Across West Africa, a region that has received relatively little attention in global architectural discourse despite its cultural richness and rapid urbanization, a sophisticated architectural movement is emerging around the revival and reinterpretation of vernacular building traditions. Architects in Dakar, Lagos, Accra, and smaller cities are demonstrating that traditional materials—earth, bamboo, laterite stone, and palm thatch—offer resources for addressing contemporary architectural and environmental challenges in ways that imported modernist models have failed to provide.
The movement, which lacks formal organization but shares characteristics across national contexts, responds to several conditions that define the region's architectural moment. West Africa is experiencing the world's most rapid urbanization, with cities growing at rates that strain infrastructure and housing supply. The region's climate, already challenging, is warming rapidly, with temperature increases that make conventional construction uncomfortable and energy-intensive. And the architectural models imported during the colonial and postcolonial periods—concrete frame construction with glazed facades, the vocabulary of international modernism adapted without regard to local conditions—have proven poorly suited to the region's climate, economy, or cultural preferences.
The work of Senegalese architect Issa Diop, whose practice is based in Dakar, exemplifies the movement's approach. His Cultural Center for the Village of Toubacouta, completed in 2024, uses compressed earth block construction throughout—a material that local labor can produce from regional soils, that provides thermal mass essential for comfort in the region's hot dry climate, and that connects the building to a construction tradition that predates colonial intervention. The building's form, a series of vaulted spaces that reference the region's traditional granary architecture, provides column-free interior volumes while using structural forms that are structurally efficient and climatically responsive.
The earth blocks, produced on site using a hand-operated press, require only 5 percent cement stabilizer to achieve structural strength suitable for the building's loads. This approach, which Diop has refined across multiple projects, reduces both cost and embodied carbon compared to fired brick or concrete block construction. The blocks, cured for two weeks before use, provide walls that regulate interior humidity while offering the thermal mass that moderates diurnal temperature swings characteristic of the Sahel climate.
The project's most innovative feature is its roof system, a series of catenary vaults in adobe that draw on structural forms developed in the region over centuries. These vaults, built by masons trained through a program Diop established at the Dakar Polytechnic, provide clear spans without the need for timber formwork or imported steel reinforcement. Their shape, developed through physical modeling and structural testing at the Polytechnic, optimizes the distribution of compressive forces in earth construction while creating interior volumes of considerable spatial quality.
In Lagos, the Nigerian practice ntta.earthworks, led by architect Nnenna Okonkwo, has emerged as another significant voice in the region's architectural conversation. The practice's Community Library in the Mushin neighborhood, completed in 2025, demonstrates the viability of bamboo as a structural material for community-scale public buildings in the region's largest city.
The project uses a bamboo structural system developed in collaboration with the International Network for Bamboo and Rattan, a research organization that has been working to develop structural applications for bamboo in West Africa. The bamboo, sourced from plantations in Cross River State established specifically for construction applications, provides a renewable structural material that sequesters carbon while offering strength-to-weight performance that compares favorably with steel.
The library's structural system, developed with engineer Kunle Akinosi, uses bamboo poles connected through a system of bolted joints and custom steel fittings that address the particular challenges of bamboo construction: the material's tendency to split, its variable dimensions, and its vulnerability to biological attack. The detailing, while informed by research, reflects the constraints and opportunities of working with a material that, unlike standardized industrial products, has inherent variability.
In Accra, the Ghanaian practice MOAA Studio, led by Mabel O. Akuteye, has focused on laterite stone—a material abundant in the region's geology but rarely used in contemporary construction. The practice's House in Aburi, completed in 2025, uses laterite throughout its exterior walls, creating a building whose warm reddish-brown surfaces reference the region's geological character while providing thermal mass appropriate to the local climate.
The laterite, quarried within 30 kilometers of the site, requires minimal processing—only cutting to dimension and surface finishing—to become suitable for wall construction. Its use reduces the building's embodied carbon significantly compared to concrete or fired brick, while supporting regional extractive economies rather than importing materials from international suppliers.
The West African architectural movement faces significant challenges. Building codes, typically based on models imported from Europe or North America, often make no provision for the materials and techniques the movement employs. Financing remains difficult, as banks are reluctant to lend for construction using unfamiliar materials. And the skilled labor required—the masons, carpenters, and earth builders who understand traditional techniques—remains scarce as younger generations have been trained in conventional construction methods.
Yet the movement's momentum appears irreversible. The failure of conventional construction to provide comfortable, affordable, and culturally appropriate buildings has become increasingly evident as the region's climate warms and its cities grow. The architectural approaches emerging from Dakar, Lagos, Accra, and other West African cities offer alternatives that are environmentally responsible, economically accessible, and culturally grounded—qualities that the imported models that have dominated the region's construction for decades conspicuously lack.
The work of Diop, Okonkwo, Akuteye, and their peers across the region demonstrates that West African architecture, rather than being a field awaiting development from outside, contains sophisticated resources for addressing contemporary challenges. The movement's growing visibility in international architectural discourse represents a correction of the structural exclusion that has kept this work from receiving the attention it deserves—and an acknowledgment that the architectural practices that will shape the twenty-first century may emerge from contexts that the previous century's discourse systematically overlooked.
