kere architecture shapes clinic across hillside in burundi to expand rural healthcare access

"The pavilion system breaks down the scale of the hospital into approachable units, improving orientation and creating a more humane healthcare environment. The buildings follow existing contour lines, reducing excavation and preserving the hill's natural profile, allowing the clinic to maintain clear and legible movement for staff, patients, and visitors, while optimizing adjacencies between departments."

"All structures of the Ineza Clinic are oriented according to prevailing winds to maximize cross-ventilation and minimize reliance on mechanical systems. The birthing and outpatient units share a typology with irregular perimeters that generate shaded waiting zones, integrating built-in seating along their edges. Above, a ventilated roof system, refined through earlier projects by the studio, protects against heavy seasonal rainfall while promoting airflow."

"The surgical ward introduces vertical chimneys for stack ventilation, paired with individual windows for each patient bay, ensuring daylight, views, and a sense of dignity during recovery. Kéré Architecture's Ineza Clinic is constructed using locally sourced materials and adapted building techniques developed by the practice."

The Ineza Clinic in Bubanza, Burundi, designed by Francis Kéré and Kéré Architecture, serves the rural population with dedicated maternity and surgical care alongside an existing general hospital. The campus comprises ten pavilions distributed along a steep hillside, organized by a primary spine road that ascends from the national route to a visitor zone. Buildings follow existing contour lines to minimize excavation and preserve the natural landscape. The pavilion system breaks down hospital scale into approachable units, improving wayfinding and creating a more humane environment. Climate-responsive design features include wind-oriented structures for cross-ventilation, ventilated roof systems for rainfall protection, and vertical chimneys for stack ventilation in surgical wards. Locally sourced materials and adapted building techniques further enhance sustainability and cultural integration.

Read at designboom | architecture & design magazine