Ahed H.

I am a PhD-level engineer and researcher with extensive experience and a passion for designing and analyzing structures to ensure their safety and functionality. I have a strong academic background in structural engineering and a proven track record of delivering innovative solutions in both academic and industry settings, which makes me confident in my ability to provide exceptional results for my clients. My expertise includes conducting complex structural analyses, developing and testing innovative AI-based algorithms for structural engineering problems, and utilizing cutting-edge software and tools to simulate the actual behavior of structures and structural materials. I have a deep understanding of various design codes and standards and have experience working on a wide range of structures, including high-rise buildings, bridges, dams, and industrial facilities. I am a highly motivated and detail-oriented individual, committed to delivering projects on time and within budget. I have excellent communication and interpersonal skills, which allow me to work effectively with team members and clients to understand their needs and provide customized solutions. I am eager to bring my expertise and experience to your organization and help drive your projects to success. Please don't hesitate to reach out to me to discuss your requirements in more detail. Below are some of the projects that I was involved in: • Designing and analyzing low- and high-rise buildings, dams, and bridges. • Seismic assessment, risk evaluation, and retrofitting of existing structures. • Designing buildings with structural control systems to reduce their vibrations. • Performing nonlinear analyses of structures subjected to extreme static and dynamic loadings. • Developing SAP2000, ETABS, SeismoStruct, and OpenSees models for highly nonlinear structures, including those with control systems and soil-structure interactions. • Designing light- and normal-weight concrete mixtures with strength ranging from 16 MPa to as high as 100 MPa. • Developing an AI-powered program that rapidly designs concrete mixtures. • Develop new data-driven and physics-informed AI models and algorithms to solve various structural engineering problems. • Contributing to multiple funded and non-funded research projects and authoring +20 research articles in the field of structural engineering. • Reviewing and editing +100 civil engineering research articles for reputable academic journals, including those published by Elsevier, Springer, and Taylor and Francis.