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In the Public Safety Smartwatch project, I focused on enhancing the safety and operational efficiency of first responders by designing a user-centered wearable that combines health monitoring, environmental hazard detection, and silent communication tools all in one rugged, ergonomic device.
Through an iterative design process grounded in empathy-driven research, including field observations, user interviews, and competitive analysis, I uncovered key gaps in current solutions. These included unreliable communication in high-noise environments, limited real-time hazard alerts, and discomfort or incompatibility with protective gear. These insights informed every design decision throughout the project.
To address these pain points, I prioritized features such as real-time vital sign tracking, toxin detection, haptic feedback alerts, and a streamlined interface designed for quick interaction under pressure. The smartwatch was conceptualized to operate seamlessly in extreme conditions while remaining lightweight, durable, and easy to use.
This project highlights my ability to apply human-centered design in life-critical contexts, blending technological innovation with ergonomic and usability considerations. I developed user personas, journey maps, and storyboards to ensure alignment with real-world emergency workflows. The final concept delivers intuitive navigation, robust sensor integration, and non-verbal communication tools, supporting both safety and situational awareness.
By navigating constraints like cost, ethical data handling, and integration complexity, I delivered a solution that is practical, scalable, and purpose-built. The Public Safety Smartwatch is not just a wearable it’s a critical ally for first responders in the field.
For a closer look at this project, you can visit the full case study on Behance.
