Armand Franciscus E Fissette 
Constructed from prefabricated units equipped with PVT panels and adaptable multifunctional furniture, this sustainable housing solution addresses transient living needs while minimizing environmental impact.
5 key facts about this project
01
Utilizes PVT panels for both energy generation and thermal control.
02
Designed with multifunctional furniture to maximize limited space use.
03
Incorporates a rainwater harvesting system for sustainable water management.
04
Constructed from prefabricated modules for quick assembly on site.
05
Features a compact footprint optimized for urban living challenges.
General keywords
The Total Living Unit is an architectural project designed to offer efficient, affordable housing solutions for transient populations, including students and seasonal workers. The project adopts a modular and prefabricated approach, creating a compact living area of approximately 14 square meters. This design prioritizes functionality and adaptability, addressing current housing demands while minimizing environmental impacts.
The structure integrates a series of key elements aimed at enhancing livability within a small footprint. The principal features include a combination of multifunctional furniture, an innovative energy system using PVT (Photovoltaic Thermal) panels, and integrated rainwater harvesting systems. These components work together to create a sustainable living environment that reduces energy consumption and supports water conservation.
Unique Design Approaches
The Total Living Unit distinguishes itself through its emphasis on standardization and modularity. By utilizing pre-fabricated components, construction time and costs are significantly reduced. The design facilitates easy transport and quick assembly on-site, further streamlining the construction process. This modularity allows for flexibility in the arrangement and function of the living space, adapting to the needs of occupants whether for work or leisure.
A notable feature is the incorporation of multifunctional furniture modules. These pieces are designed to seamlessly transition between various activities, ensuring optimal use of limited space. This adaptability is essential in modern living scenarios where residents may need to switch between sleeping, working, or socializing throughout the day.
Moreover, the architectural design includes advanced energy systems that prioritize sustainability. The PVT panels provide both thermal energy and electricity, making the unit self-sufficient in energy generation. This focus on energy efficiency underscores the project's commitment to environmentally responsible design, positioning it as a relevant model for future housing projects.
Sustainable Water and Waste Management
In addition to energy systems, the Total Living Unit features integrated rainwater tanks and efficient waste management solutions, including composting and ventilation systems. This careful consideration of water usage and waste processing aligns with modern sustainability practices, aiming to close the resource loop within the living unit. The design reflects a holistic approach to addressing not just housing needs, but also the environmental concerns associated with urban living.
This project offers a viable pathway for responding to the urgent demands of housing crises, while also promoting sustainable living practices. For those interested in delving deeper into the architectural plans, sections, and designs of the Total Living Unit, further exploration of its specifics provides a better understanding of its innovative design approaches and functional capabilities.
The structure integrates a series of key elements aimed at enhancing livability within a small footprint. The principal features include a combination of multifunctional furniture, an innovative energy system using PVT (Photovoltaic Thermal) panels, and integrated rainwater harvesting systems. These components work together to create a sustainable living environment that reduces energy consumption and supports water conservation.
Unique Design Approaches
The Total Living Unit distinguishes itself through its emphasis on standardization and modularity. By utilizing pre-fabricated components, construction time and costs are significantly reduced. The design facilitates easy transport and quick assembly on-site, further streamlining the construction process. This modularity allows for flexibility in the arrangement and function of the living space, adapting to the needs of occupants whether for work or leisure.
A notable feature is the incorporation of multifunctional furniture modules. These pieces are designed to seamlessly transition between various activities, ensuring optimal use of limited space. This adaptability is essential in modern living scenarios where residents may need to switch between sleeping, working, or socializing throughout the day.
Moreover, the architectural design includes advanced energy systems that prioritize sustainability. The PVT panels provide both thermal energy and electricity, making the unit self-sufficient in energy generation. This focus on energy efficiency underscores the project's commitment to environmentally responsible design, positioning it as a relevant model for future housing projects.
Sustainable Water and Waste Management
In addition to energy systems, the Total Living Unit features integrated rainwater tanks and efficient waste management solutions, including composting and ventilation systems. This careful consideration of water usage and waste processing aligns with modern sustainability practices, aiming to close the resource loop within the living unit. The design reflects a holistic approach to addressing not just housing needs, but also the environmental concerns associated with urban living.
This project offers a viable pathway for responding to the urgent demands of housing crises, while also promoting sustainable living practices. For those interested in delving deeper into the architectural plans, sections, and designs of the Total Living Unit, further exploration of its specifics provides a better understanding of its innovative design approaches and functional capabilities.
