Container House
Prize(s):
WINNER 2026 ARCHITECTURE / Residential Architecture
Company Name:JUGAAD
Lead Designer(s) Name(s):Nicolas Dalais
Architecture Firm:JUGAAD
Project Location:Trou D'eau Douce, Mauritius
Design Status:Completed
Project Description:
Set in the coastal village of Trou d’Eau Douce, this project reimagines the humble shipping container as a climate-responsive tropical home. Built from recycled containers, the house embraces a low-impact construction approach while celebrating simplicity, durability, and resourcefulness. The design eliminates air conditioning by relying on passive cooling strategies: an open-plan layout, generous ceiling heights, and carefully positioned openings that capture prevailing sea breezes to ensure continuous cross-ventilation. Large sliding doors and permeable façades dissolve the boundary between inside and outside, allowing daily life to unfold within shaded verandas and breezeways rather than enclosed rooms. Deep overhangs protect the structure from sun and rain, reducing heat gain while enabling windows to remain open year-round. Landscaping plays a central climatic role. Dense tropical planting, permeable ground surfaces, and strategically placed trees create shade, filter dust, and cool the microclimate through evapotranspiration.
Set in the coastal village of Trou d’Eau Douce, this project reimagines the humble shipping container as a climate-responsive tropical home. Built from recycled containers, the house embraces a low-impact construction approach while celebrating simplicity, durability, and resourcefulness. The design eliminates air conditioning by relying on passive cooling strategies: an open-plan layout, generous ceiling heights, and carefully positioned openings that capture prevailing sea breezes to ensure continuous cross-ventilation. Large sliding doors and permeable façades dissolve the boundary between inside and outside, allowing daily life to unfold within shaded verandas and breezeways rather than enclosed rooms. Deep overhangs protect the structure from sun and rain, reducing heat gain while enabling windows to remain open year-round. Landscaping plays a central climatic role. Dense tropical planting, permeable ground surfaces, and strategically placed trees create shade, filter dust, and cool the microclimate through evapotranspiration.
Project Innovation / Specification:
The project’s innovation lies in the hybrid use of recycled shipping containers combined with a reinforced concrete structure. Rather than relying solely on containers as load-bearing modules, the concrete frame provides structural stability, durability against the tropical climate, and protection from corrosion, while the containers function as prefabricated spatial units inserted within this skeleton. This approach allows larger spans, higher ceilings, and flexible open-plan layouts that pure container construction typically cannot achieve. It also improves thermal performance by elevating and shading the steel volumes, reducing heat gain. The result is a resilient, adaptable system that merges the speed, economy, and sustainability of reused containers with the robustness and longevity of conventional construction, creating a contemporary tropical architecture suited to coastal conditions.
The project’s innovation lies in the hybrid use of recycled shipping containers combined with a reinforced concrete structure. Rather than relying solely on containers as load-bearing modules, the concrete frame provides structural stability, durability against the tropical climate, and protection from corrosion, while the containers function as prefabricated spatial units inserted within this skeleton. This approach allows larger spans, higher ceilings, and flexible open-plan layouts that pure container construction typically cannot achieve. It also improves thermal performance by elevating and shading the steel volumes, reducing heat gain. The result is a resilient, adaptable system that merges the speed, economy, and sustainability of reused containers with the robustness and longevity of conventional construction, creating a contemporary tropical architecture suited to coastal conditions.
Project Sustainability Approach:
Sustainability is embedded at every scale of the project. The house is built from upcycled shipping containers, giving a second life to industrial materials and significantly reducing the need for new structural resources. Designed to operate without air conditioning, the home relies on passive cooling strategies—cross ventilation, shaded openings, roof insulation, and deep overhangs—to maintain thermal comfort while minimizing energy consumption. The open-plan layout enhances airflow and reduces dependence on mechanical systems. Inside, the kitchen is crafted by a local metal artisan, supporting regional know-how, reducing transport impact, and celebrating Mauritian craftsmanship. Together, these choices create a low-energy, locally rooted, and environmentally responsible tropical home.
Sustainability is embedded at every scale of the project. The house is built from upcycled shipping containers, giving a second life to industrial materials and significantly reducing the need for new structural resources. Designed to operate without air conditioning, the home relies on passive cooling strategies—cross ventilation, shaded openings, roof insulation, and deep overhangs—to maintain thermal comfort while minimizing energy consumption. The open-plan layout enhances airflow and reduces dependence on mechanical systems. Inside, the kitchen is crafted by a local metal artisan, supporting regional know-how, reducing transport impact, and celebrating Mauritian craftsmanship. Together, these choices create a low-energy, locally rooted, and environmentally responsible tropical home.
Local and Regional Impacts of the Project:
Located in Trou d’Eau Douce, the project demonstrates how building differently can reshape local architectural practices. By combining upcycled containers, passive design, and a strong relationship to landscape, it proposes an alternative to conventional air-conditioned concrete housing common in the region. The house showcases a new tropical language—lighter, more resource-efficient, and climate-responsive—while remaining accessible in terms of construction techniques and cost. Its visible experimentation encourages local builders, artisans, and designers to explore adaptive reuse, hybrid structures, and low-energy living. As a prototype, it contributes to a broader shift toward innovative, sustainable architecture in Mauritius.
Located in Trou d’Eau Douce, the project demonstrates how building differently can reshape local architectural practices. By combining upcycled containers, passive design, and a strong relationship to landscape, it proposes an alternative to conventional air-conditioned concrete housing common in the region. The house showcases a new tropical language—lighter, more resource-efficient, and climate-responsive—while remaining accessible in terms of construction techniques and cost. Its visible experimentation encourages local builders, artisans, and designers to explore adaptive reuse, hybrid structures, and low-energy living. As a prototype, it contributes to a broader shift toward innovative, sustainable architecture in Mauritius.
Company Name:JUGAAD
Lead Designer(s) Name(s):Nicolas Dalais
