Anusuya Mohan
Architectural projects play a crucial role in shaping urban development by influencing energy efficiency, aesthetic appeal, community impact, and accessibility. Evaluating these projects using rigorous methodologies is essential for making well-informed decisions. This study utilizes the Technique for Order Preference by Similarity to Ideal Solution (TOPSIS) method to evaluate five architectural projects across these critical criteria. The aim is to identify strengths and weaknesses, thereby assisting stakeholders in selecting optimal design solutions for sustainable urban environments. The TOPSIS method involves several steps, including data normalization, establishing weighted criteria, and calculating proximity to both ideal and negative-ideal solutions. This systematic approach ensures a comprehensive assessment of each project’s performance in energy efficiency, aesthetic appeal, community impact, and accessibility. Among the projects assessed, High-Rise Office Building B excels notably in energy efficiency, while Residential Complex C distinguishes itself with high scores in aesthetic appeal and community impact. Each project exhibits unique strengths and areas for improvement, providing a nuanced perspective on their contributions to urban sustainability. The TOPSIS method proves effective in objectively evaluating architectural projects, offering valuable insights into their environmental and social implications. Decision-makers can leverage these findings to prioritize projects that align closely with sustainability objectives and community requirements, thereby promoting a built environment that enhances urban quality of life and resilience.