Alper Gündüz, 
Ruya Ozturk 
A kinetic glass facade interspersed with circular green balconies redefines urban living by allowing residents to adapt their outdoor spaces, promoting sustainability within a functional residential complex.
5 key facts about this project
01
A kinetic facade allows occupants to alter the functionality of their living space by adjusting balcony orientations.
02
Circular green balconies provide multifunctional outdoor areas that integrate natural elements into urban settings.
03
Large glass panels enhance natural light penetration while offering unobstructed views of the surrounding environment.
04
The project incorporates sustainable materials, including metal and concrete, to ensure structural integrity and reduce environmental impact.
05
Interior layouts prioritize open spaces to facilitate easy movement and interaction among residents.
General keywords
Project specific keywords
The project features a user-preferred movable balcony and facade system designed to enhance residential living. This architectural design prioritizes adaptability and interaction between interior spaces and the environment. The integration of rotating glass balconies facilitates a dynamic relationship with outdoor spaces, allowing users to adjust their living conditions according to personal preferences.
The balancing act of functionality and aesthetic appeal is evident in the design. The project incorporates circular green floors that double as balconies, promoting an eco-friendly approach to urban habitation. These balconies transform individual units into adaptable spaces that support various uses, such as gardens, social areas, or extensions of the interior living area.
Unique Design Approaches and Features
This project distinguishes itself through its focus on user interaction. The kinetic quality of the movable glass facade redefines conventional residential design by enabling modifications in the structure's use throughout the day. Residents can shift the balconies to create an open environment or maintain privacy depending on their activities and needs. This flexibility enhances livability and fosters a deeper connection between the occupants and their surroundings.
Materiality is another significant aspect of the design. The use of large glass panels allows natural light to permeate the indoor areas while providing expansive views. The structural integrity is ensured by concrete and metal components, facilitating the operational mechanics of the rotating systems. Incorporating vegetation addresses sustainable design principles, contributing to both aesthetics and ecological benefits in urban settings.
Interior design elements match the overarching architectural goals. The open floor plan creates a seamless flow between rooms, ensuring ease of movement and interaction. The choice of wood for interior accents adds warmth and texture, creating an inviting environment that contrasts with the sleek exterior materials.
Overall, this project represents a modern approach to residential architecture that emphasizes flexibility, sustainability, and user engagement. The innovative balcony and facade system exemplifies how design can meet contemporary living needs while promoting environmental consciousness.
For further insights into the architectural plans, sections, and designs that detail the functional aspects and aesthetic considerations of this project, explore the complete project presentation. Understanding the underlying architectural ideas and strategies will provide a more comprehensive view of this residential initiative.
The balancing act of functionality and aesthetic appeal is evident in the design. The project incorporates circular green floors that double as balconies, promoting an eco-friendly approach to urban habitation. These balconies transform individual units into adaptable spaces that support various uses, such as gardens, social areas, or extensions of the interior living area.
Unique Design Approaches and Features
This project distinguishes itself through its focus on user interaction. The kinetic quality of the movable glass facade redefines conventional residential design by enabling modifications in the structure's use throughout the day. Residents can shift the balconies to create an open environment or maintain privacy depending on their activities and needs. This flexibility enhances livability and fosters a deeper connection between the occupants and their surroundings.
Materiality is another significant aspect of the design. The use of large glass panels allows natural light to permeate the indoor areas while providing expansive views. The structural integrity is ensured by concrete and metal components, facilitating the operational mechanics of the rotating systems. Incorporating vegetation addresses sustainable design principles, contributing to both aesthetics and ecological benefits in urban settings.
Interior design elements match the overarching architectural goals. The open floor plan creates a seamless flow between rooms, ensuring ease of movement and interaction. The choice of wood for interior accents adds warmth and texture, creating an inviting environment that contrasts with the sleek exterior materials.
Overall, this project represents a modern approach to residential architecture that emphasizes flexibility, sustainability, and user engagement. The innovative balcony and facade system exemplifies how design can meet contemporary living needs while promoting environmental consciousness.
For further insights into the architectural plans, sections, and designs that detail the functional aspects and aesthetic considerations of this project, explore the complete project presentation. Understanding the underlying architectural ideas and strategies will provide a more comprehensive view of this residential initiative.
