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27 Master's degrees offered by the university

Medicinal Chemistry
Study all stages of drug development (discovery, design, development, targeted delivery), including the phases of drug activity relating to a drug’s formulation, analysis of its toxicity, and understanding of its pharmacokinetics and -dynamics with this Medicinal Chemistry course offered at Radboud University.

Science for Sustainability
Will you help navigate society towards environmental sustainability? In this Science for Sustainability programme from Radboud University you learn about planetary boundaries and societal transitions, and acquire skills to solve sustainability challenges with societal actors.

Quantum Matter
From individual molecules to complex solids: in this Quantum Matter from Radboud University, you will study matter on a fundamental quantum-physical level and discover collective and emergent quantum phenomena for future technologies. Using theory or experiments, or both.

Human Biology
Combine fundamental human biology with clinical studies. Bridge the gap between biomedical research results and clinical practice. Get the chance to work together with scientists from highly regarded research groups.

Molecular Sciences
You will learn all aspects of the functioning and synthesis of molecules. Choose a specialisation in chemistry, molecular life sciences, and biology. Deepen your knowledge in solid-state chemistry, spectroscopy, organic or physical chemistry, or molecular biology. Combine theoretical courses with extensive research internships in a multidisciplinary and international learning environment.

Cognitive Neuroscience - Perception, Action and Decision-making (research)
The research Master's in Cognitive Neuroscience - Perception, Action and Decision-making (research) at Radboud University studies the basic sensorimotor aspects of perception-action coupling as well as the cognitive contextual and social components.

Cognitive Neuroscience - Natural Computing and Neurotechnology (Research)
This track studies the interaction between and within groups of neurons, and how they affect our interactions with the outside world. You’ll gain knowledge of the anatomical and neurophysiological aspects of networks in the human brain and the techniques for the computational analysis and modelling of brain networks.