Convertible Small Spaces: Transforming Activities Using Linear Mechanisms
Primary Investigator (PI) Name
M. Saleh Uddin
Department
CACM – Architecture
Abstract
This project examines how linear mechanical systems can transform compact architectural spaces, support different activities, and create varied atmospheres. Using a 6’x6’x6’ pod as a testing prototype, the design studies how rail tracks and X frame structures (linear mechanisms) enable walls and other structure components to slide, fold, or extend, altering the volume and function of the space. The pod transitions between programs such as dining, studying, and relaxing. A vital precedent, The Shed in New York City, demonstrates how movement and scale can reshape perception of openness and light. Its architectural phenomenology inspires this smaller, more intimate application of similar principles. The result is a compact and adaptable environment where mechanical design and sensory awareness work together to create a responsive and human centered architecture.
Disciplines
Architecture
Convertible Small Spaces: Transforming Activities Using Linear Mechanisms
This project examines how linear mechanical systems can transform compact architectural spaces, support different activities, and create varied atmospheres. Using a 6’x6’x6’ pod as a testing prototype, the design studies how rail tracks and X frame structures (linear mechanisms) enable walls and other structure components to slide, fold, or extend, altering the volume and function of the space. The pod transitions between programs such as dining, studying, and relaxing. A vital precedent, The Shed in New York City, demonstrates how movement and scale can reshape perception of openness and light. Its architectural phenomenology inspires this smaller, more intimate application of similar principles. The result is a compact and adaptable environment where mechanical design and sensory awareness work together to create a responsive and human centered architecture.