Brief
Discover the groundbreaking precast building by American University of Sharjah, utilizing conductive concrete for EMP protection. A game-changer in civilian and military infrastructure safety.
Insight
The American University of Sharjah (AUS), in collaboration with the Sharjah Research Technology and Innovation Park (SRTIP), has marked a significant advancement in infrastructure technology with their latest project.
After 16 years of dedicated research, the team has introduced a unique precast building made of conductive concrete, specifically designed for electromagnetic pulse (EMP) shielding. This innovative approach is aimed at protecting vital civilian and military infrastructure from electronic sabotage.
The concept, developed by Dr. Sherif Yehia and Dr. Nasser Qaddoumi of AUS, began in 2009 and has since evolved from heating applications to shielding features. Their research has led to two patents filed in the United States, highlighting the uniqueness of their invention. Dr.
Yehia emphasized that this is the first of its kind globally, capable of blocking energy pulses and ensuring complete signal isolation, thereby safeguarding critical facilities like data centres and security centres.
The project garnered significant support from AUS, particularly from its Office of Research and Graduate Studies, and external backing from entities like ALEC Engineering Contracting and SRTI Park CEO, Mr. Hussain Al Mahmoudi. Notably, the project also involved substantial student participation, providing them with valuable hands-on experience.
Mr. Al Mahmoudi praised the innovation for its potential in enhancing building safety and reducing carbon emissions, a major concern in the construction industry. The project aligns with SRTIP’s commitment to fostering a supportive environment for research in future building technologies.
Looking forward, the team aims to collaborate with industry partners to extend the application of their research. The development of this novel concrete material is expected to significantly contribute to the construction industry, especially in terms of EMP protection for electric grids and sensitive equipment. AUS emphasizes the importance of collaborative research in achieving real-world solutions, positioning itself as a leader in academic excellence and innovation.
Highlight
- After 16 years of dedicated research, the team has introduced a unique precast building made of conductive concrete, specifically designed for electromagnetic pulse (EMP) shielding.
- Yehia emphasized that this is the first of its kind globally, capable of blocking energy pulses and ensuring complete signal isolation, thereby safeguarding critical facilities like data centres and security centres.
- . The development of this novel concrete material is expected to significantly contribute to the construction industry, especially in terms of EMP protection for electric grids and sensitive equipment.
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