Taking basic anthropometric measurements of the user is the beginning of the process, but it is not limited to that. It is up to professionals (ATP, physiotherapists, occupational therapists, doctors, etc.) to decide on the configuration of the wheelchair, without neglecting the influence and final decision of the user himself as a participant of the process.
It is necessary to develop contextualized clinical reasoning necessary to convert measurements and subsequently guide in the process of making essential decisions in the process of appropriately wheelchair.
A deep understanding of the biomechanical principles that influence the use of the wheelchair is developed, discerning how factors such as gravity, body position and force vectors affect the user's performance and comfort.
Furthermore, the analysis of positioning elements, such as the direction of forces and vectors and the intensity of the application of supports, provide results regarding the user's functionality, as well as identifying how adjustments to wheelchair settings can optimize posture and mobility.
With the aim of integrating theory into practice, it allows professionals to rethink and practice wheelchair prescription through real life scenarios. The ultimate goal is to discuss the possibility of making assertive choices and interventions that improve the quality of life and autonomy of wheelchair users, not forgetting the biomechanical and physical implications.
It is expected to increase confidence considering body structures, baseline condition, participation and activity, as well as the influence of internal and external factors, contributing to more effective and personalized care for the needs of users.
Statement of the objective / learning objectives
it is hoped that participants will feel confident in applying an approach based on knowledge of biomechanics and physics in the prescription of wheelchairs, contributing to a more effective and personalized service to users' needs.
