The Qutub Minar, an iconic symbol of India’s architectural heritage, has been analyzed to assess its structural integrity under seismic and wind loads. Using ANSYS 24 for design, modeling, and iterative analysis, this study systematically identified and addressed potential structural vulnerabilities. Given the Minar’s historical significance and the complexities of modern structural engineering, a comprehensive approach was essential. With a towering height of approximately 73 m, the Qutub Minar is highly susceptible to wind-induced forces, which can trigger structural vibrations and compromise stability. This study emphasizes the importance of wind load analysis, as unaccounted aerodynamic effects on such historic monuments can lead to progressive deterioration or failure. Findings indicate that the upper sections, particularly between the fourth and fifth floors, experience significant stress concentrations under wind loads, highlighting the need for targeted structural reinforcement. This research underscores the critical role of advanced structural analysis in preserving historical monuments. By understanding the Minar’s wind response, the study provides valuable insights for conservation strategies, ensuring its long-term stability while safeguarding its architectural legacy.