Education
Do your graduate studies at the Department of Neuroscience
We encourage talented and enthusiastic young researchers to pursue a graduate degree (PhD) at the Department of Neuroscience.
We invite you to take contact to the laboratory in which you aim to conduct your thesis work and pursue funding opportunities together with the head of the laboratory group. See full list of researchers in the Department of Neuroscience here.
To learn about the requirements for the PhD degree at the Faculty of Health and Medical Sciences, University of Copenhagen, visit the PhD School’s website
All graduate students at the Faculty of Health and Medical Sciences are required to enroll in a graduate program. We encourage the PhD students at Department of Neuroscience to enroll in the graduate program in neuroscience, NeuroGrad. To learn about the requirements and activities of NeuroGrad, visit our website.
An overview
IN is responsible for the majority of all formal education in neuroscience at the University of Copenhagen, and more broadly, in the greater Copenhagen area. It offers courses targeted to both pre- and postgraduate students in medicine (>500 students/year) and odontology-dentistry, as well as in the programs of human biology, Human physiology, molecular biomedicine, and biomedical engineering.
- Excitable cells
Basic neurophysiology and cellular neuroscience - CNS structure and function
Clinical neuroscience including the neurological examination - Cellular Neuroscience
Cellular and molecular properties of neurons and neural networks - Neuropharmacology
Taught in conjunction with Pharmacology - Human Neurobiology
Integrative function of the human brain incl. EEG, fMRI, DTI, PET - Neuronal Signaling
The nervous system and advanced techniques used to explore it - Tissue & Movement Biomechanics
Dynamics and energy consumption of movement - Advanced cell biology
Theoretical and practical coverage of cell biology and associated techniques - Pharmacology and Toxicology
Advanced pharmacology, pharmacokinetics, pharmacodynamics