BOTANICAL
GARDEN
Innovative Urban Design: The Botanical Garden Project
The Botanical Garden by Qastic Lab is a groundbreaking project in urban planning and modular architecture, located on a [insert size]-square-meter site. This innovative initiative combines sustainable design with advanced technologies to create adaptable and scalable urban spaces.
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Architects: QASTIC Lab
Designer in charge: Mahdi A.Bakhshian
Design team: Hooman Faali, Taraneh Iranpour, Elaheh Andami, Hossein Arshadi
Modular Design with Saddle Houses
At the core of this project are saddle houses, highly flexible prefabricated units crafted using laser-cut metal sheets and precise bending techniques. Each saddle house serves as a base module, designed for seamless expansion. These units can be replicated to form essential zones, such as:
Commercial spaces for shopping and retail
Sports areas for recreation and fitness
Entertainment hubs for leisure activities
Office spaces for modern workplaces
This modular approach ensures cost-effective construction, rapid assembly, and versatility in use, meeting the demands of modern urban living.
Why the Botanical Garden Matters
Sustainability: Prefabricated components reduce waste and enhance energy efficiency.
Flexibility: Modular design allows for easy customization and future expansion.
Modern Aesthetics: A blend of advanced geometry and functional design elevates the urban experience.
The Botanical Garden reflects Qastic Lab’s commitment to innovative urban solutions that address the evolving needs of cities while maintaining harmony with their environment.
Explore how modular architecture and cutting-edge urban planning are shaping the future of sustainable city development in Tehran and beyond.
Innovative Urban Master Planning
The Botanical Garden goes beyond conventional design, exploring complex geometries inspired by primitive forms to create a dynamic, flexible masterplan. This forward-thinking strategy challenges traditional urban layouts and opens up new opportunities for sustainable development and adaptive architecture.
