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Thermoregulatory Pavilion of Charred Wood and Concrete Embracing Aquatic Ecosystems

Authors:
Kim Hyeoncheol, Yoonchang Chung, Yoonhwan Hwang
Thermoregulatory Pavilion of Charred Wood and Concrete Embracing Aquatic Ecosystems

Project in-detail

A thermoregulating pavilion crafted from charred timber and concrete seamlessly integrates into its aquatic environment, creating an interactive space that fosters appreciation for local ecosystems.
5 key facts about this project
01
The pavilion employs a thermoregulating design that naturally adapts to changing weather conditions.
02
Charred wooden shingles are utilized for their durability and aesthetic appeal, enhancing the building's integration with the surrounding landscape.
03
Cross-laminated timber panels provide structural strength while minimizing environmental impact.
04
The bent A-frame design not only offers visual interest but also optimizes spatial efficiency within the small footprint.
05
Innovative water management features are incorporated to promote local habitat preservation and enhance user interaction with the ecosystem.
The architectural project presents a thoughtfully designed structure that merges seamlessly with its aquatic surroundings. Situated in a geographical context where water bodies play an integral role, this project emphasizes the importance of sustainability and environmental awareness. The design encapsulates a sense of coexistence between architecture and nature, providing a space that encourages interaction with the surrounding ecosystem.

The primary function of the structure appears to be an observation and engagement pavilion, designed to invite visitors to appreciate and reflect on the delicate balance of local aquatic life. The organization of the space facilitates varied forms of interaction with nature, enriching the experience for all who visit. The circular form of the building, which projects into the water, embodies a conceptual metaphor of continuity and fluidity, resonating with the dynamic characteristics of water. This design choice not only ensures unobstructed views across the landscape but also promotes accessibility, creating pathways for visitors that invite exploration from multiple vantage points.

A careful examination reveals the distinctive material palette that reinforces the structure’s connection to its environment. Concrete serves as the primary building material, providing a robust framework while allowing for clean, contemporary lines. The use of wood, likely timber or laminated wood, is incorporated into the decking and pathways around the pavilion, adding warmth and texture that contrast effectively with the structural concrete. This choice enhances the tactile experience of the building, encouraging visitors to engage with both the architecture and the surrounding landscape. Steel is utilized in the railing systems and structural supports, ensuring stability and security without hindering views of the water.

Glass is another significant material featured in the design, strategically placed to optimize natural lighting and meld the indoor space with the outdoor environment. This design decision promotes a sense of transparency, allowing visitors to feel connected to nature while inside the pavilion. The interplay of these materials contributes to a cohesive design that demonstrates a commitment to ecological sustainability.

An important highlight of the architectural design is the integrated water features. These features not only serve aesthetic purposes but also play a functional role in water management, supporting a system aimed at preserving water quality in the local ecosystem. Thoughtfully designed cascades or pooling areas further emphasize the connection to the natural surroundings, showcasing the project's ecological considerations and the significance of water habitats.

The project stands out due to its unique design approaches, particularly its focus on sustainability. By employing passive site planning techniques, the structure takes advantage of natural light and water flow, fostering an environment that is both functional and conscious of its ecological impact. This is reflective of broader architectural trends that prioritize environmental responsibility and community engagement through design.

This architectural project exemplifies a modern attitude toward integrating natural landscapes with built environments. To explore the intricate details of this project, readers are encouraged to examine the architectural plans and sections, which provide deeper insights into the thoughtful design choices made. The architectural designs and ideas behind this project present an opportunity for further investigation, particularly for those interested in sustainable architecture and its role in enhancing our connection to the natural world.
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100,000€ Prize / 2025

Design a new small-scale home concept in the 10th edition of MICROHOME — 100,000 € prize + construction

Competition organisers

The 10th edition of the MICROHOME architecture competition invites architects and designers from around the world to explore the possibilities of compact, sustainable living. Hosted by Buildner in collaboration with Kingspan and Hapi Homes, this special edition challenges participants to design an off-grid, modular microhome for a young professional couple, with a maximum floor area of 25 m². Designs should prioritize innovation, efficiency, and real-world feasibility. 

A total prize fund of 100,000 € will be awarded, including three main prizes, the Kingspan Award, and the Hapi Homes Award, which will grant 15,000 € and lead to the construction of the selected design. The final registration deadline is September 25, 2025, and winners will be announced on Decebmer 9, 2025. For full competition details and submission guidelines, visit microhome.info.

Microhome

Design a new small-scale home concept in the 10th edition of MICROHOME — 100,000 € prize + construction

100,000 € PRIZE FUND / KINGPSAN EDITION #10 IDEAS COMPETITION
Prize 100,000 € + Potential realisation
Eligibility Open to all
Early bird registration deadline 22 May 2025
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