Current projects
The next phase of the iQFOiL project
The ongoing project at the Biomechanics Laboratory on the iQFOiL class has been awarded another grant from the Ministry of Sports and Tourism, so our work with athletes continues. The next phase of the project is also an analysis of the athlete position in iQFOiL kitesurfing, but this time we are focusing on other aspects of the problem and analyzing more data. Competitors...
Read more...Influence of biomechanical parameters of posture on the quality of throwing in darting.
The aim of the project is to study the biomechanics of movement of dart players, their postural stability and proprioception, as well as their movement strategies. All of the above-mentioned elements, according to our assumptions, have an impact on the accuracy of the throws they make, which is one of the key elements crucial to sporting success. In the first stages of the project, tests are carried out by Romberg, Unterberger and...
Read more...Completed projects
Study of the effect of biofeedback training on the sports performance of Kite Foil riders
Another project created in cooperation between the Laboratory of Biomechanics of Poznań University of Technology and the Polish Sailing Association, funded by the Ministry of Sport and Tourism. The project involved kite surfers in the iQFOiL class. The goal was to study the position of their center of gravity on performance and correlate the data obtained with the forces, deposited on the line, attached to the harness. W...
Read more...A study of the stability and gait of pregnant women using various commercially available supplies to facilitate movement with a pregnant belly.
The project is being carried out on behalf of an external company, producing functional supplies for pregnant women that will make it easier for them to move around and undertake unencumbered physical activity, while also being comfortable and aesthetically pleasing. During the research, the solutions available on the market and the proposed product of the external company were contrasted. The products were verified by performing basic stability tests,...
Read more...Study of the effect of the positioning pillow on the positioning of the newborn's body.
StartUp LILCA from the All for INNovators incubation program conducted at Concordia Design and LAB150, founded by a married couple who, in response to their newborn daughter's tension asymmetry problem, decided to create a solution themselves. The product being created, the LILCA pillow provides professional support for parents in taking care of their child's correct positioning on a daily basis,...
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