Marc Heinz Hubert Mevissen 
Constructed with buoyant materials like KingSpan panels and integrated green roofs, these floating homes offer a resilient living solution for communities in flood-prone areas.
5 key facts about this project
01
Constructed from buoyant KingSpan panels, allowing for flexibility on water surfaces.
02
Incorporates green roofs to promote biodiversity and enhance thermal efficiency.
03
Features modular design for customizable living spaces tailored to resident needs.
04
Utilizes rainwater collection systems for sustainable water management.
05
Designed for adaptability to fluctuating water levels, ensuring resilience against flooding.
General keywords
Project specific keywords
The Microhome architectural design project encapsulates a solution to modern housing challenges, particularly in regions vulnerable to climate change and rising sea levels. This project emphasizes a sustainable and adaptable approach, presenting a series of micro-habitats capable of floating on water. By integrating innovative materials and modular designs, the Microhome presents a functional living space that prioritizes ecological balance.
Design and Sustainability Features
What distinguishes the Microhome project from conventional housing models is its innovative floating capability. The design addresses the pressing need for resilience against changing environmental conditions while promoting sustainability. The structure employs various eco-friendly materials, including KingSpan sandwich panels for façade construction, glassed star walls that provide natural daylight, and timber for structural integrity. The integration of photovoltaic panels ensures energy independence, transforming each unit into an eco-efficient dwelling. Furthermore, the implementation of rainwater collection systems and green roofs enhances water conservation and provides opportunities for small-scale agriculture.
Module Composition and Functionality
The Microhome is composed of modular units designed to maximize space and functionality. Key components include:
- Open Docking Module: This multifunctional space encourages interaction while allowing for the potential connection with other units.
- Cooking and Eating Modules: These are essential for daily living, facilitating social gatherings and culinary activities.
- Sleeping Gallery: Offering lofted sleeping arrangements, this space optimizes vertical dimensions while providing privacy.
- Showering and Bathing Modules: Efficiently designed to incorporate necessary hygiene facilities within a compact area.
The modular nature of the design allows occupants to tailor their living spaces according to personal needs and lifestyle preferences, a significant feature that enhances its appeal.
Architectural Integration and Community Impact
The architectural design integrates seamlessly with the surrounding ecosystem, promoting biodiversity and environmental awareness. The floating homes can adapt to water movements, reducing the risk of flooding while engaging with the natural environment. This project also supports a community-centric living approach, where individual units can coalesce into a shared living space that favors both privacy and socialization.
Individuals interested in exploring the Microhome project in detail are encouraged to review the architectural plans, architectural sections, and architectural designs that illustrate the unique features and innovative ideas central to this forward-thinking project.
Design and Sustainability Features
What distinguishes the Microhome project from conventional housing models is its innovative floating capability. The design addresses the pressing need for resilience against changing environmental conditions while promoting sustainability. The structure employs various eco-friendly materials, including KingSpan sandwich panels for façade construction, glassed star walls that provide natural daylight, and timber for structural integrity. The integration of photovoltaic panels ensures energy independence, transforming each unit into an eco-efficient dwelling. Furthermore, the implementation of rainwater collection systems and green roofs enhances water conservation and provides opportunities for small-scale agriculture.
Module Composition and Functionality
The Microhome is composed of modular units designed to maximize space and functionality. Key components include:
- Open Docking Module: This multifunctional space encourages interaction while allowing for the potential connection with other units.
- Cooking and Eating Modules: These are essential for daily living, facilitating social gatherings and culinary activities.
- Sleeping Gallery: Offering lofted sleeping arrangements, this space optimizes vertical dimensions while providing privacy.
- Showering and Bathing Modules: Efficiently designed to incorporate necessary hygiene facilities within a compact area.
The modular nature of the design allows occupants to tailor their living spaces according to personal needs and lifestyle preferences, a significant feature that enhances its appeal.
Architectural Integration and Community Impact
The architectural design integrates seamlessly with the surrounding ecosystem, promoting biodiversity and environmental awareness. The floating homes can adapt to water movements, reducing the risk of flooding while engaging with the natural environment. This project also supports a community-centric living approach, where individual units can coalesce into a shared living space that favors both privacy and socialization.
Individuals interested in exploring the Microhome project in detail are encouraged to review the architectural plans, architectural sections, and architectural designs that illustrate the unique features and innovative ideas central to this forward-thinking project.
