The Usage of Mechanisms for a Multipurpose Pod Design and Construction
Disciplines
Architecture
Abstract (300 words maximum)
Our research consists of applying mechanical systems within a compact space that enhances spatial adaptability and user efficiency. The project focuses on the design of a multipurpose pod that incorporates three primary functions—studying, sleeping, and dining. The concept emphasizes the play between user interaction activity and structure, where each mechanical system helps reshape its form and functionality. With the use of struts and hinges, the pod adapts to the needs of the user. The curvature of the design, while creating an organic shape and implying the softness of the internal ambiance, creates a unique challenge for the construction phase.
Our key design feature of the pod is the usage of a strut-supported sleep system and while we considered counterweight and spring, we found struts to the most efficient in terms of usability. A section of the wall hinges downward with the aid of hinges and struts that transform from a vertical wall to a sleeping platform. This transformable design allows the pod to maximize its usage and multipurpose design. The partition on the frame is split in half so that it creates a semi-private space while the other half of it is on a pivot hinge system that hinges down with the section of the wall to create a more private space. The exterior, sleek with metal cladding, provides perforations that allow light to transmit through the frame. The interior is decorated with semi-transparent fabric to diffuse the light into the space while the carpet on the floor gives a warm texture for the user to enjoy. To aid in use for studying, a desk hinges across from the sleep system, revealing a break in the fabric facade. The ambiance of soft lighting and textures creates a delicate cocoon to invite the weary student for a warm embrace.
Use of AI Disclaimer
no
Academic department under which the project should be listed
CACM – Architecture
Primary Investigator (PI) Name
M. Saleh Uddin
The Usage of Mechanisms for a Multipurpose Pod Design and Construction
Our research consists of applying mechanical systems within a compact space that enhances spatial adaptability and user efficiency. The project focuses on the design of a multipurpose pod that incorporates three primary functions—studying, sleeping, and dining. The concept emphasizes the play between user interaction activity and structure, where each mechanical system helps reshape its form and functionality. With the use of struts and hinges, the pod adapts to the needs of the user. The curvature of the design, while creating an organic shape and implying the softness of the internal ambiance, creates a unique challenge for the construction phase.
Our key design feature of the pod is the usage of a strut-supported sleep system and while we considered counterweight and spring, we found struts to the most efficient in terms of usability. A section of the wall hinges downward with the aid of hinges and struts that transform from a vertical wall to a sleeping platform. This transformable design allows the pod to maximize its usage and multipurpose design. The partition on the frame is split in half so that it creates a semi-private space while the other half of it is on a pivot hinge system that hinges down with the section of the wall to create a more private space. The exterior, sleek with metal cladding, provides perforations that allow light to transmit through the frame. The interior is decorated with semi-transparent fabric to diffuse the light into the space while the carpet on the floor gives a warm texture for the user to enjoy. To aid in use for studying, a desk hinges across from the sleep system, revealing a break in the fabric facade. The ambiance of soft lighting and textures creates a delicate cocoon to invite the weary student for a warm embrace.