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This innovation enables concrete to perform two roles: bearing design loads while safeguarding vital facilities such as power stations, data centres, and communication hubs from electromagnetic pulses and interference. The patent also includes interlocking features for precast components to reduce electromagnetic leakage at joints and corners, making it ideal for precast applications.
Lead inventor Dr Sherif Yehia described the breakthrough as “a turning point” for resilient infrastructure. Faculty co-inventor Dr Nasser Qaddoumi explained that AUS translated laboratory results into engineering details that contractors can apply to real-world projects. Contributing researcher Dr Lim Nguyen added that integrating shielding properties into structural materials makes resilience a fundamental design feature rather than an external addition.
The system has already been demonstrated at full scale at the Sharjah Research, Technology and Innovation Park. AUS is now collaborating with industry partners and precast producers to scale the technology. This patent enhances the growing portfolio of the AUS College of Engineering, reinforcing its position as a hub for innovation and cross-disciplinary collaboration.