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Unraveling the secrets of human movement

Human movement is a key issue for today’s society. It shapes our ability to function, interact and live independently — from the cellular level to full-body coordination in dynamic environments. Yet this freedom of movement is not self-evident. In people affected by illness or injury, but also in healthy populations such as children, older adults, athletes or workers, optimising movement is essential for quality of life. 

Understanding movement is also critical for building resilience and preventing diseases like diabetes or cardiovascular disease — as well as for enhancing elite performance. Addressing these challenges requires advanced scientific expertise and the ability to translate theory into impact.

In this two-year programme, you will specialise in one of four scientific domains:

  • Biomechanics in Sports, Exercise, and Health
  • Movement Neuroscience for Health and Rehabilitation
  • Physiology of Human Performance and Health
  • Psychology in Sports, Performance, and Health

You will complete three advanced courses within your chosen domain. At the same time, you will follow a set of courses focused on developing your academic, methodological, professional and data science skills. This includes in-depth training in research design, data analysis, machine learning, and science communication.

During the second year, you will carry out a full-year Master Research Project (MRP), allowing you to work intensively on a research question of your choice. The MRP is supported by expert supervision, an peer learning. You will conclude with an impact-oriented thesis and present your findings at a research symposium. In addition to becoming well versed in these research areas, you’ll be trained in state-of-the-art research methodologies and advanced statistics. During this programme, you are encouraged to define your own position, and in doing so to become a reflective, critical and committed academic professional. The interactive, small-scale teaching methods used in the programme allow you to have in-depth discussions that meet the level and intensity of a Research Master’s programme. Plus, all the lecturers are renowned experts in their fields of research.

The start date of this programme is September 1st.

VU Master's Event

Saturday 7 March 2026

Which specialisation do you choose?

Find out what the different possibilities are within the Research master's programme Human Movement Sciences.

Summary

Ever wondered how the body moves — and what limits or enhances that movement? This specialisation reveals the mechanics behind human movement, using physics and simulations to understand how muscles, joints and external forces work together. You'll learn to analyse and improve movement, prevent injury, and design tools and interventions across sport, healthcare and rehabilitation.

Summary

How does the brain make the body move — and what happens when that system breaks down? This specialisation focuses on how the nervous system controls movement, for healthy individuals as well as individuals with complex neurological disorders. You'll study brain function, motor control and neurotechnology — gaining the skills to bridge neuroscience and practice in research, innovation and healthcare.

Summary

What allows elite athletes to excel — and why do others struggle with basic physical tasks? This specialisation explores how the body produces and sustains movement, from muscle function and energy systems to the effects of training, ageing and disease. You'll apply this knowledge in both sports and clinical contexts, preparing for careers in exercise physiology, rehabilitation and performance research.

Summary

What drives people to perform under pressure, stay motivated, or recover from setbacks? In this specialisation, you’ll explore the psychological side of performance, learning and well-being across sports, health, physical education and high-stakes professions like policing or the military. You will apply theories on resilience, motor learning and mental health in real-world settings — and learn how psychology enhances motor performance, development and recovery.

Summary

Are you aiming for a career in higher education? If so, you have the option to extend your Master’s programme in the second year by enrolling in the 30EC teacher training programme in Human Movement Sciences. Please note that this additional track is offered in Dutch only, and a limited number of students are admitted each year. More information about the teacher training programme in Human Movement Sciences is available here.

  • Biomechanics in Sports, Exercise, and Health

    Summary

    Ever wondered how the body moves — and what limits or enhances that movement? This specialisation reveals the mechanics behind human movement, using physics and simulations to understand how muscles, joints and external forces work together. You'll learn to analyse and improve movement, prevent injury, and design tools and interventions across sport, healthcare and rehabilitation.

  • Movement Neuroscience for Health and Rehabilitation

    Summary

    How does the brain make the body move — and what happens when that system breaks down? This specialisation focuses on how the nervous system controls movement, for healthy individuals as well as individuals with complex neurological disorders. You'll study brain function, motor control and neurotechnology — gaining the skills to bridge neuroscience and practice in research, innovation and healthcare.

  • Physiology of Human Performance and Health

    Summary

    What allows elite athletes to excel — and why do others struggle with basic physical tasks? This specialisation explores how the body produces and sustains movement, from muscle function and energy systems to the effects of training, ageing and disease. You'll apply this knowledge in both sports and clinical contexts, preparing for careers in exercise physiology, rehabilitation and performance research.

  • Psychology in Sports, Performance, and Health

    Summary

    What drives people to perform under pressure, stay motivated, or recover from setbacks? In this specialisation, you’ll explore the psychological side of performance, learning and well-being across sports, health, physical education and high-stakes professions like policing or the military. You will apply theories on resilience, motor learning and mental health in real-world settings — and learn how psychology enhances motor performance, development and recovery.

  • Teacher training programme (extended option in Dutch)

    Summary

    Are you aiming for a career in higher education? If so, you have the option to extend your Master’s programme in the second year by enrolling in the 30EC teacher training programme in Human Movement Sciences. Please note that this additional track is offered in Dutch only, and a limited number of students are admitted each year. More information about the teacher training programme in Human Movement Sciences is available here.

Second year

The second year is entirely dedicated to a research project of your choice. Since extensive experience in high-quality research is indispensable for a career in research, you’ll be aiming for a first-class project that eventually results in a scientific publication. This may be at the VU Amsterdam or in collaboration with another institute anywhere in the world.

Structure of the programme

The Master's programme comprises 120 EC. The study load of each Master's course is 6 EC. The second year is fully dedicated to the research project of 60 EC. The program is set up in a way that it is possible to further attune the programme to your individual interests.

Change your future with the Human Movement Sciences Research Master’s programme

Change your future with the Human Movement Sciences Research Master’s programme

After completing your degree, you’ll be well positioned to embark on any research-based career in the field of human movement. As a graduate from the Human Movement Sciences Research Master’s programme, you’ll be ready to take up a PhD position at an academic institution, or to work in a research & development environment for a leading company.

Explore your future prospects

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