VERTICALIZATION AID

This diploma thesis focuses on the design and development of an innovative verticalization aid for individuals with paraplegia, optimized for use with wall bars in rehabilitation environments. The primary goal of this project, realized in collaboration with Centrum Paraple, Sazka, and Mykilio, was to propose a functional and user-friendly solution that expands the possibilities for verticalization exercises and supports patient self-sufficiency. A key element of this work is the exploration and practical application of a mycelium-based composite materials, enriched with recycled lottery tickets, for the production of a prototype of the main component a modular verticalization cube. This thesis details the comprehensive design process, which includes an analysis of physiological needs, ergonomic aspects, and safety requirements. The design also incorporates an additional accessory in the form of a suspended parallel bar, intended to further support verticalization and strengthen the upper body. The specific production process of the mycelium composite is described, including substrate preparation, mycelium cultivation, forming and merging of the individual components, with consideration for the material's unique properties and its sustainable attributes. Furthermore, the thesis outlines the testing of the prototype's functionality and ergonomics in collaboration with physiotherapists and clients from Centrum Paraple. The testing results and acquired feedback are crucial for design optimization and future implementation. This work represents a significant step in the field of rehabilitation aids, combining functional design with an innovative and sustainable material approach that is not yet common in this industry.