TU Delft Sports Engineering Institute
Data Science & Sports • Sports Engineering and Science is essential – Assessment of goals – Sensor development – Data processing – Modelling - data relationship – Assessment of data quality • Bias, outliers, confounding factors
Goals & Ambitions Performance Prevention of Promoting sports enhancement healthcare problems participation
Multi-disciplinary research • Mechanical, Maritime and Materials Engineering • Electrical Engineering, Mathematics and Computer Sciences • Industrial Design Engineering • Architecture and the Built Environment • Aerospace Engineering
Research Strategy Five research themes Connected to • National Sport Research Agenda • TU Delft Health Initiative
Aero- and Hydrodynamics
Aero- and Hydrodynamics (LR, 3ME, EWI) Marianne Vos Olympic and World Champion cycling 8
Aero- and Hydrodynamics (LR, 3ME, EWI) 9
Biomechanics, Materials and Human- Material Interaction
EEMCS • Collaboration with team Giant Alpecin – Power analysis – Predict use of drugs – Real-time feedback during descents
Real time feedback for evaluation of pitching technique and prevention of overuse
Exo-L: Support for sprained ankles 13
Marlou van Rijn: Blade sprinting 14
Measurement, Feedback and Simulation
Measuring, feedback and simulation (IO, EWI, 3ME, LR) 16
Measuring, feedback and simulation (IO, EWI, 3ME, LR) 17
Motivation and persuation to compete in sports, play and exercise
Motivation and persuasion to compete in sports, play and exercise (IO, BK) 19
Sports Infrastructures and facilities
Sports infrastructures and facilities (BK, IO, 3ME) 21
Educational Agenda Minor Sports Innovations Interdisciplinary minor at BSc level • Master specialisation Sports Engineering 2 year programme • Special topics in sports engineering • International collaboration with VU University and Sheffield • Hallam University Development of international Master Funding from Erasmus+ programme • Collaboration with ISEA partners • 22
Partners
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