Master's programme after BSc in Molecular Life Sciences
After finishing your bachelor's programme in Molecular Life Sciences you have various choices to continue in a master's programme: You can for instance go to another university in the Netherlands or abroad to specialize in a field that is not available in Nijmegen. In this case you will probably have to apply for admission and check the requirements of that master's programme.
The following specializations are available in Nijmegen:
- Specializations in master's programme Molecular Sciences:
- Chemistry of Life (CoL)
- Medicinal Chemistry (MedChem)
- Science in Society, Science, Management and Innovation, Education (teaching degree in chemistry).
- Molecular Chemistry*
- Physical Chemistry*
* Master MLS students are not directly admitted to the specializations Molecular Chemistry and Physical Chemistry. Please contact your student advisor if you want to do one of these specializations.
- Specializations master's programme Medical Biology:
- Functional Genomics (FG)
- Human Biology (HB)
- Neurobiology (NB)
- SIS, SMI, Education** (biology).
**Master Med. Biology students cannot be directly admitted to the Education specialization. Please contact your student advisor or the student advisor of the Radboud Teachers Academy if you want to do the Education specialization.
In order to be admitted to the master's programme in Medical Biology, you need to fulfill the admission requirements: you need have followed at least 5 medical biological courses in your differentiation phase, see below.
Admission to the master's programme MLS or Molecular Sciences is automatic with a BSc in MLS.
Admission requirements to the master's programme in Medical Biology:
You need to have passed at least 30 ec (5 courses) from this list. Not all of these courses are given every year. Not all of these courses are priority electives in the MLS programme:
- NWI-BB023B Animal Cell Biology
- NWI-BB017C Advanced Molecular Biology
- NWI-BB036 Applied Ecology
- NWI-MOL168 Biomolecular Architectures
- NWI-BB085B Brain and Behaviour
- NWI-BB081B Cognitive Neuroimaging
- NWI-MOL073 Comparative Genomics
- NWI-MOL167 Comparative Physiology
- NWI-BB083B Ecological Theory and Data Analysis
- NWI-BB048B Endocrinology
- NWI-BB064B Functional Genomics
- NWI-BB086 Genomics for Health and Environment
- NWI-BB047C Human Embriology and Developmental Biology
- NWI-BB025B Human Pathology
- NWI-BB019B Immunology
- NWI-BB097 Infectious Diseases
- NWI-MOL104 Medical Biotechnology
- NWI-MOL055 Molecular Basis of Diseases
- NWI-BB084B Molecular Principles of Development
- NWI-MOL113 Nanomaterials in Biomedicine
- NWI-BB080C Neural basis of Motorcontrol
- NWI-BB092 Neural Basis of Cognition and Perception
- NWI-BB034B Neurobiology
- NWI-BB021B Neurobiophysics
- NWI-BB039C Neurodevelopment
- NWI-BB094 Neurons and Synapses
- NWI-BB080B Neurophys. of Cognition and Behaviour
- NWI-BB063B Neuroscience: from Basis to Clinic
- NWI-BB065B Pathophysiology of the Kidney
- NWI-MOL053 Pharmacochemistry
- NWI-BB043B Plant Genome Analysis
- NWI-BB087 Population and Evolutionary Biology
- NWI-BB089 Quantitative Bioimaging
- NWI-MOL107 RNA Structure and Function
- NWI-MOL066 Structure, Function, and Bioinformatics
- MED-MIN16 Translational neuroscience