemical Process Engineering 1
- Frank Blockhuys
- Herman Baets
IP, HRM and Communication
- Martin Bosman
- Marie-José Luys
Environmental and Social Legislation
- Carine De Block
- Kelly Reyniers
Profiling space: cluster Applied Chemistry
Biotechnology
Materials Synthesis & Design
Medicinal Chemistry
- Steven Ballet
Metallurgy and Recycling of Metals
Profiling space: elective courses.
You choose 24 ECTS-credits in combination with the cluster Industry or the cluster Applied chemistry, of which you choose 6 ECTS-credits in model path 1 and 18 in model path 2.
Academic Literacies for Scientists
Advanced Molecular Spectroscopy
Advanced Analytical Techniques
Advanced Magnetic Resonance
Capita Selecta Crystallization in the Farmaceutical Industry
- Alain Collas
- Roel Hoefnagels
Capita Selecta Internationalisation: Applied Inorganic Chemistry
- Herman Potgieter
Capita Selecta Internationalisation: Natural Product and Tandem Chemistry
- Romano Orru
Capita Selecta Internationalisation: Plasmas for a Sustainable Society
- Gerard Van Rooij
- Annemie Bogaerts
Capita Selecta Organic Chemistry, Incl. Practical
Capita Selecta X-ray Analysis and Analytical Imaging
Chemical Process Engineering 2
- - NNB
- Herman Baets
DFT and Chemical Reactivity
- F. De Proft
- Paul Geerlings
Plasma Modelling
Master thesis
Master thesis incl. internship in a research group
2022-2023
Master of Chemistry (Model Path part 1)
Compulsory courses
The student has to acquire all 18 ECTS-credits from the list below
Chemical reaction engineering
Chemometrics, lab accreditation and quality management
Dynamic processes at surfaces
Heterogenous catalysis
- Pegie Cool
- Vera Meynen
- Philip Buskens
Homogenous catalysis
- Shoubhik Das
- Michel Guillaume
Safety and transportation
Profiling space
The student needs to complete one profiling space (either the cluster Industry, either the cluster Applied Chemistry.) for a total of 12 ECTS-credits, of which 6 ECTS-credits in master year 1 and 6 ECTS-credits in master year 2.
Profiling space: Cluster Industry
Automation
- Jan Verschaeren
- Erik Neyts
Chemical process engineering 1
- Frank Blockhuys
- Herman Baets
IP, HRM and communication
- Martin Bosman
- Marie-José Luys
Environmental and social legislation
- Carine De Block
- Kelly Reyniers
Profiling space: cluster Applied Chemistry
Biotechnology
Chemistry of food stuffs
- Natasja Smeets
- Frank Blockhuys
Medicinal chemistry
- Steven Ballet
- Veerle Smout
Metallurgy and recycling of metals
Profiling space: elective courses.
You choose 24 ECTS-credits in combination with the cluster Industry or the cluster Applied chemistry, of which you choose 6 ECTS-credits in model path 1 and 18 in model path 2
Academic Literacies for Scientists
Advanced molecular spectroscopy
Advanced analytical techniques
Advanced magnetic resonance
Capita selecta crystallization in the farmaceutical industry
- Alain Collas
- Roel Hoefnagels
Capita selecta internationalisation: Applied inorganic chemistry
- Herman Potgieter
Capita selecta internationalisation: Natural product and tandem chemistry
- Romano Orru
Capita selecta internationalisation: Plasmas for a sustainable society
- Gerard Van Rooij
- Annemie Bogaerts
Capita selecta organic chemistry, incl. practical
Capita selecta X-ray analysis and analytical imaging
Chemical process engineering 2
- - NNB
- Herman Baets
DFT and chemical reactivity
- F. De Proft
- Paul Geerlings
Plasma modelling
Internship Option 1: Industrial Internship
Option 1: The student combines the industrial internship with 15 ECTS-credits of optional courses from the list below.
Industrial internship
Internship Option 1: Industrial Internship - Elective courses
Option 1: The student has to choose a total of 15 ECTS-credits from the list below
Advanced inorganic materials
Advanced LC-MS
Experimental Techniques: optics and laserspectroscopy
Hydrodynamics
Ligand field theory
Modern electrochemical analysis, incl. sensors
(Parallel) programming
Process safety
- Vera Meynen
- Wim Dermaut
Supramolecular chemistry
- Wim Dehaen
Internship Option 2: International Research Internship
International research internship
Master of Chemistry (Model Path part 2)
Compulsory courses
The student has to acquire 6 ECTS-credits from the list below
Applied polymer chemistry
Physical organic chemistry
Profiling space
You need to complete one profiling space (either the cluster Industry, either the cluster Applied Chemistry.) for a total of 12 ECTS-credits, of which 6 ECTS-credits in master year 1 and 6 ECTS-credits in master year 2.
Profiling space: cluster Industry
Automation
- Jan Verschaeren
- Erik Neyts
Chemical process engineering 1
- Frank Blockhuys
- Herman Baets
IP, HRM and communication
- Martin Bosman
- Marie-José Luys
Environmental and social legislation
- Carine De Block
- Kelly Reyniers
Profiling space: cluster Applied Chemistry
Biotechnology
Chemistry of food stuffs
- Natasja Smeets
- Frank Blockhuys
Medicinal chemistry
- Steven Ballet
- Veerle Smout
Metallurgy and recycling of metals
Profiling space: elective courses.
You choose 24 ECTS-credits in combination with the cluster Industry or the cluster Applied chemistry, of which you choose 6 ECTS-credits in model path 1 and 18 in model path 2.
Academic Literacies for Scientists
Advanced molecular spectroscopy
Advanced analytical techniques
Advanced magnetic resonance
Capita selecta crystallization in the farmaceutical industry
- Alain Collas
- Roel Hoefnagels
Capita selecta internationalisation: Applied inorganic chemistry
- Herman Potgieter
Capita selecta internationalisation: Natural product and tandem chemistry
- Romano Orru
Capita selecta internationalisation: Plasmas for a sustainable society
- Gerard Van Rooij
- Annemie Bogaerts
Capita selecta organic chemistry, incl. practical
Capita selecta X-ray analysis and analytical imaging
Chemical process engineering 2
- - NNB
- Herman Baets
DFT and chemical reactivity
- F. De Proft
- Paul Geerlings
Plasma modelling
Master thesis
Master thesis incl. internship in a research group
2021-2022
Master of Chemistry (Model Path part 1)
Compulsory courses
The student has to acquire all 18 ECTS-credits from the list below
Chemical reaction engineering
Chemometrics, lab accreditation and quality management
Dynamic processes at surfaces
Heterogenous catalysis
- Pegie Cool
- Vera Meynen
- Philip Buskens
Homogenous catalysis
- Shoubhik Das
- Michel Guillaume
Safety and transportation
Profiling space
The student needs to complete one profiling space (either the cluster Industry, either the cluster Applied Chemistry.) for a total of 12 ECTS-credits, of which 6 ECTS-credits in master year 1 and 6 ECTS-credits in master year 2.
Profiling space: Cluster Industry
Automation
- Jan Verschaeren
- Erik Neyts
Chemical process engineering 1
- Frank Blockhuys
- Herman Baets
IP, HRM and communication
- Martin Bosman
- Marie-José Luys
Environmental and social legislation
- Kelly Reyniers
- Carine Vanoeteren
Profiling space: cluster Applied Chemistry
Biotechnology
Chemistry of food stuffs
- Natasja Smeets
- Frank Blockhuys
Medicinal chemistry
- Steven Ballet
- Veerle Smout
Metallurgy and recycling of metals
Profiling space: elective courses.
You choose 24 ECTS-credits in combination with the cluster Industry or the cluster Applied chemistry, of which you choose 6 ECTS-credits in model path 1 and 18 in model path 2
Academic Literacies for Scientists
Advanced molecular spectroscopy
Advanced analytical techniques
Advanced magnetic resonance
Capita selecta crystallization in the farmaceutical industry
- Alain Collas
- Roel Hoefnagels
Capita selecta internationalisation: Applied inorganic chemistry
- Herman Potgieter
Capita selecta internationalisation: Natural product and tandem chemistry
- Romano Orru
Capita selecta internationalisation: Plasmas for a sustainable society
- Gerard Van Rooij
- Annemie Bogaerts
Capita selecta organic chemistry, incl. practical
Capita selecta X-ray analysis and analytical imaging
Chemical process engineering 2
- - NNB
- Herman Baets
DFT and chemical reactivity
- F. De Proft
- Paul Geerlings
Plasma modelling
Internship Option 1: Industrial Internship
Option 1: The student combines the industrial internship with 15 ECTS-credits of optional courses from the list below.
Industrial internship
Internship Option 1: Industrial Internship - Elective courses
Option 1: The student has to choose a total of 15 ECTS-credits from the list below
Advanced inorganic materials
Advanced LC-MS
Experimental Techniques: optics and laserspectroscopy
Hydrodynamics
Ligand field theory
Modern electrochemical analysis, incl. sensors
(Parallel) programming
Process safety
- Vera Meynen
- Wim Dermaut
Supramolecular chemistry
- Wim Dehaen
Internship Option 2: International Research Internship
International research internship
Master of Chemistry (Model Path part 2)
Compulsory courses
The student has to acquire 6 ECTS-credits from the list below
Applied polymer chemistry
Physical organic chemistry
Profiling space
You need to complete one profiling space (either the cluster Industry, either the cluster Applied Chemistry.) for a total of 12 ECTS-credits, of which 6 ECTS-credits in master year 1 and 6 ECTS-credits in master year 2.
Profiling space: cluster Industry
Automation
- Jan Verschaeren
- Erik Neyts
Chemical process engineering 1
- Frank Blockhuys
- Herman Baets
IP, HRM and communication
- Martin Bosman
- Marie-José Luys
Environmental and social legislation
- Kelly Reyniers
- Carine Vanoeteren
Profiling space: cluster Applied Chemistry
Biotechnology
Chemistry of food stuffs
- Natasja Smeets
- Frank Blockhuys
Medicinal chemistry
- Steven Ballet
- Veerle Smout
Metallurgy and recycling of metals
Profiling space: elective courses.
You choose 24 ECTS-credits in combination with the cluster Industry or the cluster Applied chemistry, of which you choose 6 ECTS-credits in model path 1 and 18 in model path 2.
Academic Literacies for Scientists
Advanced molecular spectroscopy
Advanced analytical techniques
Advanced magnetic resonance
Capita selecta crystallization in the farmaceutical industry
- Alain Collas
- Roel Hoefnagels
Capita selecta internationalisation: Applied inorganic chemistry
- Herman Potgieter
Capita selecta internationalisation: Natural product and tandem chemistry
- Romano Orru
Capita selecta internationalisation: Plasmas for a sustainable society
- Gerard Van Rooij
- Annemie Bogaerts
Capita selecta organic chemistry, incl. practical
Capita selecta X-ray analysis and analytical imaging
Chemical process engineering 2
- - NNB
- Herman Baets
DFT and chemical reactivity
- F. De Proft
- Paul Geerlings
Plasma modelling
Master thesis
Master thesis incl. internship in a research group
2020-2021
Master of Chemistry (Model Path part 1)
Compulsory courses
The student has to acquire all 18 ECTS-credits from the list below
Chemical reaction engineering
Chemometrics, lab accreditation and quality management
Dynamic processes at surfaces
Heterogenous catalysis
- Philip Buskens
- Pegie Cool
- Vera Meynen
Homogenous catalysis
- Shoubhik Das
- Michel Guillaume
Safety and transportation
Profiling space
The student needs to complete one profiling space (either the cluster Industry, either the cluster Applied Chemistry.) for a total of 12 ECTS-credits, of which 6 ECTS-credits in master year 1 and 6 ECTS-credits in master year 2.
Profiling space: Cluster Industry
Automation
- Jan Verschaeren
- Erik Neyts
Chemical process engineering 1
- Herman Baets
Environmental and social legislation
- Kelly Reyniers
- Carine Vanoeteren
IP, HRM and communication
- Martin Bosman
- Marie-José Luys
- Anne Smekens
Profiling space: cluster Applied Chemistry
Biotechnology
Chemistry of food stuffs
- Liesbet Thijs
Medicinal chemistry
- Steven Ballet
- Veerle Smout
Metallurgy and recycling of metals
Profiling space: elective courses.
You choose 24 ECTS-credits in combination with the cluster Industry or the cluster Applied chemistry.
Academic Literacies for Scientists
Advanced molecular spectroscopy
Advanced analytical techniques
Advanced magnetic resonance
Capita selecta crystallization in the farmaceutical industry
- Alain Collas
- Roel Hoefnagels
Capita selecta internationalisation: Applied inorganic chemistry
- Herman Potgieter
Capita selecta internationalisation: Natural product and tandem chemistry
- Romano Orru
Capita selecta internationalisation: Plasmas for a sustainable society
- Richard van de Sanden
- Annemie Bogaerts
Capita selecta organic chemistry, incl. practical
Chemical process engineering 2
- Herman Baets
Capita selecta X-ray analysis and analytical imaging
DFT and chemical reactivity
- F. De Proft
- Paul Geerlings
Plasma modelling
Internship Option 1: Industrial Internship
Option 1: The student combines the industrial internship with 15 ECTS-credits of optional courses from the list below.
Industrial internship
Internship Option 1: Industrial Internship - Elective courses
Option 1: The student has to choose a total of 15 ECTS-credits from the list below
Advanced inorganic materials
Advanced LC-MS
Experimental Techniques: optics and laserspectroscopy
Hydrodynamics
Ligand field theory
Modern electrochemical analysis, incl. sensors
(Parallel) programming
Process safety
- Vera Meynen
- Wim Dermaut
6-Quality, Safety, Environment and Energy Management
- Iris Cornet
- Filip Deberdt
Supramolecular chemistry
- Wim Dehaen
Internship Option 2: International Research Internship
International research internship
Master of Chemistry (Model Path part 2)
Compulsory courses
The student has to acquire 6 ECTS-credits from the list below
Applied polymer chemistry
Physical organic chemistry
Profiling space
You need to complete one profiling space (either the cluster Industry, either the cluster Applied Chemistry.) for a total of 12 ECTS-credits, of which 6 ECTS-credits in master year 1 and 6 ECTS-credits in master year 2.
Profiling space: cluster Industry
Automation
- Jan Verschaeren
- Erik Neyts
Chemical process engineering 1
- Herman Baets
Environmental and social legislation
- Kelly Reyniers
- Carine Vanoeteren
IP, HRM and communication
- Martin Bosman
- Marie-José Luys
- Anne Smekens
Profiling space: cluster Applied Chemistry
Biotechnology
Chemistry of food stuffs
- Liesbet Thijs
Medicinal chemistry
- Steven Ballet
- Veerle Smout
Metallurgy and recycling of metals
Profiling space: elective courses.
You have to choose 24 ECTS-credits in combination with the cluster Enterprise or the cluster Applied chemistry.
Academic Literacies for Scientists
Advanced molecular spectroscopy
Advanced analytical techniques
Advanced magnetic resonance
Capita selecta crystallization in the farmaceutical industry
- Alain Collas
- Roel Hoefnagels
Capita selecta internationalisation: Applied inorganic chemistry
- Herman Potgieter
Capita selecta internationalisation: Natural product and tandem chemistry
- Romano Orru
Capita selecta internationalisation: Plasmas for a sustainable society
- Richard van de Sanden
- Annemie Bogaerts
Capita selecta organic chemistry, incl. practical
Chemical process engineering 2
- Herman Baets
Capita selecta X-ray analysis and analytical imaging
DFT and chemical reactivity
- F. De Proft
- Paul Geerlings
Plasma modelling
Master thesis
Master thesis incl. internship in a research group
2019-2020
Model Path part 1
Compulsory courses
The student has to acquire all 18 ECTS-credits from the list below
Chemical reaction engineering
Chemometrics, lab accreditation and quality management
Dynamic processes at surfaces
Heterogenous catalysis
- Philip Buskens
- Pegie Cool
- Vera Meynen
Homogenous catalysis
- Shoubhik Das
- Bert Maes
- Michel Guillaume
Safety and transportation
Profiling space
The student needs to complete one profiling space (either the cluster Industry, either the cluster Applied Chemistry.) for a total of 12 ECTS-credits, of which 6 ECTS-credits in master year 1 and 6 ECTS-credits in master year 2.
Profiling space: Cluster Industry
Automation
- Jan Verschaeren
- Erik Neyts
Chemical process engineering 1
- Herman Baets
Environmental and social legislation
- Kelly Reyniers
- Carine Vanoeteren
IP, HRM and communication
- Martin Bosman
- Marie-José Luys
- Anne Smekens
Profiling space: cluster Applied Chemistry
Biotechnology
Chemistry of food stuffs
- Liesbet Thijs
Medicinal chemistry
- Steven Ballet
- Veerle Smout
Metallurgy and recycling of metals
Profiling space: elective courses.
You choose 21 ECTS-credits in combination with the cluster Enterprise or the cluster Applied chemistry.
Academic Literacies for Scientists
Advanced molecular spectroscopy
Advanced NMR
- José C. Martins
- Davy Sinnaeve
Capita selecta crystallization in the farmaceutical industry
- Alain Collas
- Roel Hoefnagels
Capita selecta internationalisation: Applied inorganic chemistry
- Herman Potgieter
Capita selecta internationalisation: Natural product and tandem chemistry
- Romano Orru
Capita selecta internationalisation: Plasmas for a sustainable society
- Richard van de Sanden
- Annemie Bogaerts
Capita selecta organic chemistry, incl. practical
Chemical process engineering 2
- Herman Baets
Capita selecta X-ray analysis and analytical imaging
DFT and chemical reactivity
- F. De Proft
- Paul Geerlings
Plasma modelling
Internship Option 1: Industrial Internship
Option 1: The student combines the industrial internship with 15 ECTS-credits of optional courses from the list below.
Industrial internship
Internship Option 1: Industrial Internship - Elective courses
Option 1: The student has to choose a total of 15 ECTS-credits from the list below
Advanced inorganic materials
Advanced LC-MS
Capita selecta biochemistry
- Frank Sobott
Experimental Techniques: optics and laserspectroscopy
Hydrodynamics
Ligand field theory
Modern electrochemical analysis, incl. sensors
(Parallel) programming
Process safety
- Vera Meynen
- Wim Dermaut
6-Quality, Safety, Environment and Energy Management
- Iris Cornet
- Filip Deberdt
Supramolecular chemistry
- Wim Dehaen
Internship Option 2: International Research Internship
International research internship
Master of Chemistry (Model Path part 2)
Compulsory courses
The student has to acquire 9 ECTS-credits from the list below
Advanced analytical techniques
Applied polymer chemistry
Physical organic chemistry
Profiling space
You need to complete one profiling space (either the cluster Industry, either the cluster Applied Chemistry.) for a total of 12 ECTS-credits, of which 6 ECTS-credits in master year 1 and 6 ECTS-credits in master year 2.
Profiling space: cluster Industry
Automation
- Jan Verschaeren
- Erik Neyts
Chemical process engineering 1
- Herman Baets
Environmental and social legislation
- Kelly Reyniers
- Carine Vanoeteren
IP, HRM and communication
- Martin Bosman
- Marie-José Luys
- Anne Smekens
Profiling space: cluster Applied Chemistry
Biotechnology
Chemistry of food stuffs
- Liesbet Thijs
Medicinal chemistry
- Steven Ballet
- Veerle Smout
Metallurgy and recycling of metals
Profiling space: elective courses.
You have to choose 21 ECTS in combination with the cluster Enterprise or the cluster Applied chemistry.
Academic Literacies for Scientists
Advanced molecular spectroscopy
Advanced NMR
- José C. Martins
- Davy Sinnaeve
Capita selecta crystallization in the farmaceutical industry
- Alain Collas
- Roel Hoefnagels
Capita selecta internationalisation: Applied inorganic chemistry
- Herman Potgieter
Capita selecta internationalisation: Natural product and tandem chemistry
- Romano Orru
Capita selecta internationalisation: Plasmas for a sustainable society
- Richard van de Sanden
- Annemie Bogaerts
Capita selecta organic chemistry, incl. practical
Chemical process engineering 2
- Herman Baets
Capita selecta X-ray analysis and analytical imaging
DFT and chemical reactivity
- F. De Proft
- Paul Geerlings
Plasma modelling
Master thesis