Blood Architecture : Designing a Hemophilia Treatment Center through Biomimetic Principles

This thesis explores how biomimetic principles drawn from the blood clotting process can inform the architectural design of hemophilia treatment centers, enhancing their efficiency, adaptability, and patient-centered care. By paralleling the phases of hemostasis—platelet aggregation, clotting factor activation, and fibrin stabilization—with spatial functions, the design proposes a layout where acute care areas are centrally positioned for rapid response, while rehabilitation zones support long-term healing, mirroring the reinforcement phase of clotting. Regulated movement and spatial zoning echo the precise control of clot formation, promoting accessibility, privacy, and reduced congestion. Architectural forms inspired by vascular networks, combined with the use of natural materials, aim to foster a soothing, restorative environment. This biomimetic approach demonstrates how the organization and adaptability inherent in the clotting cascade can be translated into responsive healthcare spaces, ultimately improving patient experience and clinical outcomes for individuals with hemophilia.