tu delft sports engineering institute · – predict use of drugs – real-time feedback during...
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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
enhancement
Prevention of
healthcare problems
Promoting sports
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)
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Marianne Vos Olympic and World Champion cycling
Aero- and Hydrodynamics (LR, 3ME, EWI)
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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
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Marlou van Rijn: Blade sprinting
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Measurement,
Feedback and Simulation
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Measuring, feedback and simulation (IO, EWI, 3ME, LR)
Motivation and
persuation to compete
in sports, play and
exercise
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Motivation and persuasion to compete in
sports, play and exercise (IO, BK)
Sports Infrastructures and facilities
Sports infrastructures and facilities
(BK, IO, 3ME)
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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
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Partners