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Charred Wooden Shingles and Turf Roofs Creating a Geothermal Learning Environment

Authors:
Patrick Danielson, Jeremy Upward
Charred Wooden Shingles and Turf Roofs Creating a Geothermal Learning Environment

Project in-detail

Constructed with charred wooden shingles and topped with a turf roof, the design seamlessly integrates geothermal elements to create an educational space focused on the dynamic processes of volcanism.
5 key facts about this project
01
Constructed with locally sourced charred wooden shingles to enhance durability and aesthetic appeal.
02
Features a unique bent A-frame design that mimics volcanic formations while maximizing interior space.
03
Incorporates a geothermal pool, providing both educational and recreational opportunities.
04
Utilizes cross-laminated timber panels to ensure structural integrity while supporting sustainability.
05
Integrates a turf roof, blending the building into the surrounding landscape for ecological harmony.
The Volcano Museum is an architectural project designed to illustrate and educate visitors about the dynamic processes associated with volcanism. Situated within a landscape that embodies geological history, the museum integrates seamlessly into its environment, reflecting the shapes and textures found in volcanic regions. The design focuses on creating an engaging and informative space that fosters a deeper understanding of the Earth’s geological phenomena.

Space is organized around a central theme of volcanic activity, with exhibits designed to simulate the experience of interacting with natural forces. Architectural features include areas for both permanent and temporary exhibitions, educational facilities, and spaces for community engagement. Carefully considered flow within the design allows visitors to navigate through various thematic areas, all while experiencing the spatial dynamics that mirror volcanic forms.

Unique Design Approaches

The architectural approach of the Volcano Museum distinguishes it from typical museum designs. The incorporation of natural materials, such as turf, glass, concrete, sustainable timber, steel, and stone, not only solidifies the connection to the earth but also ensures durability and minimal environmental impact. The use of turf for roofing signifies a deliberate effort to blend the structure with its surrounding landscape.

Additionally, the museum features geothermal elements, such as a geothermal pool, which serves both as an educational focal point and a recreational area, promoting aspects of sustainability. The transparent glass walls facilitate natural light penetration, reducing energy consumption and enhancing visitors’ connection to the external environment.

Interactive educational pathways guide visitors through an exploration of volcanic phenomena, with dedicated spaces for hands-on learning. These elements emphasize the educational function of the museum while enriching the visitor experience. Use of atmospheric controls, like fog and controlled lighting, creates immersive conditions that reflect the dynamic nature of active volcanic environments.

Architectural Details and Functionality

The architectural configuration of the Volcano Museum emphasizes accessibility and functionality. The design incorporates flexible exhibition spaces that can adjust to accommodate varying display needs, ensuring a versatile approach to programming. Internal pathways are designed for smooth traffic flow, enhancing visitor engagement and ensuring that educational objectives are met effectively.

Public amenities, such as cafés and gathering areas, support the museum's role as a community hub. By providing spaces for social interaction, the project reinforces its connection with the local community while promoting ongoing educational initiatives. Sustainable practices are evident throughout, with thoughtful integration of natural energy sources contributing to the museum’s operational efficiency.

For those interested in further exploration of the Volcano Museum, additional details can be found in architectural plans, sections, and designs. These documents offer deeper insights into the project’s innovative approaches and design intentions, inviting readers to engage with the architectural ideas that shape this unique museum experience.
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100,000 € Prize Fund / Kingpsan Edition #10
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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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