The study aims to propose a systematic, technical framework that integrates trauma-informed design (TiD) to design more inclusive public spaces within the urban setting that are optimized for conditions that are accessible, safe and emotionally resilient. The methodology of the paper involves a multi-tiered data-driven approach beginning with spatial analysis using LiDAR scanning, GIS mapping and occupancy analysis to map out crowd flow, re-treat zones and activity hotspots. Stress-inducing situations are identified by quantifying sensory environmental elements, such as air quality metrics (e.g., PM2.5 levels), light intensity (measured in lux), and sound pressure levels (measured in dB). The goal of the study is to identify environmental stressors that could aggravate trauma related reactions. Computational design tools are being used to analyse variations in the influence of sensory factors and propose an array of diverse design configurations ensuring optimal light exposure, noise control, and air quality improvements. Amongst the expected outcomes is the creation of guidelines for planning public areas that help trauma survivors feel safer, more at ease, and less anxious. Measurable improvements in accessibility, psychological well-being, and overall user satisfaction are expected as a result from the study. In conclusion, this study understands the need for trauma-informed design and proposes a TiD framework along with certain spatial configurations in order to create trauma-sensitive, universally accessible environments.