Jovana Jovičić 
Utilizing movable wooden panels and solar energy, this compact living solution adapts to user needs while integrating natural light and efficient ventilation into a multifunctional residential environment.
5 key facts about this project
01
Movable sections enhance spatial adaptability throughout different times of the day.
02
Integrated solar panels facilitate on-site energy generation and sustainability.
03
Cross-laminated timber panels provide structural integrity while minimizing weight.
04
Charred wooden shingles create a distinctive aesthetic and improve durability.
05
The bent A-frame design enhances natural light penetration and airflow.
General keywords
Project specific keywords
The "Shifting Tunnels" architectural project is designed to respond effectively to the evolving needs of contemporary living while prioritizing sustainability and adaptability. Located in Bosnia and Herzegovina, this residential design is characterized by its innovative manipulation of space and light. Each component of the structure works cohesively to create a multifunctional living environment that accommodates various activities throughout the day. The project exemplifies a modern approach to small-space living, facilitating a seamless interaction between the interior and the surrounding environment.
Dynamic Spatial Adaptability
One of the core principles of the "Shifting Tunnels" project is its dynamic spatial adaptability. The design utilizes movable architectural elements that can shift in response to user requirements, allowing spaces to transform throughout the day. This versatility enables the users to customize the layout based on their immediate activities, whether working, relaxing, or entertaining. The architectural layout incorporates designated areas for sleeping, working, and dining, all efficiently organized within a compact 30 square meters.
Key features include a raised sleeping area that enhances spatial engagement, an adaptable working zone that supports remote work, and a multifunctional kitchen and dining area designed for ergonomic movement. Each space is designed to maximize functionality while promoting comfort, making it suitable for a range of user profiles. The use of natural materials, such as wood and cork, further enhances both aesthetics and environmental sustainability.
Sustainable Design Practices
The project reflects a commitment to environmental sustainability through the integration of renewable energy systems and the careful selection of materials. Solar panels are incorporated into the design, allowing the structure to harness clean energy and reduce its ecological footprint. The combination of concrete for structural support and mineral wool for insulation ensures the building is energy-efficient.
The use of color-treated concrete also contributes to the overall aesthetic while emphasizing durability. This thoughtful selection of materials supports the overarching goal of creating a sustainable living environment without compromising on design principles.
Innovative Light Integration
Natural light is a central theme within the "Shifting Tunnels" project. The design strategically incorporates adjustable openings that can be modulated based on the time of day and user preferences. This feature facilitates optimal lighting conditions and encourages a connection between the indoor spaces and the natural surroundings. The movable sections not only provide flexibility in outdoor views but also enhance ventilation, promoting a comfortable indoor climate throughout the year.
By prioritizing natural light and environmental connection, the architecture fosters a harmonious relationship between the inhabitants and their habitat. This design philosophy underscores the importance of light in creating a vibrant and livable space, setting the project apart from traditional residential designs.
For a more detailed understanding of the strategies and architectural intentions behind "Shifting Tunnels," readers are encouraged to explore the architectural plans, sections, and designs presented in this innovative project.
Dynamic Spatial Adaptability
One of the core principles of the "Shifting Tunnels" project is its dynamic spatial adaptability. The design utilizes movable architectural elements that can shift in response to user requirements, allowing spaces to transform throughout the day. This versatility enables the users to customize the layout based on their immediate activities, whether working, relaxing, or entertaining. The architectural layout incorporates designated areas for sleeping, working, and dining, all efficiently organized within a compact 30 square meters.
Key features include a raised sleeping area that enhances spatial engagement, an adaptable working zone that supports remote work, and a multifunctional kitchen and dining area designed for ergonomic movement. Each space is designed to maximize functionality while promoting comfort, making it suitable for a range of user profiles. The use of natural materials, such as wood and cork, further enhances both aesthetics and environmental sustainability.
Sustainable Design Practices
The project reflects a commitment to environmental sustainability through the integration of renewable energy systems and the careful selection of materials. Solar panels are incorporated into the design, allowing the structure to harness clean energy and reduce its ecological footprint. The combination of concrete for structural support and mineral wool for insulation ensures the building is energy-efficient.
The use of color-treated concrete also contributes to the overall aesthetic while emphasizing durability. This thoughtful selection of materials supports the overarching goal of creating a sustainable living environment without compromising on design principles.
Innovative Light Integration
Natural light is a central theme within the "Shifting Tunnels" project. The design strategically incorporates adjustable openings that can be modulated based on the time of day and user preferences. This feature facilitates optimal lighting conditions and encourages a connection between the indoor spaces and the natural surroundings. The movable sections not only provide flexibility in outdoor views but also enhance ventilation, promoting a comfortable indoor climate throughout the year.
By prioritizing natural light and environmental connection, the architecture fosters a harmonious relationship between the inhabitants and their habitat. This design philosophy underscores the importance of light in creating a vibrant and livable space, setting the project apart from traditional residential designs.
For a more detailed understanding of the strategies and architectural intentions behind "Shifting Tunnels," readers are encouraged to explore the architectural plans, sections, and designs presented in this innovative project.
