Architecture project // Elevated Living Amidst Nature with Glulam Frames and Sustainable Forest Integration

Elevated Living Amidst Nature with Glulam Frames and Sustainable Forest Integration

Author:

J Flores

Constructed with glulam frames and situated above a sustainable forest, the design offers elevated living spaces that connect occupants to nature while enhancing community engagement through shared facilities.

5 key facts about this project

Constructed using glulam frames, enhancing strength and stability.

Utilizes the Miyawaki Method to create a native forest on site.

Cabins are elevated on steel stilts to provide exceptional views.

Integrated canal allows for recreational boating activities.

Curved frame design optimizes airflow and natural light.

General keywords

latvia cabin sustainability forest community canal sauna elevation nature solar

Project specific keywords

miyawaki glulam canopy modular ventilation

The Cabin on Stilts is a contemporary design located in the green landscape of Latvia. It offers a living experience that connects closely with nature. The emphasis is on sustainability, aiming to blend the living space with the environment. By using the Miyawaki Method for planting native trees, the design enhances biodiversity and encourages visitors to interact with their surroundings.

SUSTAINABLE FOREST INTEGRATION

The concept focuses on merging the built and natural environments. Cabins are positioned to face the newly planted trees, creating a direct visual connection. The balconies look out over the expansive Latvian countryside. This layout invites people to engage with nature, enhancing their overall experience.

COMMUNITY AND ACCESSIBILITY

Community is an important part of the design. Shared spaces like a sauna and essential facilities are positioned along a canal formed by the nearby Venta River. This waterway serves functional purposes for recreation while also enhancing the scenic aspect of the site. A network of trails connects the cabins to these communal areas, promoting accessibility and social interaction among visitors.

STRUCTURAL INNOVATION

The cabins are built using modular construction techniques, utilizing glulam frames that are bolted together for strength. This method creates a sturdy yet lightweight structure. Additional support comes from timber purlins and plywood sheathing, enhancing overall durability. Zinc-plated metal panels cover the exterior, providing protection against weather while maintaining a modern look. Solar panels are included on the roof, maintaining a focus on energy efficiency and renewable resources.

DESIGN DETAILS

The design features a curved frame that allows wind to pass through efficiently, while also maximizing natural light inside the cabins. Balconies extend outward, offering close-up views of the landscape and improving ventilation. This careful design creates a connection between the interior space and the vibrant surroundings, allowing residents to feel immersed in the natural world.