The Prototype as an Iterative Architectural Method: Insights from TAKK, Salazarsequeromedina, and Ensamble Studio
In the realm of modern architecture, the creation of prototypes serves as a crucial bridge between conceptual design and tangible reality. While commonly employed to validate design choices prior to full-scale construction, some innovative firms integrate prototyping directly into the formative stages of their design process. This hands-on approach allows for a dynamic exploration of material characteristics, assembly techniques, and structural integrity, shaping the project's evolution in profound ways.
Prototyping as a Core Architectural Methodology: TAKK, Salazarsequeromedina, and Ensamble Studio
Leading the charge in this experimental methodology are practices such as TAKK, salazarsequeromedina, and Ensamble Studio. Each firm, through its unique approach to physical experimentation, extracts distinct knowledge from the prototyping process.
TAKK, for instance, starts with detailed digital models which are then meticulously translated into physical prototypes. This method, championed by Mireia Luzárraga, allows the studio to delve into the inherent possibilities and limitations of various materials, transforming theoretical insights into practical assembly systems. Their 10K House project exemplifies this, utilizing standard and recycled components in a dry-assembled system. Elements like MDF panels and local sheep wool are CNC-cut and manually assembled, with design decisions extending to every joint and connection, revealing practical insights into material handling and labor requirements. The ARCA Portable Garden, a pilot for urban green spaces, further demonstrates TAKK's commitment to full-scale testing, evaluating aspects such as portability, maintenance, and public interaction in diverse urban settings.
Salazarsequeromedina views prototyping as part of a cyclical design process, where rejected models and discarded materials find new life in subsequent projects. This iterative approach fosters a sustainable practice focused on material origins, reuse, and adaptability. Their Monumental Splash installation for Concéntrico 2025 in Logroño perfectly illustrates this philosophy. By temporarily transforming the Fuente de Espartero into a public pool using lightweight, reusable elements like rented scaffolding and timber panels, the firm demonstrates how architectural systems can be flexible, reversible, and reconfigurable without demanding permanent alterations. Similarly, their Architectural League Prize installation, Entramados Materiales, and Sobremesas project emphasize the utility of components that can be dismantled, transported, and reassembled, ensuring their continued relevance beyond a single configuration.
Ensamble Studio pushes the boundaries of physical experimentation by embedding research directly into the constructed building. Instead of creating disposable prototypes, their designs generate knowledge that informs future work. The Concrete Tent project begins with a hand-formed physical model, functioning simultaneously as a sketch and a miniature construction. This tangible model's form is then digitized, analyzed, and scaled up, creating a fluid transition between physical manipulation, digital analysis, and full-scale construction. At Ensamble Fábrica in Madrid, their own facility doubles as a fabrication laboratory, where the studio develops and tests prefabricated components and construction systems, making the building itself an ongoing experiment and an infrastructure for future innovations.
The embrace of physical prototyping by TAKK, salazarsequeromedina, and Ensamble Studio highlights a critical shift in architectural practice. These firms recognize that certain design questions—pertaining to material properties, assembly logic, reusability, and structural performance—are best answered through direct engagement with physical matter. Unlike purely digital simulations, physical prototyping offers a unique form of precision, revealing insights through the tactile experience of weight, resistance, and fabrication. This hands-on method allows designers to postpone definitive decisions, fostering an agile process where solutions emerge organically from the act of making. The true value of this approach lies in its capacity to transform architectural designs through iterative physical engagement, ensuring that the final structures are not just aesthetically pleasing but also robust, adaptable, and deeply informed by the realities of construction.