RESQ APP
ResQ: Bridging the Physical-Digital Divide for Emergency Response
Project Overview
ResQ is the outcome of collaborative innovation triggered by a classroom assignment that required us to design physical products with digital interfaces. Each team member proposed three ideas, exploring the growing world of connected devices and the Internet of Things (IoT). Following a collective decision, we developed the ResQ band—a life-changing wearable designed specifically for first responders, combining physical and digital elements seamlessly. This project highlighted our dedication to innovative design solutions, focusing on products with screens as required by the assignment.
Executive Summary
ResQ is a cutting-edge forearm device empowering police officers and EMS personnel with instant access to vital information through Mobile Data Terminals, Computer-Aided Dispatch (CAD), and real-time patient data. Its seamless interface enhances response times, facilitates informed decision-making, and prioritizes the safety of responders and communities. The project's genesis lies in addressing the convergence of physical and digital design, driven by the rapid evolution of technology and the interconnectedness of devices.
Meet the Team
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BRIAN STEFANSKI
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CHLOE PAGNOZZI
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EMILIA MASSARELLI
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SEAN FORMANTES
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VICTORIA NICHOLLS
Problem statement
The main problem that ResQ addresses is the critical need for first responders to access essential information rapidly and effectively during emergencies. This includes real-time patient data, dispatch information, and communication tools—all crucial elements that can significantly impact response times and decision-making in high-pressure scenarios.
The pre-research problem was the lack of a comprehensive solution that seamlessly integrates data access, communication, and safety functionalities into a single wearable device for first responders. Post-research, the problem remained consistent, highlighting the ongoing challenge of enhancing emergency response capabilities through innovative technologies.
The future vision, if the problem is solved, is a landscape where first responders can rely on advanced wearables like ResQ to streamline operations, improve coordination, and ultimately save more lives during emergencies.
Design Process
Discovery: Understanding the needs and challenges of first responders, exploring existing technologies, and identifying gaps in current solutions.
User Research: Engaging with potential users, gathering insights on preferences, pain points, and workflow requirements.
Low-Fidelity Prototype: Creating initial designs and concepts for ResQ, focusing on functionality and user experience.
Usability Testing: Iteratively testing ResQ prototypes with target users, gathering feedback, and refining designs based on insights.
High-Fidelity: Developing detailed designs, integrating feedback from usability testing, and finalizing ResQ's visual and interactive elements.
·Beta Testing: Conducting real-world trials with ResQ prototypes, gathering performance data, and making final adjustments based on user feedback.
Our Solution
The solution presented by ResQ is a groundbreaking wearable device that revolutionizes emergency response capabilities. It combines rapid data access, seamless communication, and advanced safety features into a single, user-friendly interface.
Rapid Access with Forearm-Mounted Mobile Data Terminals: ResQ places a Mobile Data Terminal on the responder's wrist, providing quick access to vital details such as emergency contact information, medical history, and incident reports.
Connectivity via FirstNet for Seamless CAD Integration: ResQ prioritizes seamless communication through its utilization of FirstNet. This dedicated network ensures a robust and uninterrupted connection between all ResQ users and the computer-Aided Dispatch (CAD) system.
Real-Time Patient Information Management: ResQ allows responders to retrieve and update crucial medical details on the spot. The seamless interface ensures EMS personnel can deliver life-saving interventions without delays caused by information retrieval.
Results Analysis
The impact of ResQ extends beyond the product itself, influencing how emergency responders operate and collaborate. By providing rapid access to critical information, enhancing communication, and prioritizing safety, ResQ contributes to more efficient and effective emergency response efforts.
In what way did your work create an impact? ResQ streamlines emergency response procedures, reducing response times and improving decision-making.
How did you measure the impact? Metrics include reduced incident resolution times, improved coordination among responders, and positive feedback from end users.
Can you show metrics, testimonials, or any other proof? Testimonials from first responders highlight the transformative impact of ResQ on their daily operations and emergency response capabilities.
Conclusion and next steps
ResQ is an innovative wearable designed to improve emergency response for first responders. Developed through collaborative innovation in a university project, ResQ integrates cutting-edge technology to provide rapid data access, seamless communication, and enhanced safety features. Testimonials from first responders highlight its transformative impact on response times, coordination, and overall safety.
Looking ahead, our team plans to refine ResQ's user experience based on feedback from first responders. We aim to conduct extensive usability testing to ensure unified integration into emergency response protocols. Additionally, scalability testing will be crucial to measure ResQ's performance in diverse operational environments. Collaborating with industry partners and emergency services agencies will be key to expanding ResQ's reach and optimizing its impact on emergency response. Overall, our journey with ResQ continues as we strive to innovate and empower emergency teams globally.