Informatie over MSc Chemistry: Erasmus Mundus Theoretical Chemistry and Computing Modelling

Hieronder staan het programma en de vakomschrijvingen van MSc Chemistry: Erasmus Mundus Theoretical Chemistry and Computing Modelling Klik op de naam van een vak in een schema om naar de omschrijving te gaan.

» Jaar 1 (Core Programma)
hele jaarverplichtWMCH001-05ColloquiumEngels5
 verplichtWMCH002-05Final ExamEngels5
semester I averplichtWMBS003-05Molecular DynamicsEngels5
 verplichtWMCH006-05Reaction MechanismsEngels5
 verplichtWMCH007-00Scientific IntegrityEngels
 verplichtWMCH008-05Structure determination with spectroscopic methodsEngels5
semester I bverplichtWMCH010-05Molecular Quantum Mechanics 1Engels5
semester II averplichtWMCH016-05Molecular Quantum Mechanics 2Engels5
 verplichtWMCH028-05Topics in chemistry with PythonEngels5

The first year (M1) contains 40 ECTS compulsary modules and 20 ECTS levelling and/or elective courses.

The second year (M2) contains the Intensive Course TCCM (30 ECTS) and the Research project (30 ECTS).
The intensive course is organised as follows:
Compulsory subject:
Advanced Methods in Electronic Structure, Dynamic and Molecular Modelling (12 ECTS)

Elective subjects (for a total of 18 ECTS):
Multiscale, Machine learning and QSAR Methods applied to biomolecules (6 ECTS).
- Advanced Computational Techniques (6 ECTS).
- Theoretical Methods for Simulation of Materials (6 ECTS).
- Computational Chemistry Programming Project (remote learning) (6 ECTS).
- From Theory to Implementation: Tutorials in Theoretical Chemistry (6 ECTS).
- Modelling Electronic Structure (6 ECTS).
- Multiscale Modelling of Complex Molecular Systems (6 ECTS).
- Surface and Interface chemistry: Experiment and Modelling (6 ECTS).

In M2, a compulsory mobility of 30 ECTS has to be done. This can be done either during the intensive course or during the research project. The research project involves also a 3-months mobility period.

For general information about the TCCM programme: click here
For information about the contents of the TCCM programme: click here

» Jaar 2 (Core Programma)
hele jaarverplichtWMCH902-30Research Project TCCMEngels30
semester I averplichtWMCH026-30Intensive course TCCMEngels30
» Electives
semester I akeuzeWMBE001-05Biomaterials 2Engels5
 keuzeWMPH007-05Computational physicsEngels56
 keuzeWMCE003-05Interfacial engineeringEngels5
 keuzeWMPH027-05Physics of LasersEngels5
semester I bkeuzeWMBS008-05Advanced Protein CrystallographyEngels5
 keuzeWMPH016-05Mathematical Methods of PhysicsEngels5
 keuzeWMFA047-05Nanomedicine and nanosafetyEngels5
 keuzeWMCH012-05Physical Methods for Chemical AnalysisEngels5
 keuzeWMCE005-05Polymer productsEngels5
 keuzeWMPH051-05Properties of Functional MaterialsEngels5
 keuzeWMPH018-05Quantum field theoryEngels5
 keuzeWMAS011-05Statistical Signal ProcessingEngels5
 keuzeWMIE013-05Surface Engineering and Coating TechnologyEngels5
 keuzeWMPH031-05Theoretical condensed matter physicsEngels5
semester II akeuzeWMCE007-05Advanced product engineeringEngels5
 keuzeWMCH014-05Advances in Chemical BiologyEngels5
 keuzeWMCE009-05Design of Industrial CatalystsEngels5
 keuzeWMPH035-05Introduction to plasma physicsEngels5
 keuzeWMPH036-05Many-particle systemsEngels5
 keuzeWMPH024-05Non-linear opticsEngels5
 keuzeWMCH017-05Organic Synthesis: Methods and Strategy 1Engels5
 keuzeWMCH018-05Organometallic ChemistryEngels5
 keuzeWMCE011-05Product Focused Process DesignEngels5
 keuzeWMPH030-05Statistical methods in physicsEngels5
 keuzeWMCH020-05Supramolecular chemistryEngels5
 keuzeWMCH021-05Synthetic Biology and Systems ChemistryEngels5
semester II bkeuzeWMPH032-05Advanced Quantum MechanicsEngels5
 keuzeWMAS018-05Astrochemistry (23/24)Engels5
 keuzeWMPH047-05Biophysical Imaging & Manipulation TechniquesEngels5
 keuzeWMCH022-05Computational ChemistryEngels5
 keuzeWMPH037-05Mesoscopic physicsEngels5
 keuzeWMCH024-05Organic Synthesis, Methods and Strategy 2Engels5
 keuzeWMCH025-05Polymer PhysicsEngels5
 keuzeWMPH040-05Ultrafast Time-Resolved SpectroscopyEngels5

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