2 Sided Pyramid presents: Global Carbon Footprint

[Audio] Two sided pyramid presents the Global Carbon Footprint app..

[Audio] The main purpose of Global Carbon Footprint is to show individuals their Carbon Footprint and how it impacts the globe while providing better options for travel..

[Audio] We decided to make multiple prototypes for our app, we would take the best elements from both and merge them into one.

[Audio] This is the main menu for the app design, there is relevant information at the top and bottom of the screen and buttons to reach each option given. The drop down menu towards the top would give more options ssuch as a log in and a back to menu option..

[Audio] This is the Comparison of travel emissions for different modes of transport There would be more modes of transport by scrolling down Pressing the Find out more for more detailed information about each vehicle.

[Audio] This shows More in-depth information about the chosen mode of transport There is also an Emission checker using the API to calculate total emissions per year through the input of miles.

[Audio] We also decided to add A route planner to find the most efficient route to your destination and help cut down on co2 emissions There would be a Menu before this page to choose the type of transport This Works out the best route through the input of start point and destination, and will work out the time of journey and nearest stops..

[Audio] Prototype 2. Prototype 2.

[Audio] Page layouts. The page layouts for this test are simple and reduce clutter to create a better user experience. At the top of the page is a title which changes depending on the page they are on. The design includes a circle which changes colour depending on the emissions that they produce. Below is a box that shows their total emissions. Below that is a series of questions which asks the user for different information on their emissions. At the bottom of the screen is the navigation buttons..

[Audio] House emissions. This asks the user about how many people live in their household and their energy and gas consumption per year..

[Audio] Travel emissions. The questions on this page ask the user about how many miles they travel per year using different modes of transport. This page doesn't include walking or cycling as the emissions would be 0..

[Audio] Food emissions. These questions asks about different food consumption and how much food waste they produce per year..

[Audio] Here is showing the way that the app how will work, the individuals will be give some options to select what type of transportation they wish to see or take it After you have selected the transportation method, you will be able to see some stats about carbon footprint per travel per person in kg and then the individual will be asked to input how far they travel and map will be also display to individual where they can see the distance and destination, example, if an individual choose like bus and train the will be able to use map to locate their destination and see their distance Once individual has entered the distance, the app will do calculation about distance and carbon footprint and show to individual how much CO2 wasting or doing because of their transportation method and help individual to understand and select the best way to travel and reduce CO2..

[Audio] Menu currently holds 3 options, each being a separate calculator used to identify a user's total emissions over a year in different parts of their lives..

[Audio] Utilizing the application programming interface given for us to use, we decided to use the request link for solving the total emission of a user due to transport. Through concatenation, the user's input in the program will be passed through the api request link's parameters as data for the server to work with and return a rough estimate on their total emission from their different methods of transport..

[Audio] Similarly, the API has been used for two other calculator, one which uses the occupants, energy and gas usage for house total emissions and another which focuses on the sources of food of the user's diet and their wastage of it to identify the user's carbon emissions..