A reusable container service aimed at making the take-out culture more sustainable by removing the plastic trash produced by the current takeout system, at the same time engaging all stakeholders (restaurant owners, consumers, container delivery people and container producers) in sustainable actions.
Circular Design | Service Design | System Design | Product Design | UI/UX Design | Visual Design | Sustainable Design
Tool
My role
Team Members
Duration
8 Weeks (on-going project)
How might we intervene in the current take-out system to design a service that reduces the negative environmental impact caused by take-out waste, while keeping the convenience that consumers expect?
To help us understand all the stakeholders (restaurant owners, delivery people, take-out consumers) and relevant areas, we created a territory map.
Initially, we decided to focus our research on consumers and restaurant owners. Throughout our project, we found that consumers are less likely to change their behaviors and have less influence on take-out waste. Thus, we later shifted our focus from consumers to the delivery people, the container's company, and restaurant owners.
We utilized secondary research to quickly understand the scale, process, and stakeholders of the current take-out model
We interviewed 5 take-out customers, 5 restaurant owners, and 1 delivery people to understand their motivations and processes. We also interviewed City of Seattle sustainability and health employees to understand the current system.
To see all sides of the takeout model, we observed restaurants and the City of Seattle South Dump and North Waste Transfer Station to understand the process of how takeout is created, packaged, delivered, and ultimately disposed of.
Consumers make decisions based on convenience. Our solutions should not add any burden on them.
Many consumers feel guilty when ordering take-out food and thus are willing to choose more sustainable options if offered.
Restaurant owners are willing to take sustainable options as long as these options are economical and can provide a better user experience to their customers.
Furthermore, they also want to promote their brands to attract more customers.
Everyone is dropping things off, but no one is picking them up.
The main motivation is to earn money.
Containers should be unleakable, light, portable, collapsible, easy-to-clean, and healthy.
Ideally, containers should have nice branding so that they can promote restaurants and help restaurants attract more customers.
We had to make a change to the SYSTEM itself
We developed a game to test how we might get the reusable containers from the customers to the sanitation stations. In this game, participants can visualize this process and play out the various modes of transportation.
To fully understand the process, we recruited 4 consumers and 4 delivery people.
We learned that customers do not wish to spend time dropping off containers since people ordering take-out food generally are busy. They wish that someone will pick containers up in front of their doors.
Delivery people are willing to pick up containers, as long as they can earn money from it and can figure out the process easily. They wish the containers will be light and small (not taking too much space). They want to have the right to select the number of containers they need to pick up and follow a route to pick up containers.
In the Loopdy service, the restaurant subscribing to our service uses the reusable containers to package take-out orders and deliver them the consumers as they do today.
What consumers need to do is to simply collapse the container after they finish the food, insert collapsed containers into the reusable bag we provided, hang the bag in front of their door, and press the button on food delivery app (like UberEats) to let the system know that the containers are ready to be picked up.
In research, our users (consumers) said that they didn't carry reusable containers because they took up too much room or were too heavy. In usability tests, users (delivery people) also mentioned that they wish the take-out food containers can be light and collapsible.
Since these containers needed to be reused dozens of times, it is imperative that they can withstand high temperatures. Thus, we decided to use food-grade silicone as the material of containers.
Restaurant owners will be able to select the colors and sizes based on their branding needs, and even add their logo stickers to the containers.
Low-fi interactive prototype (for the purpose of test)
Low-fi Interactive Prototype (for the purpose of test)
During this iteration, we completely changed the whole workflow. Now, users can tap on the containers they want to pick up with, rather than letting the system selecting the route for them.
Restaurant owners can subscribe to our service through our website. The website allows them to select the colors and sizes of containers based on their needs, and even add their logo stickers to the containers to promote their brandings.
The color inspiration is from coolors.co.
1. Testing & evaluating the service design is vital before moving to the detailed design. Designed artifacts should serve the purpose of our service.
2. Usability tests should focus on the whole workflow rather than minor features to make sure that our logic matches users’ mindsets & expectations.
3. Research is great at debunking assumptions. It should happen throughout the whole project process, especially after brainstorming sessions.
1. Create & test a high-fidelity physical prototype for containers.
2. Finalize the website design for restaurant owners.
3. Come up with more container variations: different combinations.
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