Ehsan Fatehifar 
Built with eco-roofs and mixed-use facilities, the architectural intervention near Lake Urmia revitalizes the area while promoting community engagement and ecological sustainability.
5 key facts about this project
01
Utilizes locally sourced materials, including charred wooden shingles for enhanced durability and aesthetic appeal.
02
Integrates multi-use spaces designed to foster community interaction and promote ecological awareness.
03
Features an innovative bent A-frame structure that maximizes natural light and panoramic views of the lake.
04
Incorporates green roofs to support biodiversity and manage stormwater effectively.
05
Employs photovoltaic panels and wind turbines to achieve energy self-sufficiency throughout the facility.
General keywords
Project specific keywords
The "Revive Lake Urmia" project represents an architectural initiative designed to address the severe ecological challenges facing Lake Urmia in Iran. This project aims to restore the lake's environment while providing a multifunctional hub that serves the local community and promotes ecological awareness. Envisioned as a bridge that reconnects the land with the water, the project integrates various uses, including public spaces, recreational areas, and commercial facilities, creating a vibrant center for both locals and visitors.
Sustainability is a core principle of this design. The structure employs a variety of materials, including concrete for structural integrity, glass for maximizing natural light, steel for strength, and green roofs for environmental management. The incorporation of renewable energy sources through photovoltaic panels and wind turbines further reinforces the project’s commitment to sustainability and ecological restoration.
Unique Design Approaches
One notable aspect of the "Revive Lake Urmia" project is its emphasis on blending contemporary architectural practices with cultural heritage. The design includes Persian gardens that reflect local traditions and provide biodiversity habitats. By integrating these cultural elements, the project fosters a sense of identity and community pride while promoting environmental stewardship.
The bridge's architectural design prioritizes pedestrian access and interaction, featuring pathways and recreation areas that invite residents to engage with the landscape. This multifunctional approach stands out in the project's design, differentiating it from other developments in the region. The elevated structure not only offers panoramic views of the lake but also serves as a symbolic reminder of the historical connection between the people and the water.
Focus on Ecological Restoration
In addition to its recreational and commercial functions, the project is committed to ecological restoration. The inclusion of green roofs helps manage stormwater, improves thermal insulation, and supports local flora and fauna. This focus on sustainability also extends to the use of locally sourced materials, which minimizes environmental impact while promoting economic development.
The innovative use of energy-efficient technologies, such as photovoltaic panels and wind turbines, ensures that the facility operates sustainably. By harnessing renewable energy, the project aims to become a model for future developments in ecologically sensitive areas.
For a more in-depth understanding of this architectural endeavor, readers are encouraged to explore the architectural plans, sections, and detailed designs available in the project presentation. These resources provide further insights into the architectural ideas and unique features that define the "Revive Lake Urmia" project.
Sustainability is a core principle of this design. The structure employs a variety of materials, including concrete for structural integrity, glass for maximizing natural light, steel for strength, and green roofs for environmental management. The incorporation of renewable energy sources through photovoltaic panels and wind turbines further reinforces the project’s commitment to sustainability and ecological restoration.
Unique Design Approaches
One notable aspect of the "Revive Lake Urmia" project is its emphasis on blending contemporary architectural practices with cultural heritage. The design includes Persian gardens that reflect local traditions and provide biodiversity habitats. By integrating these cultural elements, the project fosters a sense of identity and community pride while promoting environmental stewardship.
The bridge's architectural design prioritizes pedestrian access and interaction, featuring pathways and recreation areas that invite residents to engage with the landscape. This multifunctional approach stands out in the project's design, differentiating it from other developments in the region. The elevated structure not only offers panoramic views of the lake but also serves as a symbolic reminder of the historical connection between the people and the water.
Focus on Ecological Restoration
In addition to its recreational and commercial functions, the project is committed to ecological restoration. The inclusion of green roofs helps manage stormwater, improves thermal insulation, and supports local flora and fauna. This focus on sustainability also extends to the use of locally sourced materials, which minimizes environmental impact while promoting economic development.
The innovative use of energy-efficient technologies, such as photovoltaic panels and wind turbines, ensures that the facility operates sustainably. By harnessing renewable energy, the project aims to become a model for future developments in ecologically sensitive areas.
For a more in-depth understanding of this architectural endeavor, readers are encouraged to explore the architectural plans, sections, and detailed designs available in the project presentation. These resources provide further insights into the architectural ideas and unique features that define the "Revive Lake Urmia" project.
