Air pollution is a major problem that affects people all over the world. It is important to reduce pollution by reducing our reliance on fossil fuels, improving waste management, and cleaning up contaminated areas.
There are a variety of negative effects on human health, the environment, and the economy. On the individual level pollution can lead to severe health problems such as respiratory problems, heart disease and cancer.
Communities in neighbourhoods with extreme air pollution have limited knowledge on how to protect themselves from the polluted air. This product aims to bridge that knowledge gap by providing information on latest pollution levels and how to protect people and neighbourhood from air pollution.
Airate – a pollution monitoring and reporting app which aims to bridge the knowledge gap by providing information on latest air pollution levels and how to protect individuals and neighbourhoods from air pollution.
For comprehensive insights, interviews were conducted to guage the understanding and awareness of the users about pollution levels in their areas and protective measures they can take.
There was low awareness about current air pollution levels in their areas, as a result there was lack of knowledge of measures users can take to protect themselves from air pollution.
A questionnaire was conducted to know the demographics, awareness about pollution and ways to get information about the pollution levels.
Based on the survey results, the findings were divided into the Desired Features & Pain points. This was necessary since a lot of users were already using another monitoring app.
Personas help create empathy for the users. By understanding user’s motivations, goals and pain points valuable insights on why the user is using the product & what they are hoping to achieve. This helps in creating a product that are more user-centered and meets the need of the user.
Some specific features that could be included in the app based on the aggregated empathy map:
It is clear from user research that our app needs to have the following feature set:
The wireframes for the app were created using Figma. This allowed us to quickly and easily iterate on the design and get feedback from users.
These wireframes were used as a base for low and high fidelity prototype stages.
The colors used in the design system are based on the following principles:
The specific colors used for each purpose are as follows:
The colors used in the design system are carefully chosen to be effective in communicating the information to the users and to help them quickly understand the relevant information across different areas of the app.
Ease of readibility is of paramount importance so that the conveyed information is quickly understood by the user. The need of the hour was a typeface which is familiar, legible at all screen sizes, modern and friendly.
“Roboto” is arguably the most widely used font across the web. It is very likely that a user has interacted with a website/app which used Roboto, since it has been the default Android typeface, and the default font for Google Play, YouTube, Google Maps. This makes Roboto an excellant choice from readability standpoint.
Here are some more reasons why Roboto is a good choice for this project:
The final design of the app allows the user to check the air quality of his current area quickly without little distraction. The user can also choose to be notified in real-time about the air quality.
Experience can be further customized by choosing the Update interval, Units of measurement and Data sources. Ability to report the polluting activities to relevant authorities has been added as well.