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简介
*All content in this project, unless explicitly credited otherwise is authored by myself.
Constructive
Reciprocity
explores the transformative role of water as a mediator, fostering reciprocal relationships between human activity, natural ecosystems, and architectural form. Situated within East Boston’s harbor, the project responds to a shifting climate, reimagining architecture as an active participant in the evolving rhythms of ecological and human systems.
Grounded in regenerative principles, the design integrates tidal flows, seasonal shifts, and material practices into a resilient framework that redefines our relationship with water, seasons, and the environment.
Grounded in regenerative principles, the design integrates tidal flows, seasonal shifts, and material practices into a resilient framework that redefines our relationship with water, seasons, and the environment.
Site Mapping by Qingyang Xie and Nermine Hassanin
Adapting to a Changing Temporal Landscape
Modern shifts in seasonal patterns—where natural signs once relied upon to structure life now signal ecological instability—demand a rethinking of how architecture interacts with time. In a world where industrial practices increasingly decouple life from natural cycles, the project seeks to realign human activities with broader ecological rhythms. By acknowledging the impacts of climate-induced “season creep” and exploring strategies that adapt to water scarcity, soil degradation, and habitat loss, the design operates as a dynamic framework responsive to the new temporalities of a human-altered world.
Site Plan
Water as a Catalyst for Connection and Regeneration
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Sectional Site Model
1’=1/8’’ scale
The architecture operates across overlapping temporal scales. On a daily basis, the tidal pools trace the harbor’s rhythms, creating dynamic visual and spatial experiences. Seasonally, the project accommodates migratory birds, provides spaces for community-led flax harvesting, and supports shoreline restoration. Over the long term, it anticipates climatic shifts and rising sea levels, embedding adaptability into both its ecological and architectural systems. These temporal layers ensure the project remains relevant and responsive as the environment evolves.
Programmatically, the design integrates diverse uses that align with the site’s rhythms. Roofscapes and ground planes are shaped to direct water flows, while the building’s interior spaces host flax processing, ecological education, and community gatherings. These spaces support a symbiotic relationship between human activities and environmental processes, reinforcing the studio’s focus on performative design strategies and systemic integration.
The building integrates environmental, structural, and material systems to create spaces that adapt to and enhance the site’s natural cycles. Roofscapes and ground planes guide water flows, while interior spaces support community activities such as flax processing, ecological education, and public gathering. These spaces are designed to function in harmony with the rhythms of the surrounding environment, reflecting the studio’s emphasis on performative reciprocities.
This project envisions architecture as an active participant in ecological cycles, where water mediates the interaction between species, materials, and landscapes. It challenges extractive practices by proposing a regenerative framework rooted in care, adaptation, and stewardship. Through this lens, the site becomes a narrative of resilience, connecting architecture to the cycles of life in meaningful and transformative ways.
We challenges the traditional view of architecture as an assertion of human control over nature. Instead, it positions architecture as a participant in ecological cycles, fostering relationships of mutual care and adaptation. By weaving together water systems, material cycles, and ecological restoration, the project envisions a regenerative future where architecture sustains and enhances life. In doing so, it offers a framework for resilience in the face of climate uncertainty and ecological disruption, transforming the site into a living testament to the interconnectedness of all systems.
Connection Detail & Basement Detail by Nermine Hassanin