University : Cairo University
Tutor(s) : Mohamed Noeman Coutry and Toka Hassan
Project Description
AIDRAID project is an innovative initiative designed to address humanitarian challenges resulting from natural disasters and armed conflicts. It focuses on bridging the gap in providing urgent medical care in areas where access to hospitals and medical infrastructure is limited or nonexistent.
The hospital is composed of mobile medical units that can be transported by air to disaster sites. These units are fully equipped with medical tools for emergency care, including surgical facilities, intensive care, and first aid. The units are organized around a vertical core that facilitates movement and ensures efficient access to all areas, enabling seamless distribution of medical services.
The design incorporates a flexible infrastructure that allows the hospital to expand or adapt according to the needs of the surrounding environment. The structural framework is engineered to withstand ground shocks and earthquakes, while also supporting the movement of flying units. Special attention is given to soundproofing to ensure the comfort of users in challenging conditions.
Advanced technology is integrated into the project, including self-sustaining energy systems and ventilation mechanisms to reduce the risk of infection. Drone units are designed for efficient recharging and reuse, ensuring the sustainability of medical operations in affected areas.
Hospital locations are strategically selected using geographical and statistical data to ensure their placement in critical and accessible areas. This allows for the swift delivery of medical assistance, minimizing delays and improving survival rates for victims.
The AIDRAID medical units are highly versatile and can be deployed rapidly to disaster-stricken areas. Beyond emergency response, these units can serve as isolation rooms and operating theaters during pandemics like COVID-19.
The units are designed to optimize aerodynamics and maximize interior space efficiency. Their streamlined design reduces air resistance, enabling faster transportation while maintaining full functionality. Each unit is equipped with Building Integrated Photovoltaic (BIPV) cells, which generate renewable energy from sunlight, thereby reducing electricity consumption.
AIDRAID introduces a new model for emergency medical assistance by combining advanced technology and innovative design. It enhances the efficiency and effectiveness of disaster response, providing timely and life-saving medical care to those in need.
Established in 2012, Tamayouz Excellence Award is an unaffiliated, independent initiative that aims to advance the profession of architecture academically and professionally. Tamayouz is dedicated to supporting aspirational and transformative projects that tackle local and global challenges and that are informed by a holistic understanding of context.