Hezar-Too Installation: A Modern Take on Traditional Iranian Architecture
















Ehsani Sharafeh Associates has crafted the “Hezar-Too” installation, a captivating urban art piece that reinterprets classic Iranian architectural principles for contemporary public spaces. This innovative structure, situated in Mashhad's Lale Park, acts as an engaging maze, encouraging visitors to interact with their surroundings through a journey of discovery. By seamlessly blending historical influences with modern design, the installation transforms the park into an immersive and dynamic environment.
The "Hezar-Too" Installation: Blending Heritage with Modernity in Mashhad
In the vibrant city of Mashhad, Iran, following the revitalization of Lale Park in 2022, the visionary architectural firm Ehsani Sharafeh Associates unveiled their groundbreaking “Hezar-Too” installation. Located at the prominent entrance from Hafte-Tir Square, this interactive urban artwork is a deliberate invitation for public engagement. It encourages visitors to explore the revamped landscape through motion, discovery, and spatial interaction, moving beyond a mere static object to become a navigable environment.
The installation's design draws profound inspiration from the intricate circulation pathways found in traditional Iranian architecture, encapsulated by the concept of 'Syntactic Hezar-Too.' This approach mirrors the sequential spatial experiences characteristic of historic Islamic Iranian homes, where interconnected interior spaces naturally cultivate layered journeys of movement and revelation. Far from being a stationary display, the structure functions as an active, explorable space, defined by a series of compressed pathways and intertwined chambers.
Structurally, “Hezar-Too” is composed of a cellular arrangement featuring eight extended octagonal units and four square modules. At the core of each octagonal section, a revolving door system orchestrates the flow of movement, requiring physical interaction from visitors to navigate through the space. This interactive element subtly evokes the gradual transitions found in traditional Iranian residential architecture, where progress between areas unfolds through a series of thresholds and layers.
For the design team at Ehsani Sharafeh Associates, color is an integral part of the sensory experience. Inspired by the vibrant stained-glass windows of historical Iranian houses, each modular segment is infused with a distinct hue through transparent acrylic panels. These shifting color dynamics serve to differentiate various spaces and transform the ambiance within the maze-like configuration. Complementing this, mirrored ceilings amplify the perception of space by reflecting and fragmenting the circulation paths. These reflective surfaces create visual ambiguities, enhancing the labyrinthine quality of the installation. The project ingeniously combines prefabricated metal modules with safety glass, colored acrylic panels, and mirrored elements, all meticulously fabricated off-site and then assembled within the park, including the precise calibration of the revolving doors and structural components.
By artfully integrating a complex circulation system into the expansive urban square, “Hezar-Too” delivers a participatory spatial experience deeply influenced by movement, color, reflection, and interaction. This installation elegantly bridges traditional Iranian architectural references with a contemporary public setting, elevating circulation itself to a central architectural theme.
The “Hezar-Too” installation stands as a testament to how architectural heritage can inspire innovative public spaces. It demonstrates that by reinterpreting historical design principles, we can create engaging and meaningful experiences that encourage interaction and discovery. This project challenges us to consider how public art can not only beautify urban environments but also foster a deeper connection between people and their surroundings, transforming everyday movements into a curated journey of exploration and appreciation.