Ludovicus Dams 
Gypsum concrete walls and an integrated majlis enhanced by sliding sunscreens create a functional living space designed for family interaction while emphasizing sustainability and local biodiversity.
5 key facts about this project
01
Gypsum concrete walls provide superior thermal insulation and fire resistance.
02
Sliding sunscreens enhance energy efficiency by regulating natural light and heat gain.
03
The central majlis facilitates community engagement, reflecting cultural traditions.
04
Local flora landscaping promotes biodiversity and integrates the home with its environment.
05
Ample indoor-outdoor connectivity fosters a seamless flow between living spaces and nature.
General keywords
The architectural project "House of the Old Future" represents a carefully considered integration of traditional and contemporary design principles. Located on a 450-square-meter plot with a built area of approximately 300 square meters, the design aims to create a living space that fosters social interaction while providing comfort and functionality. The house is characterized by a central courtyard that connects various living areas and encourages a sense of community.
The layout consists of three primary volumes, each serving distinct functions: the ground floor accommodates family and service areas, the first floor houses private quarters and social spaces, and the second floor features an open majlis designed for gatherings. The project emphasizes seamless indoor-outdoor transitions, aided by large sliding glass doors that enhance natural ventilation and daylighting.
Unique Design Approaches
The "House of the Old Future" distinguishes itself through its cultural resonance and focus on sustainable living. The incorporation of a majlis as a primary social space reflects traditional community engagement, while the architectural layout encourages collaboration and family interaction. The building’s landscape employs local flora, enhancing biodiversity and minimizing ecological impact.
Architectural choices include the use of gypsum-concrete bricks for external walls, which provide thermal insulation and flexibility in design. The inclusion of sliding sun screens offers effective heat regulation, a practical application of passive design strategies. Furthermore, solar panels on the roof contribute to energy efficiency, aligning with contemporary demands for sustainability.
Functional Spaces and Materiality
The project’s functional distribution supports modern living while respecting historical precedents. The ground floor serves as the service core, ensuring privacy for the family spaces located on upper floors. The design incorporates spacious gardens, connecting interiors to nature and promoting well-being.
Materials have been chosen for both performance and aesthetic qualities, with gypsum-concrete bricks providing durability and thermal efficiency. The sliding glass doors not only facilitate connectivity between spaces but also bring in ample natural light. The landscape elements further integrate the built environment with the ecological framework.
For a detailed understanding of the project, including architectural plans, sections, and design ideas, explore the project presentation to gain deeper insights into this innovative residential solution.
The layout consists of three primary volumes, each serving distinct functions: the ground floor accommodates family and service areas, the first floor houses private quarters and social spaces, and the second floor features an open majlis designed for gatherings. The project emphasizes seamless indoor-outdoor transitions, aided by large sliding glass doors that enhance natural ventilation and daylighting.
Unique Design Approaches
The "House of the Old Future" distinguishes itself through its cultural resonance and focus on sustainable living. The incorporation of a majlis as a primary social space reflects traditional community engagement, while the architectural layout encourages collaboration and family interaction. The building’s landscape employs local flora, enhancing biodiversity and minimizing ecological impact.
Architectural choices include the use of gypsum-concrete bricks for external walls, which provide thermal insulation and flexibility in design. The inclusion of sliding sun screens offers effective heat regulation, a practical application of passive design strategies. Furthermore, solar panels on the roof contribute to energy efficiency, aligning with contemporary demands for sustainability.
Functional Spaces and Materiality
The project’s functional distribution supports modern living while respecting historical precedents. The ground floor serves as the service core, ensuring privacy for the family spaces located on upper floors. The design incorporates spacious gardens, connecting interiors to nature and promoting well-being.
Materials have been chosen for both performance and aesthetic qualities, with gypsum-concrete bricks providing durability and thermal efficiency. The sliding glass doors not only facilitate connectivity between spaces but also bring in ample natural light. The landscape elements further integrate the built environment with the ecological framework.
For a detailed understanding of the project, including architectural plans, sections, and design ideas, explore the project presentation to gain deeper insights into this innovative residential solution.
