Abstract
The pursuit of earthquake-resistant building designs is paramount in regions prone to seismic activity. This abstract delves into the comparative analysis of two prominent structural systems, bracing, and shear wall systems, utilizing STAADPRO software. The study aims to discern the effectiveness of each system in mitigating seismic forces and enhancing structural resilience. Through meticulous modeling and simulation, various parameters such as structural integrity, stability, and response to seismic loads are scrutinized. The research methodology involves the creation of virtual models representing buildings with both bracing and shear wall systems, subjected to simulated seismic events of varying magnitudes. By employing STAADPRO software, a comprehensive analysis of structural behavior under seismic stress is conducted, providing insights into the performance of each system. The results are then meticulously analyzed to ascertain the efficacy of bracing and shear wall systems in re