About BUCABUMA
Building Capacity in Circular Natural Building Materials — connecting universities, students, and practitioners across Africa and Europe.
Building Capacity in
Circular Natural Materials
BUCABUMA (Building Capacity in Circular Natural Building Materials) is an innovative initiative dedicated to advancing sustainable construction, climate resilience, and circular economy practices through the integration of natural materials, digital innovation, and traditional engineering knowledge.
Our mission is to empower students, researchers, and practitioners with the skills, tools, and knowledge needed to develop resource-efficient, climate-responsive building solutions. By combining education and research, digital fabrication, and locally available renewable materials, BUCABUMA promotes environmentally responsible construction methods that are both affordable and scalable.
Partner Institutions
Our Team
Project Coordinators
Academic coordinators from each partner institution leading research, mobility, and capacity building across Africa and Europe.
Dr-Ing. Alexander Boakye, Marful
Project Coordinator
Kwame Nkrumah University of Science and Technology, Kumasi
Dr. Linda Esi Aduku
Project Coordinator
Kwame Nkrumah University of Science and Technology, Kumasi
KIT Coordinator
Project Coordinator
Karlsruher Institut für Technologie
AAU Coordinator
Project Coordinator
Addis Ababa University
Dr. Simon Bett
Project Coordinator
University of Nairobi
UoN Coordinator
Project Coordinator
University of Nairobi
Key Features
Three core pillars that guide every aspect of the BUCABUMA initiative.
Utilizing Local,
Renewable Materials
We promote locally sourced, renewable materials — bamboo, clay, natural fibres — to reduce environmental impact and support affordable, climate-responsive construction.
Fosters Sustainability
and Resilience
Circular design principles and climate-resilient materials support structures that adapt to changing environmental conditions and reduce resource depletion.
Reduces CO2
Emissions
Prioritizing natural, low-carbon materials and efficient methods significantly lowers carbon emissions and minimizes the environmental footprint of the built environment.
Get Involved
with BUCABUMA
Fully funded academic mobility scholarships for qualified applicants from Ghana, Kenya, Ethiopia, and South Africa. Shape the future of sustainable, climate-resilient construction.
Apply for Scholarship