13 Neuroscience Degree Programs in Netherlands

The Cognitive Neuroscience Master’s programme at Radboud University is unique in the world because of its multidisciplinary approach. Psychologists, physicists, biologists, mathematicians, linguists and medical professionals work side by side.

The Bachelor Brain Science studies it from different perspectives, combining knowledge of Psychology, Biology and Computational Science to create a complete picture of the brain. It will train you to become a well-rounded scientist with a transdisciplinary perspective on the human brain.

This two-week-long summer school aims to provide a comprehensive, interdisciplinary understanding of neurodegenerative diseases, blending scientific rigour with practical applications. By engaging with cutting-edge research, real-world case studies and practical lab tours, participants will gain invaluable insights into the complexities of neurodegenerative diseases, preparing them to contribute meaningfully to care and research. In addition, students will obtain valuable skills in critical and constructive thinking. Also, students will learn how to translate obtained knowledge and ideas into a high-quality presentation with students from various backgrounds.

The Research Master Cognitive and Clinical Neuroscience: Fundamental Neuroscience gathers knowledge from different neuroscience disciplines to study how the brain functions. It provides theoretical background and practical experience in research at the interface between psychology and biology.

In addition, you will learn to apply theories and methods from cognitive neuroscience to real-world scenarios: economic decision making, education, marketing, clinical practice, policymaking, etc. During the master's, you will combine your scientific knowledge and your creativity to develop your own project that brings cognitive neuroscience from the lab into the world.

Non-invasive brain stimulation (NIBS) is a powerful tool which can be used to ask questions about cause-and-effect relationships in the brain of healthy and pathological populations. It can also be used as a treatment in various psychiatric and neurological conditions.

During the program, you’ll get to grips with all facets of neurosciences – ranging from genes to behavior, from both fundamental and clinical perspectives. The expert teaching you’ll receive comprises a combination of lectures, research seminars, workgroups, demonstrations, lab visits, and practicals.

The MSc in Behavioral and Cognitive Neurosciences (Research) offers integrated teaching by top researchers from three faculties in small groups, and students collaborate in stable cohorts during the 2 years. We also provide excellent research facilities including University Medical Center Groningen (UMCG), NeuroImaging Center, and Center for Life Sciences. More than 75% of our students enroll in Ph.D. projects after graduation, and our program was awarded the 'Top Rated Program' label (Keuzegids Masters 2017).

Do you want to know how the brain works and why dysfunctions can lead to disorders? To use this knowledge to understand and combat neurodegenerative diseases such as ALS, Alzheimer's, and mental disorders. Then join the master's programme in Neurosciences.  

Are you fascinated by the brain functions that make us see, hear, move, feel and think the way we do? Are you eager to gain the knowledge and skills needed to flexibly apply the most advanced brain imaging and brain stimulation techniques in fundamental, applied or clinical research settings? Then Cognitive Neuroscience is the right choice for you! This highly multidisciplinary Program is embedded in theM-BIC(Maastricht Brain Imaging Centre) and provides you with the theoretical background and hands-on research skills necessary for becoming a versatile brain researcher. Cognitive Neuroscience is an ideal choice for those who aim for an academic or related career focused on understanding normal and/or abnormal brain function.

What is the molecular biology behind memory? Which genetic alterations make you more vulnerable to stress and depression? And which cellular targets can be used to treat Alzheimer's disease? If these questions intrigue you, the specialisation Fundamental Neuroscience might be what you are looking for. You'll study the mechanisms that underlie psychological processes, as well as psychiatric and neurological disorders. The courses are organised along the mechanisms and disorders, and include practical training sessions in which you will acquire laboratory skills that you'll you need to study them. You will also take several courses that focus on improving your academic skills, such as writing papers and research proposals. After you've completed the Program, you will have obtained all the knowledge and skills you need to embark on an academic career in fundamental neuroscience.

Are you intrigued by the complexities of the wide range of mental disorders? Are you eager to develop the knowledge and research skills needed to understand how such disorders come about and to find new ways of treating and preventing them? Then Clinical Psychology is the right choice for you! This highly multidisciplinary Program provides you with the theoretical background and clinical insight necessary for research in the fields of experimental psychopathology, clinical psychology and psychiatry. Clinical Psychology is also an ideal choice for those who intend in the future to combine science and clinical practice.

Which brain drugs does our society need most? Do drugs work the same in everyone? What makes someone vulnerable to brain diseases? What makes them receptive to drug effects? Can we predict drug effects in the brain? Can diet be as effective as drug treatment? How do we translate new RD knowledge into a start-up company? Drug Development and Neurohealth provides a theoretical background and practical experience in pharmaceutical drug research development, medicinal nutrition and personalised healthcare. You will interact with industry and regulatory agencies. The overarching theme is the pipeline of drug research development from design of the molecule to its applications in healthcare settings.