Meals on Wheels is a non-profit organization with over 5,000 local programs throughout America dedicated to addressing the nutritional and social needs of seniors. It is because of committed staff and volunteers that homebound seniors can receive a healthy meal, a quick visit, and routine safety checks.
Meals on Wheels’ existing mobile app allows volunteers to track deliveries and alert coordinators about changes in the client’s condition. It’s a valuable tool but it’s client centric, meaning it primarily focuses on the needs of the senior. However, the Coordinators and Volunteers also have their own unique challenges so the goal of this project was to identify how the existing app was or was not meeting their needs. Specifically, we discovered that an enhanced mobile application that also allows volunteers to map their client route, communicate with other volunteers and coordinate route coverage amongst each other.
We started our research process by conducting user interviews. A team member and I sat down with the Coordinators at Meals on Wheels West in Santa Monica to better understand the volunteer experience from the people who organize it. It was here we were able to uncover real insights about their goals and frustrations as well as pinpoint areas where the existing app isn’t meeting their needs. Specifically, the Mobile Meals app wasn't fully implemented, coordinators have to arrange for a route to be covered if a volunteer backs out, and there isn't a systematic way for volunteers to communicate outside the program.
The following day we were invited back to Meals on Wheels West for a site visit and ride along. This allowed us to immerse ourselves into the Meals on Wheels experience and understand the context in which volunteers would be interacting with our product. We directly observed the volunteers’ behaviors, preferences, and interactions. I was also able to ask the volunteer questions regarding what works and what doesn’t work for them while another team member took detailed notes.
We used this hypothesis to help build a proto-persona, which informed our decision making throughout the rest of the design process, specifically that we would be designing for volunteers of retirement age with limited technical knowledge.
Next, our team sketched a minimal viable product and created a low fidelity paper prototype. We then ran 3 usability tests and used the feedback from the tests to iterate on our designs.
We used the feedback from the tests to iterate on our designs and create a medium fidelity prototype. We then tested our prototype on 3 more users before moving to high fidelity.
Next a team member prepared a style guide for our final design. We incorporated feedback from our user testing, making the font sizes and buttons larger and thus more accessible for our target audience. We used Meals on Wheels current color palette to reflect the same character of the brand.
Finally, I assisted another team member design our high-fidelity wireframes. I was in charge of designing the sign up / onboarding flow and the contact pages.
Volunteers are onboarded through the process of creating an account and have the option to tour the app.
Volunteers can easily navigate to clients through the in-app map feature and have the ability to quickly update client information.
Volunteers can request their route be covered by other available volunteers if they are unable to make a scheduled route.
The app allows volunteers to message other volunteers as well as get in contact with office staff.
It was a privilege to design an app for an organization that is making a difference. We listened to their frustrations and needs and provided thoughtful solutions resulting in an end product that truly has the user in mind. However, it wasn’t easy. We spent a lot of time iterating and testing and came up against a few walls. Also due to certain constraints, we we’re unable to test with Meals on Wheels volunteers; however we feel strongly that our design adds value to the volunteer experience, and we look forward to bringing it back to Meals on Wheels for further testing in the future.