BSc Courses
Molecular Computational Chemistry
BSc Chemistry
Period 2
This course covers state-of-the-art quantum chemical techniques and will help to translate chemical problems into a computational approach that leads to a more detailed understanding.
Fysiche Farmacochemie
BSc Pharmaceutical Sciences
Period 2
This course covers the basic principles of physics and chemical bonding and will act as one of the important cornerstones of the BSc Pharmaceutical Sciences.
Fysica:
Mechanica
BSc Science, Business & Innovation
Period 4
This course covers the basic principles of physics and will act as one of the important cornerstones of the BSc Science, Business & Innovation.
Computational (Pharmaco) Chemistry
BSc Pharmaceutical Sciences
Period 4
This course covers state-of-the-art quantum chemical techniques and will help to translate chemical problems into a computational approach that leads to a more detailed understanding.
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Quantum Chemistry and Modelling
BSc Chemistry
Period 6
This course covers the basic principles of quantum chemistry and will help to understand the theory behind chemical bonding, stability, and reactivity.
MSc Courses
Chemical Bonding
Pre-MSc Chemistry
Period 1
This course covers the basic principles of quantum chemistry and chemical bonding and will help to understand the theory behind chemical bonding, stability, and reactivity.
Physical Organic Chemistry
MSc Chemistry
Period 1
This course covers all physical organic chemistry concepts essential in organic synthesis and will help to design new, more efficient organic reactions.
Advanced Molecular Orbital Theory
MSc Chemistry
Period 4
This course will cover the basic concepts of quantitative molecular orbital theory and will help to understand and predict chemical bonding, molecular structure, and reactivity.
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Analytical NMR Spectroscopy
MSc Chemistry
Period 4
This course gives a comprehensive overview of the physical basis of NMR spectroscopy and will help to understand all ins-and-out of your NMR spectrum.
Advanced Computational Chemistry
MSc Chemistry
Period 6
This course covers state-of-the-art quantum chemical approaches and will help to rationally design syntheses, catalysts, or pharmacologically active molecules.