Bisan Kandil
student
Arab academy for science and technology
Egypt
Architecture
The idea of this project is to respond to the humanitarian and environmental challenges affecting Sudan by proposing a resilient and adaptable settlement… more
Pranita Khedkar
advisor
University of Houston
United States of America
My architectural focus is shaped by a commitment to bringing clarity, purpose, and technical rigor… more
This project demonstrates a layered understanding of resilience by embedding mobility, cultural continuity, and social infrastructure into its architectural framework. The reliance on traditional Sudanese boat building practices, where artisans crafted vessels from locally sourced acacia, is not simply a cultural reference but a deliberate strategy to root resilience in vernacular knowledge systems. This approach situates resilience as both technical and cultural, ensuring that construction methods remain accessible and repairable by local communities. The programmatic distribution of markets, clinics, educational units, and shelters reflects an understanding of resilience as a networked condition, where survival is inseparable from the preservation of social rhythms and economic agency. Buoyant platforms that rise with flood levels demonstrate anticipatory resilience, designed to absorb shocks rather than resist them, and to maintain continuity of life during displacement.
At the same time, the resilience narrative remains primarily short term and reactive, and it would benefit from a deeper articulation of transformative resilience. While wind turbines and modular platforms suggest future oriented thinking, the design does not yet position the settlement as a regenerative infrastructure capable of evolving under intensifying climate and political instability. Critical questions arise about how materials weather under prolonged exposure, how maintenance cycles can be embedded into community governance, and how the units might actively regenerate riparian ecosystems rather than simply coexist with them. Governance structures also require attention to ensure that mobility translates into empowerment rather than vulnerability, particularly in contexts of conflict and displacement. By integrating closed loop water systems, energy storage strategies, ecological restoration, and adaptive community protocols, the project could move beyond survival toward a model of resilience that is ecological, socio political, and temporal. In this framing, resilience is not only about absorbing shocks but about transforming crises into opportunities for long term stability and cultural continuity. This shift would elevate the project from a responsive settlement to a living infrastructure capable of thriving through change rather than merely enduring it.
The project would benefit from clearer integration of long‑term sustainability systems. Introducing closed loop water recycling would reduce dependency on external resources and strengthen resilience. Expanding the role of renewable energy storage could ensure continuity during prolonged crises. Finally, embedding ecological restoration strategies into the settlement design would allow the architecture to regenerate the riverbank environment rather than simply coexist with it.
09.07.2026