This paper examines the Community Engineering Response Team (CERT) as a case study to explore how community-driven engineering education and innovation can aid in Sudan’s post-war recovery.
The paper is based on an empirical case study of a capacity-building initiative involving 700 engineering students throughout Sudan. The study employed virtual training (ECHO model), hands-on implementation, and survey data collection.
The programme improved knowledge of sustainability (94.4% reported enhancement), fostered innovative community-led projects, and showcased the effectiveness of the ECHO model in post-conflict engineering and education in other disciplines.
This paper offers a replicable model that integrates engineering problem-solving and education with post-war recovery efforts, together with policy recommendations for scaling.
The study focused on a pilot initiative; future work should explore long-term sustainability.
The CERT model can be adapted for other engineering and socio-economic projects tailored to address broader sustainability challenges.
Musa, T., Alawad, A. M. A., Mahmoud, B., Elsayed, F., Babiker, R. and Jordan, R. (2025): Catalysing Community-Led Engineering for a Sustainable Sudan: The Role of the Community Engineering Response Team (CERT). International Journal of Sudan Research (IJSR), Vol 12, No. 1, pp. 17-40.
