The use of partitions for space organization and zoning has a deep historical context. Temporary partition wall are a necessary component of spatial environment organization that designers are using as one of the solutions. Temporary partitions are an essential component in the design and organization of space, and they help to solve a wide range of problems, especially in open-plan layouts, providing flexibility in dividing loud and quiet private areas, or fast mobile spatial transformation. This thesis offers a vision of the design solution of three prefabricated partition walls. This thesis suggests a solution and vision for the design of prefabricated spatial dividers, consisting of repeated elements. The goals for the projects are to create a partition wall that will be inexpensive to produce, easily transported, quickly assembled and disassembled, made of recyclable materials, and that will not require extra components for construction. Various approaches and techniques are used for creating the prototype design. Three variant users to assemble and build three different spatial wall dividers quickly with various assembly methods and bulk components. There are three existing elements from which it is possible to create and assemble structures and spatial dividers for use in various applications. These prototypes are ready to be mass produced. The wall designs involve 3D visualization, unique opportunities for marketing, and the implementation of alternative materials in creating the components. As a result, the significant implication of this these is providing an effective solution for creating a design for the folding prefabricated spatial divides, assembled through repeating elements. These dividers are inexpensive to produce, mobile in transportation and storage, and include the option of use as a beneficial marketing element.