Iron Architecture, Building and Structure Design · 2025
The Vessel Type Water Management
by Ruiting Xu
- A' Design Award 2025 Iron Winner in Architecture, Building and Structure Design
- Awarded April 15, 2025
- Estimated Number of Design Views: 10,956
- Verification code C489932E6F · Verify this award
About The Vessel Type Water Management
The Vessel Type explores the integration of architecture and ecology through the design of a sustainable, vessel-like structure. The design responds to seasonal drought and flooding challenges by creating a water storage, filtration, and distribution system that supports both human and agricultural needs. The structure functions as a protective causeway and a communal hub, fostering social engagement and environmental responsibility. It aims to serve as both a practical solution for water management and a cultural landmark, providing resilient infrastructure for the community's future.
Ruiting Xu's The Vessel Type Water Management occupies a distinctive position within contemporary architectural discourse, representing a synthesis of parametric design methodologies, environmental engineering imperatives, and sculptural spatial imagination that characterizes emerging practices seeking to transcend the utilitarian conventions of infrastructure design. The work engages with a lineage of architects and designers who have approached water management not merely as technical necessity but as opportunity for formal invention and experiential enrichment, recalling both historical precedents in monumental hydraulic architecture and contemporary investigations into biomimetic structural systems that derive organizational logic from natural forms and processes. The compositional achievement demonstrates sophisticated command of curvilinear geometry orchestrated across multiple interlocking planes that spiral and weave through space with apparent effortlessness, yet such fluid complexity requires rigorous geometric control and structural calculation, evidenced in the precise tangencies where concrete ribbons meet, overlap, and separate, and in the exposed latticed framework that reveals the underlying structural skeleton supporting these cantilevered forms. The chromatic restraint, limiting the palette primarily to concrete's natural cool gray tones with subtle warm earth accents, allows formal and spatial relationships to predominate without chromatic distraction, while the textural rendering suggesting actual material weathering and tonal variation lends the visualization a quality of tangible presence rather than pristine abstraction. Thematically, the work appears to explore the poetic potential inherent in infrastructure, transforming functional water management systems into a site of spatial experience and contemplative encounter, where the movement of water through landscape becomes choreographed into architectural form, and where engineering requirements generate opportunities for sculptural expression and environmental integration. The spiraling formal language may reference natural water phenomena including vortices, ripples, and flow patterns, translating fluid dynamics into solid built form, while the integration with landscape through berms, vegetation, and water surfaces suggests ecological sensitivity and contextual responsiveness rather than imposed monumentality. The visible promenade elements including railings and pathways indicate that these forms are intended not merely as sculptural objects to be viewed from distance but as inhabitable spaces to be traversed and experienced bodily, inviting procession through and around the spiraling volumes, ascending and descending along curved trajectories that frame changing views of water, landscape, and sky. One might observe how this work contributes to ongoing conversations about infrastructure's cultural and experiential dimensions, asking whether functional systems might simultaneously serve as sites of beauty, contemplation, and environmental awareness, and inviting viewers to consider how design imagination applied to necessary engineering might transform utilitarian constructions into meaningful places that enrich both ecological function and human experience.
Press Kit
- Unique Properties
- The Vessel Type is an architectural solution that addresses the pressing environmental and social challenges faced by rural communities in Madagascar. Designed to respond to the region's vulnerability to seasonal droughts and flooding, this project combines innovative water management infrastructure with spaces for social and cultural engagement. It highlights the transformative role of architecture in fostering resilience, social equity, and sustainable development.
- Dimensions & Packaging
- The project incorporates a rainwater harvesting system that captures runoff during the wet season, storing it in a central filtration unit. The water is filtered using a rural submerged filter technique with sand and gravel, ensuring clean and potable water. The structure combines concrete for its durability in wet conditions and wood for flexibility and natural integration. The design also features adaptive spaces, with wood components replaceable over time, ensuring sustainability and longevity.
- Tags
- Sustainable Architecture, Rainwater Collection, Water Management, Environmental Design, Ecological Infrastructure, Social Equity, Drought-resistant Design, Flood Mitigation
- Production Technology
- The design process began by studying the climate challenges of the region, particularly water scarcity and seasonal flooding. The project uses concrete and wood. Concrete provides durability and resistance to constant water exposure, promoting enduring stability. Wood adds warmth, flexibility, and a natural aesthetic while integrating seamlessly with the landscape. Its use allows for easy replacement over time as part of the structure's life cycle, supporting the project's sustainability and adaptability.
- Design Challenge
- The hardest part of this design was creating a solution that balanced both the water needs and long-term sustainability for Ambalorao. The creative challenge lay in integrating water management with community spaces in a way that was both functional and culturally relevant. Obstacles included the limited availability of local data and understanding the social dynamics of the village. External factors, like access to materials, climate variability, and lack of technological infrastructure, further complicated the development, requiring innovative design solutions.
- Project Duration
- Project Duration: Ongoing
Location: Ambalorao, Madagascar - Operation Flow
- The Vessel Type is a structure that adapts to the changing seasons. In the wet season, it captures and filters rainwater, helping to prevent flooding while providing a safe path for the community. During the dry season, it becomes a water storage area, distributing water to people and supporting agriculture. The structure also transforms into a lively community space for events, bringing people together and improving their quality of life by providing reliable water and gathering spaces.
- Research
- This research explores how architecture can address water scarcity and flooding in Ambalorao. The objective is to design a structure that manages water while enhancing community life. The methodology includes studying local climate patterns, water access issues, and community needs through environmental analysis. The results show that a multi-functional water management system can improve access to clean water and foster social interaction. This approach can enhance villagers' lives, support sustainable agriculture, and inform future climate-adaptive solutions.
- Inspiration
- The inspiration for this project stemmed from the challenges faced by communities in Madagascar due to seasonal droughts and flooding. I sought to create a design that would provide a sustainable water supply while fostering social equity. The idea evolved from a combination of local environmental conditions and the need for infrastructure that also serves as a communal and cultural space. Research focused on water management techniques and eco-centric design principles.
Colors of The Vessel Type Water Management
Get The Vessel Type Water Management
Sustainable Architecture and Climate-Adaptive Design
We create innovative architectural solutions that address environmental challenges while fostering community resilience. Our expertise in sustainable design and water management systems helps transform vulnerable spaces into thriving, climate-adaptive environments.
G0E23 ShopDesign Interview about The Vessel Type Water Management
The Vessel Type design is grounded in the principle of ecocentrism. It responds to the survival challenges faced by a small village in western Madagascar, where seasonal droughts and floods threaten both daily life and agriculture. Inspired by the need to collect, store and distribute rainwater sustainably, the design integrates with the land’s topography to serve both as infrastructure and cultural landmark. It functions as a vessel that collects surface runoff during the wet season, filters it using a rural sand and gravel filtration technique, and stores it in a water bank for use during the dry season. Beyond water infrastructure, the design creates communal spaces for engagement, reflection, and play - reinforcing a social and ecological network that supports equity and long-term resilience.
The main focus of The Vessel Type was to address the urgent need for a sustainable water system in a region facing extreme seasonal changes. The goal was to create a structure that not only captures and stores rainwater but also empowers the local community through equitable access to resources. By integrating water infrastructure with communal spaces, the design aims to support agricultural resilience, reduce social frictions, and promote collective engagement. Ultimately, the intention was to transform a survival challenge into an opportunity for ecological and social renewal through architecture.
As a conceptual project, The Vessel Type serves as a speculative proposal that explores how architecture can respond to ecological and social crises through integrated design. The future plan is to further develop the concept as a framework for dialogue, inviting discussions on sustainable infrastructure, climate resilience, and community-driven design. While it is not currently intended for construction, the design can inspire future research, collaborations and adaptations in regions facing similar environmental challenges. The goal is to continue evolving the idea as a catalyst for rethinking how architecture can embody both functionality and cultural meaning.
The design process for The Vessel Type spanned several months. It involved deep research into the environmental and social conditions of western Madagascar, followed by iterative development of the architectural response. The work progressed through phases of site analysis, conceptualization, technical detailing, and spatial storytelling - evolving gradually through continuous refinement and critical feedback.
This design was not commissioned - it was pursued as a personal and academic exploration. The inspiration came from a desire to address real-world issues through architecture, particularly the intertwined crises of water scarcity, flooding and social inequality in rural Madagascar. By grounding the project in ecocentric values, I aimed to explore how architecture can serve both as critical infrastructure and a cultural anchor, supporting not just survival, but dignity, community and long-term resilience.
The Vessel Type is a conceptual design and is not currently being produced or used by any company. It was developed to provoke thought and explore possibilities rather than immediate implementation. At this stage, there are no plans to sell or lease the production rights, but I am open to future collaborations with organizations or institutions interested in adapting the concept for real-world application, especially in regions facing similar environmental challenges.
The design of The Vessel Type was driven by a deep interest in how architecture can respond meaningfully to ecological and humanitarian crises. The specific conditions in western Madagascar marked by seasonal droughts, flooding, agricultural dependency and social tension, highlighted the need for an architectural response that goes beyond shelter. I was compelled to design a type of work that merges infrastructure with social space, where water collection, community engagement and landscape integration converge. This approach allowed me to explore architecture not just as a building, but as a living system rooted in environmental and cultural context.
Several precedents and designers influenced the development of The Vessel Type. I was particularly inspired by works that integrate architecture with landscape and infrastructure, such as the projects of Francis Kéré, whose designs respond sensitively to local climates and community needs. Additionally, vernacular water systems and traditional land-based practices informed the approach to water collection and distribution. Rather than referencing a single design, the project was shaped by an accumulation of ecological thinking, socially responsive architecture and a deep respect for context-specific solutions.
The target "customer" for The Vessel Type design is not an individual or commercial entity, but rather communities in regions facing similar environmental challenges, such as droughts and floods. The design is aimed at both rural populations in areas where access to water and social equity are pressing issues, as well as organizations, NGOs, and government bodies working in sustainable development. The concept seeks to address a broader humanitarian need rather than a traditional market, offering a framework for community resilience and environmental sustainability.
What sets The Vessel Type apart is its unique integration of water infrastructure with communal and cultural spaces. Rather than focusing solely on the technical aspects of water collection and storage, the design also emphasizes the creation of a social hub. It fosters community engagement, interaction and reflection, addressing not just environmental needs, but also social equity and resilience. The structure is inspired by the natural landscape and adapts to seasonal changes, acting as both protection and a causeway during wet seasons and providing accessible water storage during dry seasons. This holistic approach, which merges functionality with social and cultural significance, distinguishes it from other designs that may focus primarily on either infrastructure or community spaces separately.
The name The Vessel Type was chosen to reflect the central concept of the design: a structure that acts as both a vessel for collecting and storing water and a type of space that adapts to the needs of the community. The term "vessel" symbolizes the idea of containment, protection and transformation of resources - particularly water; while "type" emphasizes the modular, adaptable nature of the design. The name speaks to the project's function as a dynamic, evolving entity that serves both practical and communal purposes, shaping a sustainable relationship between people, water and the land.
For The Vessel Type, I primarily used Rhino for modeling which allowed me to develop and refine the complex forms and relationships within the design. For rendering, I used Unreal Engine to create immersive, high-quality visualizations that brought the project to life and helped communicate its spatial and environmental qualities. These tools enabled me to experiment with the design in both three-dimensional space and interactive, real-time environments, ensuring the final concept was both visually compelling and functionally coherent.
The most unique aspect of The Vessel Type design is its ability to blend water infrastructure with communal and cultural functions. Rather than focusing solely on utilitarian purposes, the structure serves as both a water collection and distribution system while also fostering community interaction, engagement and social equity. Its vessel-like form integrates with the landscape, responding to seasonal changes, and provides flexible spaces for daily use, contemplation, and connection. This dual-purpose approach addresses both environmental and social needs - sets it apart from traditional water management solutions.
I primarily worked independently for The Vessel Type. However, the development of the concept was informed by feedback and insights from professors, peers, and people who work in fields like sustainability, water management, and community design. While there were no direct collaborations with technical or specialized professionals during the design phase, the project drew heavily from existing research and real-world applications of water filtration systems and ecological architecture. These sources of expertise played a crucial role in shaping the technical aspects of the design.
Technology plays a significant role in The Vessel Type design, particularly in the integration of water filtration and distribution systems. The use of sustainable technologies, such as the rural submerged filter technique for water purification, is central to the design's functionality. Additionally, technology was crucial in visualizing the concept, as tools like Rhino for modeling and Unreal Engine for rendering allowed for a detailed exploration of the spatial and environmental aspects of the project. While the design is grounded in ecological principles, these technological tools enhanced its communication and refinement, enabling a deeper understanding of how the structure interacts with both the landscape and the community.
The Vessel Type design was heavily influenced by data and analytical research. The primary research focused on the environmental conditions in western Madagascar, particularly the seasonal droughts and flooding that impact local communities. I conducted research into water management systems, including traditional methods of rainwater collection and filtration, and how these could be adapted to the specific context of the site. Social research also played a role, looking into the needs and challenges of rural communities dependent on agriculture. This data-driven approach helped shape the design’s functionality, ensuring it was both contextually relevant and responsive to the unique needs of the region.
One of the key challenges in designing The Vessel Type was finding a balance between functionality and the cultural significance of the space. While the concept needed to address practical issues like water storage, filtration, and distribution, it also had to serve as a meaningful social and cultural space for the community. Another challenge was ensuring that the design was adaptable to the local environment, particularly in terms of its integration with the landscape and its ability to withstand seasonal changes. Additionally, while the project was conceptual, ensuring that the design was feasible and aligned with sustainable practices required navigating technical complexities around material choice and construction methods.
The decision to submit The Vessel Type to an international design competition was driven by a desire to share the concept with a broader audience and engage in a global conversation about sustainable architecture and community-focused design. I wanted to explore how the project could inspire other architects, designers and organizations working on similar issues, and to contribute to the ongoing discourse around climate resilience and social equity in architecture. Competitions offer a platform for visibility, feedback and potential collaborations, which can help further develop and refine the idea for future applications.
Throughout the design process of The Vessel Type, I learned to approach architecture as a tool for addressing complex, real-world challenges. I deepened my understanding of how design can integrate technical systems like water filtration with social, cultural and environmental needs. I also improved my ability to balance the technical aspects of a project with its broader conceptual goals, ensuring that the design was both functional and meaningful. Additionally, working on a project of this scale helped me enhance my skills in visualization, modeling and rendering, as I used tools like Rhino and Unreal Engine to communicate the design more effectively. Overall, the project pushed me to think more critically and holistically about the role of architecture in shaping resilient, equitable communities.
One important aspect I would like to highlight is the vision behind The Vessel Type, which goes beyond solving immediate environmental issues. The project aims to inspire a deeper connection between people and their environment, demonstrating how architecture can foster both sustainability and community resilience. Additionally, the design was an opportunity to experiment with integrating both modern and traditional techniques, such as rural water filtration methods. I hope this work encourages further exploration of how architecture can play a transformative role in regions where ecological challenges intersect with social needs.
Grand Interview about The Vessel Type Water Management
The idea began with a question: Can architecture act as both civic infrastructure and cultural vessel? In regions increasingly affected by climate volatility, alternating between drought and flood, I saw an opportunity to design a typology that stores and manages rainwater while also serving human gathering and rest.Early research focused on vernacular precedents: stepped wells in India, Chinese water gardens, and indigenous cistern systems. These informed the conceptual shift; from hiding infrastructure underground to elevating it as a public space. The form evolved as an inhabitable container: a structure that channels rain, filters it through layers of landscape, and stores it beneath.Community use was embedded from the start. I imagined a place where water becomes both resource and ritual where seasonal change is experienced, not abstracted. Through iterations, the project balanced hydrological performance with spatial poetics, allowing for both measurable sustainability and cultural resonance.
The inspiration came from observing how communities in Madagascar live in close relationship with their environment, where survival depends on adapting to extreme seasonal shifts. During the rainy season, excess water overwhelms infrastructure, while in the dry season, scarcity threatens crops and daily life. This dual reality sparked a desire to create a structure that not only responds to these changes, but transforms with them.Rather than resist nature, I wanted to design something that works with it - an architecture that holds water when it is abundant and shares it when it is scarce. I studied traditional ecological knowledge and local materials, which offered insight into time-tested ways of collecting and storing water. From there, the design became a vessel in every sense: a container, a space, and a symbol of resilience. It adapts not only physically with the seasons, but also socially, becoming a space where people gather, rest, and remember their connection to the land.
The combination of concrete and wood was intentional, reflecting both environmental strategy and cultural resonance. Concrete provides the structural durability needed to withstand seasonal floods and store large volumes of water over time. It grounds the vessel, offering permanence and resistance in a volatile climate.Wood, on the other hand, brings flexibility, warmth, and a connection to local craft traditions. It is used in the upper and more human-scaled components where touch, gathering, and adaptation occur. Wood elements can be repaired or modified by the community, allowing the structure to evolve with their needs. This balance between permanence and adaptability supports long-term sustainability by reducing maintenance demands while enabling cultural ownership.By combining materials in this way, the project speaks both to endurance and intimacy that building trust through familiarity while offering resilience through strength. It becomes not just a piece of infrastructure, but a living part of the Ambalorao community.
The decision to use a rural submerged filter system was guided by both ecological logic and social practicality. This technique relies on layered natural materials—such as gravel, sand, and charcoal which are commonly available in the region. These materials are low-cost, require no imported parts, and are already familiar to many rural communities in Madagascar through traditional water practices.The system functions passively, using gravity and sedimentation rather than mechanical pumps or electricity. This ensures that it can operate even in off-grid conditions, which is essential in remote areas like Ambalorao. Maintenance involves simple, periodic cleaning and material replacement, tasks that can be performed by local residents without specialized training.By aligning with local knowledge and resources, the filtration system not only supports environmental health, but also fosters community stewardship. It becomes a technology that is not imposed, but owned. It strengthens both water security and cultural continuity.
The biggest challenge was designing a space that serves as both critical water infrastructure and a welcoming place for community life. These two goals often pull in opposite directions: one demands technical efficiency, the other emotional and cultural resonance. For example, water retention structures typically require depth and containment, which can feel uninviting or even unsafe as public space.To resolve this, I designed the vessel with multiple layers, both physically and programmatically. The deeper, central basin handles floodwater and filtration, while the surrounding upper spaces and shallow terraces remain usable year-round. These spaces become gathering platforms, seating areas, or even performance zones.Another key challenge was ensuring the design remained buildable and maintainable with local skills and materials. The design avoided high-tech systems and instead shaped the architecture through gravity-fed flows, modular concrete forms, and natural filtration beds. This allowed me to blend utility with craft which creates a structure that is functional and feels rooted in the community.Overcoming these challenges shifted the design thinking. It proved that infrastructure can be more than a hidden system. It can be a civic landscape, where environmental care and cultural identity meet.
I began by treating water not just as a technical issue, but as a cultural one. From the earliest stages, I avoided separating infrastructure from experience. Instead, I asked how water systems could shape space in ways that feel meaningful, protective, and shared. This mindset allowed me to approach function and culture as interwoven, rather than competing forces.In practice, this meant designing every infrastructural move with a spatial or symbolic counterpart. The retaining walls that store floodwater also define a gathering terrace. The roof catchment that collects rain becomes a shaded canopy for ceremony or rest. The filtration basin is framed as a contemplative void - visible, cared for, and understood by those who use it.I also worked iteratively with references from traditional gathering spaces and hydrological landscapes. These guided me in making the form legible and dignified so that the community would see the structure not just as a tool, but as a place of identity and memory.By embedding cultural use into the very shape and sequence of water movement, the design allowed both functions to reinforce each other. What protects the community also belongs to it.
Ambalorao faces a dual water challenge: heavy rainfall concentrated in short periods, followed by extended dry seasons. The rainwater harvesting system was engineered to work with this rhythm by capturing high volumes quickly, storing them efficiently, and releasing them slowly for extended use.The roof and upper surfaces are shaped to maximize catchment during peak storms, with a network of open channels guiding water toward a central reservoir. The form itself is designed to slow down runoff, reducing erosion and allowing time for filtration. Below, the main storage basin is lined and dimensioned to hold water for long dry periods, with overflow routes planned to safely discharge excess water into surrounding planting zones.The submerged filter system uses sand, charcoal, and gravel layers that are low-tech and low-maintenance, but highly effective in rural contexts. This allows the system to clean and store water without relying on pumps or electricity, aligning with the region’s infrastructure limitations.Overall, these strategies create a system that is responsive, resilient, and tailored to Ambalorao’s climate - one that turns erratic rainfall into a dependable resource while supporting agriculture, daily use, and public life.
The research began with an in-depth understanding of Ambalorao’s climate, hydrology, and social patterns. I observed seasonal water fluctuations, soil types, and prevailing winds, alongside how community members interact with water and public spaces throughout the year.These insights directly influenced both material and spatial decisions. For materials, I prioritized locally available and renewable resources, such as timber from sustainable sources and regionally produced concrete mixes to minimize environmental impact and ensure ease of maintenance. Wood was selected for elements requiring human scale and warmth, while concrete provided durable support against floods and heavy loads.Spatially, I designed multi-level terraces and flexible platforms to accommodate changing water levels and diverse social activities from daily gatherings to seasonal festivals. The arrangement also reflects traditional spatial hierarchies found in local communal areas, fostering familiarity and ownership.By aligning design choices with environmental realities and cultural practices, the project ensures longevity, sustainability, and meaningful engagement between people and place.
The core principles of The Vessel Type integrating climate-responsive water management with culturally meaningful community spaces that are highly adaptable. Because the design relies on locally sourced materials, low-tech filtration, and passive water flows, it can be tailored to diverse environments with minimal reliance on external resources.For other communities facing seasonal drought and flooding, the vessel’s modular form can be resized or reconfigured to match specific rainfall patterns, cultural practices, and spatial needs. Its layered terraces and multifunctional zones encourage both environmental stewardship and social cohesion, fostering resilience at multiple scales.Moreover, the project’s emphasis on visibility and participation invites communities to reclaim water infrastructure as a shared resource and identity. This approach can inspire physical adaptations and shifts in how societies perceive and engage with water management globally.
My advice is to embrace complexity without losing sight of human experience. Successful integration comes from understanding that environmental systems and social life are deeply intertwined which do not separate design problems. Begin by listening closely to the communities you serve and studying their relationship with the land and resources over time.Prioritize low-tech, locally appropriate solutions that empower users rather than depend on external expertise or costly maintenance. Seek materials and methods that respect place and culture, while ensuring resilience to changing conditions.Finally, treat infrastructure and public space as inseparable. Designing spaces where functionality becomes meaningful and where care for the environment also nurtures community identity. This mindset opens possibilities for architecture that sustains and inspires.