Incorporating hydraulic screens and recycled timber, the design offers a flexible and sustainable approach to coastal living, tailored for holiday makers looking for adaptable residential solutions.
5 key facts about this project
01
Incorporates hydraulic operable panels that enhance indoor-outdoor flow.
02
Utilizes recycled timber for structural and aesthetic elements throughout the design.
03
Features a clustered volumetric layout to promote community interaction among residents.
04
Integrates a greywater collection system for efficient water management.
05
Designed to maximize natural light with large glass openings and elevated ceilings.
General keywords
Mi_aCASA is a contemporary architectural project situated in Sandy Point, Victoria, Australia. Designed to accommodate holiday makers, the project encompasses a modular approach to residential living, focusing on flexibility and sustainability. Its architectural design allows for individual units that can function independently or as a cohesive cluster, thereby fostering a community-oriented environment while addressing transient housing needs.
The primary function of Mi_aCASA is to provide an adaptable living solution that caters to various occupant scenarios. Each unit is designed to allow for multiple configurations—these spaces can serve as private retreats or communal areas depending on the number of inhabitants. The emphasis on natural light is prominent, with large glass panels facilitating a seamless connection between indoor living and the surrounding landscape.
Unique Design Approaches
The design of Mi_aCASA incorporates a modular system, enabling easy assembly and disassembly. This allows the units to be tailored to specific occupancy requirements, reinforcing the project's adaptability. Architectural features such as sliding screens and adjustable walls enhance spatial versatility, permitting residents to modify their environments based on their activities. Notably, hydraulic operable panels are integrated into the structure, providing functionality for shading while creating transitional spaces that merge indoor and outdoor living.
The project places a strong emphasis on sustainability. Its choice of materials includes reinforced concrete for structural integrity, glass for transparency, steel for framework flexibility, and recycled timber for internal finishes. This material selection supports both environmental conservation and aesthetic coherence. Energy-efficient systems such as solar panels and grey water recycling further contribute to the project's sustainability objectives.
Architectural Considerations
The architectural plans of Mi_aCASA have been carefully crafted to align with the coastal context of Sandy Point. The building's forms and orientations have been designed to optimize views and natural ventilation, thereby enhancing occupant comfort. The layout promotes social engagement among residents while respecting individual privacy through thoughtful spatial organization.
Design outcomes highlight the project's focus on community living and environmental responsibility. Its integration within the landscape promotes a connection to nature, encouraging residents to embrace outdoor activities without compromising on the comforts of modern living.
For more details on the architectural plans, architectural sections, and the unique architectural designs featured in Mi_aCASA, readers are encouraged to explore the project presentation further. A deeper understanding of the architectural ideas behind this project provides valuable insights into contemporary approaches to modular design and sustainable living solutions.
The primary function of Mi_aCASA is to provide an adaptable living solution that caters to various occupant scenarios. Each unit is designed to allow for multiple configurations—these spaces can serve as private retreats or communal areas depending on the number of inhabitants. The emphasis on natural light is prominent, with large glass panels facilitating a seamless connection between indoor living and the surrounding landscape.
Unique Design Approaches
The design of Mi_aCASA incorporates a modular system, enabling easy assembly and disassembly. This allows the units to be tailored to specific occupancy requirements, reinforcing the project's adaptability. Architectural features such as sliding screens and adjustable walls enhance spatial versatility, permitting residents to modify their environments based on their activities. Notably, hydraulic operable panels are integrated into the structure, providing functionality for shading while creating transitional spaces that merge indoor and outdoor living.
The project places a strong emphasis on sustainability. Its choice of materials includes reinforced concrete for structural integrity, glass for transparency, steel for framework flexibility, and recycled timber for internal finishes. This material selection supports both environmental conservation and aesthetic coherence. Energy-efficient systems such as solar panels and grey water recycling further contribute to the project's sustainability objectives.
Architectural Considerations
The architectural plans of Mi_aCASA have been carefully crafted to align with the coastal context of Sandy Point. The building's forms and orientations have been designed to optimize views and natural ventilation, thereby enhancing occupant comfort. The layout promotes social engagement among residents while respecting individual privacy through thoughtful spatial organization.
Design outcomes highlight the project's focus on community living and environmental responsibility. Its integration within the landscape promotes a connection to nature, encouraging residents to embrace outdoor activities without compromising on the comforts of modern living.
For more details on the architectural plans, architectural sections, and the unique architectural designs featured in Mi_aCASA, readers are encouraged to explore the project presentation further. A deeper understanding of the architectural ideas behind this project provides valuable insights into contemporary approaches to modular design and sustainable living solutions.
