AED Find

AED Find website homepage with options to find AED devices and instructions on their use. Includes menu links like 'What is an AED' and 'Register an AED'. Features design elements like a heart rate line and red buttons.
"TLDR" text in retro style with colorful 3D shadow effect.

Too Long, Didn’t Read

The AED Find project aimed to develop a mobile app that enables users to quickly locate nearby AED devices in emergencies while also allowing for advanced search and preparedness planning. Simplicity and ease of use in crisis situations were top priorities. The project began with user research and competitive analysis to understand existing solutions and gaps. Wireframes were initially hand-drawn, then digitized into a low-fidelity prototype, followed by usability testing to refine the experience. These insights shaped the high-fidelity prototype, ensuring the app was intuitive and functional in high-stress scenarios as well as everyday use. This project reinforced the importance of user-centered design in life-saving situations, balancing efficiency, clarity, and accessibility.

Impact:

  • Conducted user research and competitive analysis

  • Designed and iterated on wireframes and prototypes

  • Ensured intuitive navigation and accessibility

  • Prioritized clarity and efficiency

  • Developed a high-fidelity prototype

My Role

For this solo project I am responsible for full research and design of this project

Project Duration

The project follows the 6 month certification course from Google, project duration was 2 weeks

Problem

Create a mobile app to fit a social need. This mobile app should be able to provide a user with instructions on how to use an AED device in an emergency situation, when a user is highly distracted and needs to be able to navigate in an familiar and simple way

Goal

The mobile app must be simple, bold, non-scrolling, with an intuitive and easy to use interface for possible use in an emergency situations

User Personas

Personas for Beverly Miller and Lee Carter
Competitive Audit showing three competitors and screenshots from apps

Design

Wireframing.

Image of digital wireframes, showing 6 frames

Link to Lo-Fi Prototype

View the interactive low fidelity prototype on Figma

Usability Study parameters

Usability Study

Usability study findings
Post-it notes categorized under 'User Flow,' 'Navigation,' and 'Other' with feedback on navigation design. Includes actionable insights such as adding a 'Home' button and expanding search results.
Mockups
Mockups
Responsive Designs

High Fidelity Prototype

A High Fidelity Prototype of the app designed in Figma

Automated External Defibrillator app user interface showing steps to find and use AEDs, including map location, attaching pads, and operation instructions.
Screenshot collage showcasing an AEDFinder website for finding Automated External Defibrillators. It includes a homepage, a map search page, instructions for using an AED, and informational content about AEDs.

Link to Hi-Fi Prototype

View the interactive high fidelity prototype on Figma

Accessibility

Colors

High contrast colors for simple readability and accessibility

Fonts

Large readable fonts for easy viewing and accessibility

Simple Navigation

Large buttons are implemented to make navigation simple and limiting user errors

Voice Prompts

A future iteration may include voice prompts for the instructional section

Take Aways and Next Steps

Take Aways

Impact:

This app is designed to assist in saving a persons life, and being able to successfully navigate the app in time of need is quite possibly a life or death situation. Nothing about the design is taken lightly, the user experience needs to be flawless.

What I learned:

Designing for super simplistic and easy navigation. Minimalist content, only the absolute requirements is needed for the app, while having the capability to expand on a companion website.

Next Steps

1) Hand off designs to production

2) User research with a fully functioning app to make certain the navigation is as user friendly as it could be

3) A possible expansion of the instructions including voice prompts to assist a user who is unable to hold the phone while in the moment