Creating an app for connected mobility
October 2018
Embedded Files
My Role:
Secondary research, Analysis of electric car apps
Mindmap the scenarios and possible solutions
Concept development
Rapid prototyping with Figma
The app was designed as an exercise to combine the electric mobility vehicles, the charging points and the other tools of transportation, all in one place. The use case was something as follows
Problem statement
Problem statement
There is a person who owns an electric car and has to go to a faraway town for an important meeting. but there is not enough charge in the car. How do you solve this issue?
There is a person who owns an electric car and has to go to a faraway town for an important meeting. but there is not enough charge in the car. How do you solve this issue?
Research
Research
The proposal started off with some secondary research; which included;
The ways EV batteries get charged at home vs at fast-charging stations
The way EV batteries perform during charging
EV apps for BMW, Chevy, Hyundai and Tesla were studied.
Google Maps were studied for what data is given when a trip is queried.
Brainstorming
Brainstorming
This research was followed by creating a mind-map and some concept sketches
Approach
Approach
The solution was divided into three parts, viz. AVOID, CONTROL & CORRECT.
The solution was divided into three parts, viz. AVOID, CONTROL & CORRECT.
Solution
Solution
To avoid is to alert the user well in advance to put his/her car on charging beforehand.
One way to achieve this is to allow the app to read the calendar entries, detecting the location of the meeting and then calculating the amount of charge needed. If the requirement is more than what is available, we alert the user with an "un-swipeable" notification. this notification, in turn, should reflect on the internal pages as well
By control, the aim was to alert the user to leave a bit early and allow him/ her to charge the car on the way to the meeting while s/he grabs a bite to eat.
This could be done by fetching the location and finding the optimally located charging station, with the minimum detour. Also, some calculation needs to be done regarding the charging time, detour time etc and the same should be considered while alerting the user.
if this option is in play, the onboard computer will automatically navigate on the new route.
By correct, the aim is to get the user to the destination, without the car. This can be achieved by deep integration between the transport booking aggregators like OMIO in Europe.
This option should consider all the other options like car rental, bus, trains or in some cases, flights. The deep integration should allow the user to book the desired mode of transportation right from the app.
All three solutions should always be in play. all the options in the control part of the solution should be displayed irrespective of the cost, as long as they make sure that the user reaches the destination on time!
All three solutions should always be in play. all the options in the control part of the solution should be displayed irrespective of the cost, as long as they make sure that the user reaches the destination on time!
See the app in action
See the app in action
Google Sites
Report abuse