IRCAD AFRICA
Prize(s):
WINNER 2026 ARCHITECTURE / Mixed-Use Building Architecture
Company Name:S&AA
Lead Designer(s) Name(s):Patrick SCHWEITZER
Design Team / Other designer(s):S&AA
Architecture Firm:S&AA
Interior Designer:S&AA
Client Name:IRCAD
Photo Credit:JULES TOULET
Project Location:KIGALI
Design Status:Completed
Website: View
Video URL:View
Project Description:
IRCAD Africa trains African surgeons to use laparoscopic surgery techniques. Rwanda, the country of a thousand hills, is the main inspiration for the shape of the building. The project is divided into three irregular prisms housing the office floors, the operating theatres, the labs, and the IT and audio-visual research areas. These prisms are connected to two "volcanoes" housing an auditorium and a cafeteria respectively. The different areas are joined together, creating a platform for interacting and sharing knowledge.
IRCAD Africa trains African surgeons to use laparoscopic surgery techniques. Rwanda, the country of a thousand hills, is the main inspiration for the shape of the building. The project is divided into three irregular prisms housing the office floors, the operating theatres, the labs, and the IT and audio-visual research areas. These prisms are connected to two "volcanoes" housing an auditorium and a cafeteria respectively. The different areas are joined together, creating a platform for interacting and sharing knowledge.
Project Innovation / Specification:
The shapes of the building draw their inspiration from the natural environment of Rwanda: volcanoes, hills, earth and water. Nature is omnipresent in the design of the interior and exterior areas.
The shapes of the building draw their inspiration from the natural environment of Rwanda: volcanoes, hills, earth and water. Nature is omnipresent in the design of the interior and exterior areas.
Project Sustainability Approach:
Bioclimatic design in Rwanda focuses on adapting buildings to the local tropical highland climate to improve comfort and reduce energy use. Key principles include proper orientation to limit heat gain and maximize daylight, and natural ventilation to cool indoor spaces through airflow. The use of local materials such as brick and volcano stone helps regulate indoor temperatures thanks to their thermal mass. Shading elements like large roofs and vegetation protect buildings from strong solar radiation.
Bioclimatic design in Rwanda focuses on adapting buildings to the local tropical highland climate to improve comfort and reduce energy use. Key principles include proper orientation to limit heat gain and maximize daylight, and natural ventilation to cool indoor spaces through airflow. The use of local materials such as brick and volcano stone helps regulate indoor temperatures thanks to their thermal mass. Shading elements like large roofs and vegetation protect buildings from strong solar radiation.
Local and Regional Impacts of the Project:
In Rwanda, the valorization of local skills plays a key role in sustainable architectural development. Traditional knowledge in construction, such as earth building techniques, craftsmanship, and the use of locally available materials, is essential for creating buildings adapted to the country’s climate and environment. By involving local workers and artisans, architectural projects support the local economy and create employment opportunities. This approach also helps preserve cultural identity and encourages the transmission of construction knowledge across generations.
In Rwanda, the valorization of local skills plays a key role in sustainable architectural development. Traditional knowledge in construction, such as earth building techniques, craftsmanship, and the use of locally available materials, is essential for creating buildings adapted to the country’s climate and environment. By involving local workers and artisans, architectural projects support the local economy and create employment opportunities. This approach also helps preserve cultural identity and encourages the transmission of construction knowledge across generations.
Company Name:S&AA
Lead Designer(s) Name(s):Patrick SCHWEITZER
