Flexible Architecture: Designing Adaptive and Modular Spaces for Makerspaces in Urban Context

Abstract

Flexible and collaborative workspaces have become increasingly common with the rise of the maker movement. Makerspaces are hubs for creativity, education, and innovation, yet many adopt rigid designs that limit diverse activities, user groups, and equipment learning. This research investigates Flexible Architecture for the creation of adaptable spaces in makerspaces, increasing their utility and resilience. The study seeks to design a framework for modular adaptive spaces that accommodate varied user needs and technological advancements over time. Using a mixed-methods approach, the research integrates site analysis, case studies of existing makerspaces, and validation of architectural solutions, alongside qualitative interviews and quantitative surveys of a broader user base. The study identifies key adaptive elements such as modular construction, multifunctional components, and reconfigurable layouts. The significance of this research lies in offering a new perspective on architectural design in innovative environments, emphasizing flexibility, sustainability, user engagement, scalability, budget considerations and community engagement. Findings contribute to understanding how makerspaces can be designed to remain future proof, that support collaboration, creativity, and technological development in urban contexts.