Study Biomechanics in Europe

This bachelor's degree prepares athletic students to become professional sports coaches, combining the latest advances in international sports science with the applied skills needed to work with children, youth, and adult athletes. Students learn sports technique training, competition organization, and how to assess and evaluate athletes' abilities, drawing on training methods informed by the latest technologies, while working alongside experienced lecturers who remain active in international-level sports science and grassroots sports activity. Students may take part in an exchange program that allows study at partner European universities for part of the degree, along with an internship abroad.

The first year builds foundational knowledge through coursework in critical thinking and academic communication, social and psychological wellbeing, the Olympic movement and sports ethics, athletic didactics, functional anatomy, sport pedagogy, and sport psychology, alongside the first stages of coaching science in the student's selected sport. The second year adds the biochemistry of sport, athlete nutrition and anti-doping, special pedagogy and psychology, sports and exercise physiology, sports biomechanics, sports medicine and first aid, and the basics of sports management, along with the program's first supervised internship. The third year covers motor control and learning, athlete training technologies, sports games, and the first stage of research methodology, along with a second internship, while the fourth year adds entrepreneurship and sports law, a second research methodology course, the basics of computerization in sports, a third internship, and the bachelor's graduation thesis, alongside further coaching science coursework and elective modules.

Students choose to specialize in coaching one of several sports, including basketball, boxing, football, judo, personal training, modern pentathlon, rugby, sport dancing, sports for people with disabilities, strength and conditioning, swimming, or volleyball. Graduates are equipped to apply current training technologies with athletes of different ages and skill levels, evaluate athlete performance, design training programs, organize competitions, and carry out sports science research, qualifying them to work in sports clubs and as informal education instructors in schools, colleges, and public or private sports organizations.

Applicants must hold a diploma of secondary education, with an official transcript showing an overall grade average of at least 65% and no individual subject grade below 60%, based on the grading scale stated on the transcript. Educational documents must be officially certified, either through an apostille for countries party to the Hague Convention or through legalization by the relevant foreign ministry or consular office for other countries, and any documents not issued in English must be translated and notarized. Applicants must also submit a detailed CV and demonstrate English language proficiency through one of several recognized tests, including an IELTS Academic score of at least 5.5, a TOEFL iBT score between 46 and 59, a Cambridge English exam score of at least 160, a Pearson PTE Academic score of at least 50, a LanguageCert IESOL result at B2 level, or a Duolingo English Test score of at least 90; this requirement is waived only for applicants whose native language is English. As part of the admission process, applicants take part in a short online motivational interview, the results of which are factored into their overall competitive score, and all submitted qualifications undergo an academic recognition review.

This bachelor's degree trains students to become skilled sports coaches, equipping them to plan training sessions, build athletes' confidence, and guide performance development for athletes ranging from beginners to elite competitors. Alongside technical coaching skills, students develop the leadership and organizational abilities needed to run sports teams, manage competitions, and oversee broader team operations, whether working with youth athletes or national-level squads. Students choose one sport to specialize in from a defined list, including football, basketball, fencing, swimming, tennis, handball, judo, volleyball, track and field, men's and women's artistic gymnastics, aerobic gymnastics, and strength and conditioning, and study its theory and practice across every year of the program.

The curriculum opens with injury prevention and first aid, anatomy, gymnastic exercises, games in training, the history of philosophy and of sport, Olympism, and information technology, alongside the first stage of theory and practice in the student's selected sport. The second year builds on this with further anatomy and biochemistry, introductions to pedagogy, psychology, and sociology, the theory of physical education and sport, and communication skills, followed by biomechanics, physiology, injury prevention and rehabilitation, the theory of education, motor control and movement learning, general sport management issues, statistics, and the first stage of supervised field practice. Later coursework covers further physiology, sport pedagogy and sport psychology, motor development, nutrition, training theory, an introduction to research methods, and further sport-specific practice and field placements, culminating in a two-part thesis, along with coursework in sports analysis and sport sociology.

From the fourth year onward, students choose one of two specialization tracks. The Leadership Specialization focuses on preparing students for management and administrative roles within sport, covering the fundamentals of economics and marketing, leadership psychology for sport coaches, the specialized demands of the student's chosen sport, the basics of sports economics, decision-making in sport, sport management, and leadership models in sport. The Youth Coach Specialization focuses on working with young and developing athletes, covering developmental and educational psychology, the theory of education, youth developmental sport programs, coaching athletes with special educational needs, talent education and management, coaching across different age groups, and the relationship between family, school, and athletic development.

Graduates go on to work with sports clubs and public or private sports organizations, coaching professional and amateur teams or training individual athletes to reach peak performance, and the program is designed to prepare students well for further study at the master's level.

Applicants must have completed secondary education or be in their final year of secondary school, with a scanned passport, secondary school transcripts, and, where available, a secondary school certificate or final exam results. Applicants must also document relevant experience in their chosen sport, ideally supported by a certificate from a national or international sports federation, proof of participation in national or international competitions, a letter of recommendation from a coach, and a short video, no longer than five minutes, showing the applicant actively engaging in the sport. All applicants take part in an online interview, which also serves to assess English language proficiency regardless of any certificates submitted, along with an online biology test.

This bachelor's degree trains the next generation of sports science professionals, combining a strong theoretical foundation with hands-on experience in performance optimization, athlete development, and the promotion of healthy lifestyles. The program is designed not only for those interested in elite sport but for anyone drawn to health, wellness, and human performance more broadly, equipping students to analyze trends, design training and rehabilitation programs, and apply cutting-edge tools for tracking and improving performance, including data analysis techniques and emerging applications of AI and deep learning in training and rehabilitation.

The curriculum opens with the basics of health sciences, recreational sports, sports anatomy, pedagogy and psychology in sport, and critical thinking, followed by individual sports, an introduction to the social sciences, English for sport science, the basics of sport physiology, sport injuries, and sport nutrition. Later coursework covers research methods, further individual sports training, the theory of training, introductory statistical methods, economics, and team sports, along with sports analytics, management and sport management, and two internships that give students direct professional experience. The program concludes with a thesis and consultation process, alongside further elective coursework throughout.

Students can choose to pursue a Movement analysis specialization, which develops advanced expertise in analyzing and understanding human movement. This track covers an introduction to motor control and human biology, movement learning and development, the basics and applications of biomechanics, spiroergometric measurement, and movement analysis, before progressing to the biomechanics of the musculoskeletal system, performance diagnostics, biophysics and imaging procedures, and data science applied to sport. In its final stage, the specialization covers computer- and AI-based movement analysis, biometrics in sports science, fitness diagnostics, and an introduction to physiotherapy.

Graduates are prepared for roles analyzing and developing strategy within sports organizations, sports academies, and media, as well as for coaching, mentoring, and advisory positions, with potential career paths including sports performance specialist, physiotherapist or rehabilitation specialist, and strength and conditioning coach. The program also provides a strong foundation for continued study at the master's level.

Applicants must have completed secondary education or be in their final year of secondary school, submitting a scanned passport, secondary school transcripts, and, where available, a secondary school certificate or final exam results. As part of the admission process, all applicants are invited to an online interview and must complete a short online biology entrance test.

This bachelor's degree examines how successful sports organizations operate, covering organizational effectiveness, human resource use, sports facility capacity, and the reasons spectators engage with sporting events, alongside how those events are organized and mediated. Students gain expert-level knowledge and hands-on experience in organizational theory and practice, the operation of sports organizations, sports law, sports facility management, sports marketing, sports finance, motivational theories, safeguarding in sport, and the sustainability and social responsibility of sport, complemented by sports sociology and the analysis of research data using digital tools. Teaching draws on faculty with extensive practical experience and includes direct engagement with sports experts, organizations, and facilities to connect theory with day-to-day practice.

The curriculum opens with the basics of health sciences, the theory and practice of recreational sports, sports anatomy, pedagogy and psychology in sport, and critical thinking, followed by strength training development, track and field and swimming, an introduction to the social sciences, and the basics of sport physiology, sport injuries, and sport nutrition. Later coursework covers biomechanics, the theory and practice of individual sports and ball games, training theory, motor control, human biology, movement learning and development, biophysics and imaging procedures, informatics, research methods, and economics. In the final years, students study sports analytics, management and sport management, the biomechanics of the musculoskeletal system, performance diagnostics, data science in sport, computer- and AI-based movement analysis, biometrics in sport, fitness diagnostics, and an introduction to physiotherapy, alongside two internships and a thesis.

Graduates are prepared for a wide range of roles across sports clubs, academies, federations, facilities, media, and companies, as well as municipal and governmental sports organizations, with the skills to broaden participation in sport, improve organizational effectiveness, and build partnerships within and beyond the sports sector; some graduates go on to launch their own sports-related businesses or products. The program also provides a strong foundation for continued study at the master's level.

Applicants must have completed secondary education or be in their final year of secondary school, submitting a scanned passport, secondary school transcripts, and, where available, a secondary school certificate or final exam results. As part of the admission process, all applicants are invited to an online interview and must complete a short online mathematics entrance test.

his master's degree equips students to understand and enhance human movement across sports and health contexts, exploring how body, brain, behavior, and environment interact to shape daily functioning, performance, independence, and wellbeing. The program follows a contextual, career-oriented approach, with students applying their knowledge to real-world challenges from the very start and connecting academic learning directly to future career paths, whether in elite sports, rehabilitation, or the neurobiology of movement.

At the start of the program, students choose one of four specializations, each offering a distinct lens on human movement, and take three in-depth courses within that area.

The Biomechanics in Sports, Exercise, and Health specialization examines the mechanics behind human movement using physics and simulation, covering the fundamentals of biomechanics, including inverse dynamics, static optimization, and data collection and processing using mathematical, mechanical, and programming skills; the applied use of biomechanical principles in real-world sport, rehabilitation, and health challenges; and the design and interpretation of biomechanical studies, including experimental design and the critical evaluation of research data.

The Movement Neuroscience for Health and Rehabilitation specialization focuses on how the nervous system controls movement in both healthy individuals and those with neurological disorders, covering the fundamentals of movement neuroscience, including neural control of movement and sensory-motor integration; experimental methods such as electromyography, EEG and MEG, functional MRI, and neurostimulation; and the clinical applications of movement neuroscience in the assessment and rehabilitation of neurological disorders.

The Physiology of Human Performance and Health specialization explores how the body produces and sustains movement, from muscle function and energy systems to the effects of training, aging, and disease, covering integrative neuromuscular performance and the interplay between contractile mechanics and cellular bioenergetics; how human performance adapts to training, aging, and disuse at the molecular, cellular, and whole-body levels; and the translation of physiological principles into practical, evidence-based recommendations for diverse populations, including athletes, patients, and those in extreme environments.

The Psychology in Sports, Performance, and Health specialization examines the psychological dimensions of performance, learning, and wellbeing across sports, health, physical education, and high-stakes professions such as policing or the military, covering psychological theories and interventions for optimizing performance and motivation, contemporary theories of skill acquisition and talent development, and the design and conduct of behavioral research in real-world settings such as physical education and mental health.

Alongside their chosen specialization, all students take a shared set of courses building academic, research, self-development, and professional skills, including data literacy, career orientation, and a community service learning project connecting human movement science to society. In the final months of the program, students undertake a full-time, twenty-week master research project, supported by workshops and mentoring, culminating in a course on research in societal context and a symposium where findings are presented to stakeholders. Students aiming for a career in higher education may also have the option to extend their studies with an additional teacher training track, though this is offered only in Dutch and admits a limited number of students each year.

Applicants need an academic bachelor's degree from a research university, or an equivalent qualification, including basic knowledge of anatomy, physiology, and psychology at the level of introductory textbooks, along with sufficient research skills and knowledge of mathematics and physics. Since the program is taught in English, a good command of English is also required, demonstrated through an accepted English language proficiency test. Applicants holding a bachelor's degree specifically in human movement sciences, or who have completed a related pre-master's program, are admitted directly; other applicants are reviewed individually by the admissions board to determine eligibility. Applicants who do not fully meet the programme-specific requirements may still be admitted after completing designated online preparatory courses addressing any gaps in their background, particularly in research methods such as mathematics, programming, biomechanics, statistics, and movement measurement.

This master's degree provides students with the essential skills needed to assess, develop, and improve both sports equipment and medical technologies, centered on understanding how the human neuro-musculo-skeletal system interacts with technology and other external physical variables. Students build problem-solving and innovative thinking skills alongside extensive knowledge of developing sports and medical products, as well as specialized skills for creating methods and tools to improve training and performance assessment. The program draws on an interdisciplinary combination of sports and medical technologies, life sciences, sport science, and engineering, following a modern, research-driven teaching approach that helps students shape their own professional profile.

The program is organized across four semesters into modules with clearly defined learning objectives, combining theoretical coursework with hands-on experience. Early coursework relies on seminars and practice-oriented assignments to build a strong foundation, while later stages involve increasingly independent work through workshops, projects, and an industry internship that provides exposure to real-world applications. Close cooperation with partner universities and research institutions strengthens both the scientific and practical dimensions of the program, and students have the opportunity to spend part of their studies abroad. The program concludes with a master's thesis, and completion requires 120 ECTS credits in total.

Graduates are prepared for roles at the interface of sport, health, and engineering, including research and development within the sports equipment industry, contributing to products such as footwear, clothing, materials, or diagnostic devices, as well as roles in elite and high-performance sport, particularly in performance diagnostics focused on biomechanics or exercise physiology. Further opportunities exist with commercial sports providers and public research institutions and universities, and the program also provides a strong foundation for pursuing a doctoral degree and an academic career.

Applicants must hold a bachelor's degree with at least 180 ECTS credits, or an equivalent university qualification, in a program with a primarily scientific, engineering, mathematics, sports science, health science, medical, medical technology, or life science orientation, with at least 90 of those credits oriented toward science. Applicants must also hold an above-average degree, demonstrated by an ECTS grade of at least B or a German grade of at least 2.5, and must submit a CV and a letter of motivation, both written in English, to demonstrate their personal and professional suitability. German language skills are not required for admission to this program, though basic knowledge is recommended.

Since the program is taught entirely in English, applicants must demonstrate English proficiency through a TOEFL iBT score of at least 95, an IELTS Academic score of at least 7.0, or a Cambridge Certificate at C1 level; this requirement is waived for native English speakers and for applicants who completed a bachelor's degree taught in English within the EU or in an English-speaking country. If the number of qualified applicants exceeds the available places, admission is decided through a ranking system based on the applicant's degree grade, relevant practical experience, and personal suitability; if there are fewer qualified applicants than places available, additional applicants may be admitted following a short interview.