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This article presents both a modern engineering research centre and its application in students'
interdisciplinary research projects. The Laboratory of Motion Analysis and Interface Ergonomics was
funded in part by the European Union programs. It is equipped with: a motion capture system, an
electromyography system, two biomechanical platforms, a pulsometer, wearable and screen-based
eye-tracker systems and an electroencephalography system. All presented systems can be used
simultaneously during a single experiment. They all are computerized. The following body parameters
may be measured: motion geometry, muscle activity, ground reaction forces, heart rate, eye
movement, brain waves related to motion of human body parts. The research conducted at the
laboratory relates to various fields which include: medicine, sport, human-machine interactions
(construction of brain-computer interfaces). The described research centre is used for MSc and PhD
students’ projects. Projects are mainly interdisciplinary and involve students and experts from other
universities and/or industry. The students that work at the laboratory represent mainly bioengineering
and computer science disciplines.
The main objective of this paper is to present how students used different systems to measure of
human motion parameters in their research project. The organisation of students’ research work in the
laboratory and some examples of research projects are presented in this paper, as well as the synergy
and interdisciplinary effect of integrated measurements. These research are a part of the usual
educational process or additional scientific students’ activities implemented within the framework of
students’ research groups