Sleeping Booth
The Sleeping Booth is a collaborative project completed during our Construction Technology course by myself and my classmate, Thanutcha Pueriphanvichai. Through this endeavor, we gained valuable insights into designing a compact structure, creating fundamental architectural drawings, and acquiring essential construction knowledge.
The Sleep Booth is specifically tailored for the students at Chulalongkorn University's Faculty of Architecture. It serves as a space where students can enjoy a brief respite, either by taking a nap or simply relaxing during their breaks between classes.
The roof plan of the booth reveals that the structure consists of interconnected thin wooden panels.
The section demonstrates that the booth is designed with two levels. The lower level features seating areas that can be easily converted into a sleeping area, providing flexible functionality. The upper level is primarily dedicated to providing a space for taking naps.
The booth offers versatile placement options, whether it be at the basketball court or any other location within the faculty building. This flexibility allows students to access a space where they can unwind, socialize, and comfortably sit, fostering relaxation and a sense of community.
The construction detail provides a clear view of the roof material, showcasing the method by which the wooden pieces are joined together. Additionally, it highlights the dowel connections, as well as the interlocking connections between the floor and walls. Of particular importance is the intricate detail of the rotating bench, designed to seamlessly transform to accommodate both seating and sleeping arrangements.
In addition, we conducted extensive material research for the project. The primary material utilized for the booth's main structure is plywood. To connect the thin plywood panels and form the walls and roof structure, we employed steel pipes. For the flooring, we opted for maple wood. The connection between the floor and wall materials was achieved through the utilization of a steel frame.
