Special Topics in Sports Engineering
Date: June 2 until June 12 , 2020
For students from collaborating Universities doing a Master's in a related subject
As from 2015, the TU Delft Sports Engineering Institute will organize an international 2-week intense online course on Sports Engineering for MSc students, in close collaboration with Sheffield Hallam University and VU University, Faculty of Human Movement Sciences. Prof DirkJan Veeger and Dr. John Hart is chairing this course.
Special Topics in Sports Engineering is an inter-university online course for Master students in Mechanical Engineering, Movement Sciences, Sport Sciences and other related MSc programmes. The course is organised as a two-week intensive course, and comprises lectures, demonstrations, practicals, hands-on research and a final test.
This on-line version of “Special Topics in Sports Engineering” is meant for MSc students with backgrounds in (bio)mechanical engineering, sports sciences, movement sciences, or related subjects. The course aims at offering new knowledge and the synthesis of existing knowledge to solve a sports engineering problem: the quantification of human performance through understanding of the interaction of human and machine. This general skill is applied to cycling.
The course consists of on-line lectures, practicals and brief group assignments. Students will work online in small (up to four students) interdisciplinary groups. At the final day of the course, groups will have to present the results of their group work in a brief online presentation.
In this course, students will have to answer the question:
Given a particular bike, what will be your own predicted time over a distance of 650 m. and how well does this match reality? For an impression of the final tests in 2017-2018 see this video:
Aims of the course:
At the end of this course students should:
- Understand and be able to reproduce the power equation for cycling
- Understand the basic principles behind air resistance and rolling resistance
- Understand the concept of metabolic power and its relationship to physiological exercise parameters like heart rate and oxygen consumption
- Be able to program a calculation tool for the prediction of performance, based on the power equation
- Be able to estimate individual (metabolic) peak power production, based on simple (field)-tests and scientific information
- Be able to estimate individual air resistance for a chosen human-propelled vehicle, based on simple (field)-tests and scientific information
- Be able to estimate individual rolling resistance for a chosen human-propelled vehicle, based on simple (field)-tests and scientific information
- Be able to quantify the effect of different seating positions for a chosen human-propelled vehicle, based on simple (field)-tests and scientific information
- Be familiar with the biomechanics of cycling and the state-of-the-art in musculoskeletal modeling of cycling
- Be familiar with human thermoregulation in sports
- Be familiar with “material doping”, or the role of engineering in maximizing sports performance
- Be familiar with design concepts in bicycle construction
- Be able to work in an international, interdisciplinary group
- Be able to integrate acquired knowledge in brief reports or vlogs
Course size: 3EC
Entry requirements: be available for the first two weeks in June, basic Matlab / Python skills, prepared to work online in groups
This course is taught in block format: as a two-week intensive inter-university course