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Airology Case Study

AQI Explained - Screen.png
Device - Living Room - Screen.png

The Problem

According to the EPA, the levels of indoor air pollutants are often 2 to 5 times higher than outdoor levels, and in some cases it can exceed 100 times. Airology circulates the air and traps harmful particles.

Overview

Airology is a consumer electronics company in the air purifier niche. They aim to help improve indoor air quality and make clean air more accessible to everyone.

Living Room

Interactive Prototype

Click on the link below to open the interactive Figma prototype.

Airology Hero Screen_2x.png

The Goal

Create a consumer facing product website and mobile app to control the air purifier. Develop a seamless onboarding experience for pairing the device. Allow users to control the power, mode, timer, light, schedule, and manage their replacement filter subscription.

Responsibilities

User research, empathy maps, competitive market analysis, user personas, journey maps, wireframing, usability testing, iterating, prototyping, final design delivery.

Competitive Analysis
User Research
User Personas

Journey Maps

The User

Competitive Analysis

Before setting out to start designing the app, I compiled a list of 10 competitors in the space and set out to better understand the competition core features, strengths, weaknesses and any opportunities. To better understand the user, I went through the product reviews on the app store to see what actual customers were saying, what features they enjoyed about the app, what they thought could be improved, and ultimately identify any pain points.

Competitive Analysis - App Features.jpg
Competitors - Mila.jpg
Competitors - Wynd Air Tracker and Purifier.jpg
Competitors - Molekule.jpg
Competitors - aeries.jpg
Competitors - Air Oasis.jpg
Competitors - TruSens.jpg
Competitors - Blueair.png
Competitors - smartmi.png
Competitors - Winix.png
Competitors - Air Dog Pro.jpg

Opportunities

App Feature Opportunites.png

Based on the competitive research, I compiled a summary of some key opportunities based on user feedback.

User Research

Research Methods

 

I used several research methods to formulate my hypothesis. 

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  • Analyze existing user feedback from competitors

  • Conducted 10 Zoom interviews.

  • Surveyed a pool of 20 individuals using Typeform.

 

Who are the users?
After diving deep to really understand who the ideal customers are that would use this product, I categorized my findings into 3 types of users. Novice users, competent users, and experienced users. 
 
Novice Users


The novice users are new to the idea of air purifiers. They have never owned an air purifier. This user demographic falls into the young adults that are established enough to own their own space and make their own purchasing decisions. They have a willingness to explore how to better take care of their health and will buy new appliances to reach this goal. The novice feels empowered with learning new information as well as lets them trust the company more.

 

Being used to living in a technological age moving towards smart technology, they see this as the standard. They believe technology should make their lives easier. The novice user expects their smart air purifier to be as reliable as their other smart devices being able to customize and control their air purifier modes like the other appliances and apps they have used is a feature they enjoy.

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Competent Users


Competent users currently have air purifiers in their homes and have decided to upgrade to a smart model. Many of the competent users mentioned that they live in a place where wildfire smoke affects their quality of living or themselves and others living in their house that was concerned for their health due to COVID-19. The motivation from them wanting to purchase is to have the ability to monitor the smart technology that the air purifier is doing a good job at filtering the air. It helps to give them peace of mind to have this knowledge.

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Experienced Users


The experienced user relies heavily on the air purifier to help them with allergies and sensitives within their home. They have experienced allergy attacks, reactions and inconveniences throughout their life. They are cautious when buying a new product or appliance to help improve their allergies. They are tracking air quality outside and within their home. They plan their days around AQI data to avoid not feeling well.

User Personas

Based on the user research, I've created three unique personas that really get to the heart of the user behaviors, attitudes, motivations, and pain points. 

Persona - Sensible Siena.jpg
Persona - Devoted Danielle.jpg
Persona - Vigilant Vince.jpg

Journey Map

The following diagram maps out the various stages of the user journey, tasks, feelings and opportunities. 

Journey Map - Sensible Siena.jpg
Journey Map - Devoted Danielle.jpg
Journey Map - Vigilant Vince.jpg

Ideation

User Flows
Wireframes

 

Device Pairing User Flow

One of the most important core function is the pairing of the device. It is the first step users will take once setting up their account details. We wanted to make the experience is user friendly, directions are clear and process of pairing a new device hassle free.

Linked Devices Null State.png

Home Screen

Linked Devices Null State-3.png

Step 3

Linked Devices Null State-1.png

Step 1

Linked Devices.png

Step 4

Linked Devices Null State-2.png

Step 2

Device List - Wireframe.png

Device List

Wireframes

Next, low fidelity wireframes were created to better visualize the user experience and journey in a more organized and structured way.

Device List - Wireframe.png
Device - Living Room - Wireframe.png
Filter Status - Wireframe.png
AQI Explained - Wreframe.png
Settings - Wireframe.png
Schedule - wireframe.png
Edit Schedule - Config - Wireframe.png
Settings - Repeat - Wireframe.png

Refining the Design

Grid System
Design System

High-Fidelity Mockups

Brand Colors

The brand colors were inspired by the color of sky. We used sky blue as the core color. The color palette consists of primary, secondary and neutral colors that make up the design.

Grid System

The design uses a 4 column grid system with a margin of 24 pixels.

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iPhone 11 Pro / X 

375 px x 812 px

Grid System.jpg

Typography

The typography a single font type with various sizes and styles to ensure it is easy to differentiate between headings and body text, and easy to read from an accessibility standpoint.

Typography.png

Iconography

Feather Icons
Author: Iconscout

UI Components

I have converted many reusable elements into components and variants as part of the design system that can be used throughout the design process to maximize efficiency and consistency.

Property 1=Off.png
Property 1=Variant3.png
Property 1=Variant2.png
Property 1=Good.png
Property 1=Living Room.png
Add Devices UI Card.png
Property 1=Register.png
Property 1=Filter Status Default.png
Property 1=Variant4.png
Property 1=Day.png

Shows Air Quality reading and device off position.

Display's time the room name assigned to the device and model.

Display's time and status of schedule.

Shows pairing progress when adding new device.

Shows status of air filter.

Dynamic status icon when checking Wifi signal strength.

Toggle for displaying air quality data over a period of time.

High-fidelity Mockups

High fidelity screens established a realistic experience to encourage useful stakeholder feedback.

Device List - Sceen.png
Device - Living Room - Screen.png
Filter Status - Screen.png
AQI Explained - Screen.png
Settings - Screen.png
Schedule - Screen.png
Edit Schedule - Config - Screen.png
Settings - Repeat - Screen.png

© 2020 by Dante Louis. All rights reserved.

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