In this project, I focused strongly on the Universal Design Principle of “Size and Space for Approach and Use.” This ensures that the size and features of the space should accommodate users of different body sizes, posture, and mobility. This principle not only allows for transformation as the monk, or user, ages, but it acts as a way to make sure the space remains at a certain level of comfort. I chose to focus on three performance requirements. First, no aspect of the space should be inaccessible or require extensive reach. In compliance with this, the space was designed with shelving at an accessible height, no storage situated too low, and low sitting furniture to provide easy access. To satisfy this design principle, as well as Aging-In-Place concepts. The space was designed with use of handicap devices and walking assistance in mind. This included an open floor plan to allow for mobility, minimal furniture to eliminate obstacles, and an easily entered shower. Similarly, for my space it was a requirement that features of the space should be universally comfortable and easy to use. This includes easy turning door handles and shower knobs, and a toilet that is easily used by an older resident though the implementation of handrails for accessibility.
Many of these performance requirements are also translatable to other universal design principles. By focusing on “Size and Space for Approach and Use,” I was also able to incorporate “Simple and Intuitive Use” and “Low Physical Effort.” This allowed me to simultaneously incorporate a design that could be used comfortably and efficiently, as well as a design that would eliminate unnecessary complexity.
Many of these performance requirements are also translatable to other universal design principles. By focusing on “Size and Space for Approach and Use,” I was also able to incorporate “Simple and Intuitive Use” and “Low Physical Effort.” This allowed me to simultaneously incorporate a design that could be used comfortably and efficiently, as well as a design that would eliminate unnecessary complexity.