Amer is a dedicated researcher in the field of structural engineering, with a specific focus on the behavior and performance of masonry walls under various loading conditions. Their academic and research journey has been rooted in combining traditional experimental approaches with modern computational techniques to enhance the understanding of masonry structures. Their most recent research project, titled "Reinforcement Methods for Brick Masonry Walls an Experimental and Finite Element Analysis Approach explored the mechanical response of masonry walls subjected to different stress conditions. The study involved both laboratory experiments and advanced finite element analysis (FEA), using ABAQUS software to simulate and validate the behavior of masonry under applied loads. The project aimed to bridge the gap between physical testing and simulation, ensuring the analytical models accurately reflected real-world performance. The research outcomes provided valuable insights into the structural integrity, failure mechanisms, and retrofitting possibilities of masonry walls, contributing to the field of structural safety and design optimization. Through this research, Amer has developed expertise in nonlinear analysis, damage modeling, and material characterization within masonry structures. Their work stands as a significant contribution to the ongoing development of resilient and cost-effective construction methods, particularly in seismic and high-stress environments.