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Duration

3 Weeks


Role

Iconography
UI/UX


Tools

Illustrator
Figma


TEAM

Kunaal Sikka (CS)
Hash Azam (Economics)
Cole MacChulloch (Physics)
May Xie (Environmental Sci.)

 

EcoFlow

An IoT device that empowers homeowners to make smarter choices about water usage in their homes.


Background

EcoFlow is an IoT device that was developed for the 2019 Alaska Airlines Environmental Challenge (EIC). Our team developed a physical product that can easily be installed in a home pipe system. I worked on the accompanying app which is the primary way for homeowners to interact with the system.


Design Challenge

1) Information on monthly water bills is difficult to digest

2) Pipe bursts are tough to anticipate and can cause tremendous water waste and property damage

Two sample water bills

Two sample water bills

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The Solution

The EcoFlow app visually displays information being gathered by the physical device to inform homeowners about health of their pipe system and the consumption of water in their home.

 
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How does it work?

Metrics Tracker
Indicator colors give provide an easy way to check the health of the pipe system. For each metric, users can view the data’s trends, average, and current value.

Usage Breakdown
Homeowners can view how water consumption is distributed in their household. The information allows them to pinpoint places of inefficiency or water waste.

 
 

Design Approach

Before ideation, the team and I discussed our goals for the app and how it would work alongside with the physical device. In a nutshell, our goals were:

  • Present the data so it is easy for average homeowners to understand

  • Educate users about the health of their pipe system

  • Enable users to make informed decisions about their water usage


Personas

Based on our product’s function, we created two personas to represent a portion of our target demographics.

 
 
EcoFlowPersonas.png

 

Ideation

I created low-fidelity wireframes to develop some ideas for the UI.

 
 
 
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Designing the Dashboard

The data collected by the device is divided into Metrics and Usage. The Metrics section has color indicators for the status to give homeowners immediate feedback about the health of their pipe system. For the Usage section, scrolling cards provides flexibility of different size houses.

 
 
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Avoiding pipe bursts

All three metrics are highly variable depending on activity in the home and environmental conditions. Pipes are most susceptible to burst when any of the metrics reach too great of an extreme for the pipes to withstand. To highlight risk areas and general trends in the water system, I displayed data with a line graph that can be toggled between month, week, and day timelines, so users can understand the trends of their water system. Risk areas are shown by a red dashed area.

 
 
Metrics.png
 
 

Monitoring water usage

For homeowners that want to conserve water, usage totals from specific rooms and water fixtures give them an opportunity to look for wastefulness and inefficiency.

To display water usage, I used a stack bar chart that shows overall usage totals that break down into usage for individual fixtures. Beneath the chart, individual fixtures are listed with their average usage totals. With this information, users are better informed about how water is distributed in their homes, and where there could be opportunities for water conservation.

 
 
Usage.png
 
 

 
 

Reflection

Competing in this competition was an incredible opportunity to work alongside engineers and a project manager. As the sole designer on the team, it was crucial to have a full understanding of the functionality of our product, market, and business plan. During the all-day competition, we presented to venture capitalists, senior engineers, and sustainability executives. As a team, we prepared answers to a wide range of questions from a diverse group of professionals who were looking for the next big sustainability innovation.


Takeaways

Context matters: In designs, particularly data visualization, the context of the information can change how it is perceived. Data viewed in a vacuum has no meaning.

Gather feedback from all sources: During the EIC competition, we spoke with several environmental and engineering professionals. However, for many of them, their most meaningful feedback came from their experience as a homeowner and not as an industry expert.

Teamwork: This is one of the most diverse teams I have worked with as a designer. I hope to continue learning how to articulate my ideas and contribute by perspective on the user experience of products.

 
Team EcoFlow at the UW 2019 Environmental Innovation Challenge: (left to right) Kunaal, Cole, Hasham, Me, and May.

Team EcoFlow at the UW 2019 Environmental Innovation Challenge: (left to right) Kunaal, Cole, Hasham, Me, and May.

 
 
 

Thanks for reading!