Sustainable Concrete
Recycled Material
Elevated Temperature Effects
Numerical Modeling
Experimental Structural Engineering
Nano materials
Smart Materials
AI in Structural Engineering
Infrastructure Sustainability
Concrete Durability
Fire Resistance of Concrete
Structural Retrofitting
Green Construction Materials
Enthusiastic and outcomes-oriented professor of structural engineering at the University of Jordan, holding a PhD in Civil Engineering from Oxford Brookes University (2003), with more than two decades of academic and applied research experience in Amman. His expertise encompasses shear and flexural strengthening of reinforced concrete using CFRP and BFRP, sustainable concrete incorporating recycled aggregates and nanomaterials, and advanced modeling techniques including AI‑driven predictive modeling. He has published extensively—well over 100 peer‑reviewed articles on topics like ultra‑high‑performance concrete under elevated temperatures and recycled asphalt reinforcement—and actively leads multidisciplinary experimental and analytical research teams. Highly proficient in laboratory testing, numerical simulation, and integrating sustainable materials and smart engineering practices. Committed to delivering innovative, environmentally conscious infrastructure solutions. Looking ahead, he is eager to collaborate with governmental, academic, or industry partners on cutting‑edge projects in sustainable structural engineering, smart materials, and AI‑based modeling. Let’s connect to explore impactful research and engineering synergies.