Bastien, GuillaumeBaati, AichaAichaBaati2025-02-042025-02-042023https://dial-mem.test.bib.ucl.ac.be/handle/123456789/34755The development of a dedicated software with force platforms for the side hop test analysis marks a pivotal advancement in biomechanical assessment and rehabilitation. Its precision, comprehensiveness, and potential for personalization and research innovation offer a promising avenue for improving functional movement analysis and optimizing human performance across various domains. Integrating Side Hop Test with Force plate provides parameters, comparable between the limbs and allow therapist to assess further functional performance. It also contributes to RTS making-decision while considering others parameters than the LSI and number of valid hop. The Side Hop Analysis Device (SHAD) evaluates the performance of the exercise through computation and display of spatio-temporal and force-time metrics. It allows users to display results in real-time and provides a report either to patients or athletes on there performance capacities and flaws. The main objective of this work is to create a computer program on LabVIEW software environment capable of communicating with two platforms following a strict protocol and computing SHT performance metrics. At the end of this work, we can affirm that the main objective has been achieved. In order to become a commonly used tool, SHAD should be alimented with subject’s performances to achieve normative values.Side Hop TestPlateforme de forceLabVIEWSide Hop TestPlateforme de forceLabViewFunctional Performancetext::thesis::master thesisthesis:42044