Radim Kunart
student
CTU in Prague - Faculty of Civil Engineering
Czech Republic
Architecture
The concept of the building's shape is based on two "separate cubes" that are cantilevered over each other, allowing a portion of the building to be offset… more
Tamer ElSerafi
advisor
Cairo University, Faculty of Engineering Architecture Department.
Egypt
Dr. Tamer ElSerafi is the Head of the Architecture Department and Director of the Master of Science… more
This project presents a thoughtfully designed mountain hut situated on the slopes of the Matterhorn, aiming to provide shelter and amenities for climbers and hikers in a challenging alpine environment. The architectural concept is based on two cantilevered rectangular volumes, creating a dynamic form that integrates with the mountainous terrain and offers panoramic views of the surrounding landscape.
The building's layout is organized across three levels:
Ground Floor: Features the main entrance, utility spaces, and a spiral staircase connecting all floors.
Second Floor: Houses the dining area with an outdoor terrace oriented southeast towards the valley, along with food preparation areas and additional accommodation.
Third Floor: Dedicated exclusively to sleeping quarters, providing rest areas for visitors.
Structurally, the hut employs a precast monolithic system, with the exterior walls composed of precast concrete panels, thermal insulation, and a cast-in-place concrete core. The façade combines exposed concrete with black metal cladding, creating a contrast that harmonizes with the rocky surroundings.
While the project demonstrates a strong conceptual framework and sensitivity to the site's environmental conditions, further development in detailing and material articulation would enhance its overall impact. Detailed plans illustrating construction methods, sustainability strategies, and user experience considerations would provide a more comprehensive understanding of the design's functionality and feasibility.
Overall, "MATTERHORN MOUNTAIN HUT" offers a promising vision for high-altitude shelter design, balancing architectural innovation with environmental responsiveness. With additional refinement, it has the potential to serve as a model for sustainable and context-sensitive alpine architecture.