Aerial drone view of a yellow elevated playground built within an olive grove next to a modern building and sports courts in Minodasht.

Minoodasht Play Space: Agriculture Reframed as Recreation

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Spatial Context and the Relationship with the Agricultural Landscape

The play area is located within a 40-hectare olive grove in Minoodasht, in northeastern Iran, adjacent to an existing rural complex. Within this context, the Agricultural Landscape is not treated as a static backdrop, but as an active component in shaping the architectural concept across multiple spatial layers.

Structural Framework as a Design Organiser

The project is based on an existing metal grid structure that was previously used for tree cultivation training within the orchard. Instead of replacing or removing it, it has been repurposed as an organising framework for the design. This framework imposes technical constraints related to tree positions and ongoing agricultural use, while simultaneously guiding the distribution of elements within the space.

Vertical Organisation of Elements and Movement Integration

Within this framework, circular platforms are added at different elevations, either suspended or supported by the metal structure. These platforms are distributed around tree trunks and gradually rise toward the existing building, creating a continuous visual and spatial relationship between ground level, the tree canopy, and the architectural structure.

Top-down close-up view of children walking on multi-level curved yellow platforms built around olive tree trunks.
Multi-tiered circular platforms are built tightly around existing tree trunks, utilizing space vertically without interfering with agricultural production. (Image © Parham Taghioff, Persia Photography Center)
Warm sunset view of the playground structure showing the underlying red steel pillars, mesh railings, and upper platforms in an olive orchard.
Under the evening sky, the red-painted structural columns outline the spatial compromise between continuous agricultural harvesting and recreational play. (Image © Parham Taghioff, Persia Photography Center)

Construction System and Materials

The platforms rely on a lightweight modular system executed using locally available metal sections shaped through rolling techniques. Perforated plastic flooring panels, produced by local craftsmen and regional manufacturers, are integrated into the system, allowing light, air, and tree shadows to pass through the structure.

Organisation of Play Elements and Site Integration

Play elements such as swings, slides, and rotating surfaces are distributed within this layered system. As a result, a vertically stratified play environment emerges, blending with the agricultural landscape without detaching from it, and operating within its existing structure.

Children enjoying a large swing attached to an elevated red steel frame structure in a benched garden courtyard.
Play equipment like swings are directly suspended from the primary structural grid, optimizing the spatial footprint. (Image © Parham Taghioff, Persia Photography Center)
Underneath view looking up at a perforated plastic floor platform and a steel frame cradling an olive tree branch.
Locally manufactured perforated plastic flooring allows sunlight, air currents, and tree shadows to filter naturally to the ground layer. (Image © Parham Taghioff, Persia Photography Center)
Architectural site plan graphic showing the yellow playground layout overlaying a grid of olive trees, pool, and sports facilities.
The master plan highlights the fluid yellow footprint negotiating space directly within the pre-existing grid of the 40-hectare olive orchard.
Ground-level view of children playing on a spinning yellow carousel under a dark red steel grid framework.
The existing steel grid, originally used for agricultural tree training, repurposed as the structural organizer for play equipment like this integrated carousel. (Image © Parham Taghioff, Persia Photography Center)

✦ ArchUp Editorial Insight

The play space project within the 40-hectare olive grove in Minoodasht functions more as a constrained reuse of an existing agricultural structure than as an autonomous architectural production. The primary driver is the retention of the metal framework previously used for agricultural training, reflecting a logic of cost reduction and avoidance of demolition within a land-use system balancing agricultural production and public function. Points of tension arise from the continuity of agricultural activity, legal safety requirements, and reliance on low-cost local fabrication, which collectively compress the design into a limited, modular system. The final outcome is a spatial compromise between the continuity of olive production and the accommodation of human use flows, where the structure becomes vertical layers of occupation around trees, and the form emerges as a by-product of economic and regulatory constraints rather than an independent design decision.


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