scad safe ride app ITGM 715 Xiaotong Du

Go Safe

Go Safe is an app that allows SCAD students to effectually request a school shuttle after 8 p.m. We utilized the Sprint design method, a five-day process for answering critical questions through design, prototyping, and testing ideas with customers. Developed at GV, the Sprint design method is a “greatest hits” of business strategy, innovation, behavior science, and design thinking.

Date: Sep-Nov, 2016
Team Member: Xiaotong Du, Danyang Sun, Yating Yang, Rajesh Janagam
My Role: UX Research, Storyboard, Prototype, User Testing

Sprint Design Process

Start at the end

Challenge
Long-term goal
Questions

Monday

Map
Ask the experts
Find a target

Tuesday

Remix and Improve
Sketch
Find the challenge

Wednesday

Decide
Srotyboard
 

Thursday

UI Design
Prototype
 

Friday

Interview
Learn
  

S

tart at the end

Find the challenge

The Savannah College of Art and Design provides school shuttles for students when they are studying or working at an open SCAD building after 8 pm. SCAD’s Safe Ride program ensures that the students have a way to get home safely. Students call the service center and request a Safe Ride after they provide personal information such as phone number and student ID. Students have bad experiences not only with requesting a Safe Ride, but also with the service itself. For instance, students often work for a long time in a school building, and they don’t want to wait for the Safe Ride to arrive. Depending on the volume of requests they receive, the Safe Ride drivers may take an hour to arrive at a building. Students feel this is too time-consuming and become tired with this process.

Set a long-term goal

Improve students’ experience with Safe Ride Program.

List sprint questions

• Can we create a more efficient solution for students when they are taking Safe Ride?
• Can we save students’ time when they request Safe Ride?
• Can we create a product that will allow students to provide information only once before they take Safe Ride?
• Can we make it simple to request the Safe Ride?
• Can we help the driver drop off students faster than before??

gosafe-sprint-design-process
gosafe-sprint-design-process

M

onday

Original Workflow

gosafe-sprint-design-process-WORK-FLOW-SCAD

Simplified Map

gosafe-sprint-design-process-MAP

Ask the Experts

WWe interviewed four experts including SCAD students and people who work in the Safe Ride program. It’s important to consider what challenges or problems are at hand for these experts.

gosafe-sprint-design-process-INTERVIEW
gosafe-sprint-design-process-INTERVIEW
Placeholder image
student

Student

“I don’t know when they will arrive; it may take more than 30 minuets to arrive.”
“The driver sometimes will drive near my apartment, but instead of dropping me off, he drives for a longer distance and chooses to drop another student off.”
“I lost my bicycle keys in the Safe Ride car, and someone just took it and stole my bicycle.”
“I need to provide my personal information several times on the phone and in the shuttle.”

manager-icon

Director

“Many students haven’t heard about our late-night shuttle service for the students who live on campus.”
“Management of the process will become more complex when sometimes they have 24 students requesting the safe ride”
“Two students with bicycles call the Safe Ride at the same time, but we only have room for one bike.”
“We need to know the capacity of each car to help us better arrange the requests”

driver-icon

Driver

“I don’t want to see that the students are waiting outside of the closed building. It is unsafe for them to request Safe Ride when the building is closed.”
“Students don’t understand why I drive to one place first than to another.”
“Students who live on-campus can take a late-night shuttle; they can’t take Safe Ride.”
“I may spend a lot of time to wait for a student in front of the building.”

service-center-icon

Service Center

“Sometimes, students forget that they have a bicycle, so I have to send a new car to pick them up after the first driver already arrived.”
“I don't know where the Safe Ride is located; I just call the driver who still has room for more students.”

How might we?

After discussing all the information from the interviews and observation, all of us took notes on the important problems and turned each problem into a question. We ended up with more than 40 How Might We questions. We grouped the questions with similar themes and labeled each theme.

1 / 5
Taking Notes
2 / 5
Post all the queations
3 / 5
Organize the similar themes
4 / 5
Organize the similar themes
5 / 5
Vote for it

The following questions come from the vote by team members:
HMW Avoid student calling support center and giving information again to the driver?
HMW Have a cancel policy for student?
HMW Let student know the late-night shuttle schedule?
HMW Remind student aware of that they have bicycles?

Target

Take these questions into consideration, student become the target customer we should focused on and the process of request the Safe Ride is the key moment of their experience.

gosafe-sprint-design-process-TARGET

T

uesday

Remix and Improve ideas

We combine the existing ideas from different industries to create new solutions.

gosafe-sprint-elm
gosafe-sprint-uber
gosafe-sprint-rider

ELM
This application will show the real-time location of the rider and how long it will take to get your to-go order.

Uber
The pre-set information about personal home address and work place provide more efficient way to request a ride. It also shows the driver’s status.

Live Safe
This app is used for SCAD shuttle bus, get ideas from the familiar application will improve their understanding of the new function and types of new service.

 

Sketch

Improve students’ experience with Safe Ride Program.

go-safe-sprint-sketches
go-safe-sprint-crazy-8s
 
go-safe-sprint-sketches

W

ednesday

Decide

It’s time to determine the final solution from different sketches. We vote for the best solution.

gosafe-sprint-decide
gosafe-sprint-decide
gosafe-sprint-decide

Storyboard

Storyboard help our team to combine the whole process when the user using our product to complete tasks. Storyboard also reminds us not to omit necessary sketches and make a foundation for the prototype.

go-safe-sprint-sketches

T

hursday

gosafe-ui-main-screen

Go Safe
Features

Real-time info of school shuttle

Students are able to check the real-time information about nearby safe ride and also get notice of the late-night shuttle in order to arrange their schedule.

Time-Saving functions

At first, driver will get the best routes to drop off student, save the waiting time of student, and improve the work efficiency. It also provide the student contact information to enable driver contact student when it is necessary. Moreover, Student will be provided 5 minutes to get into the car when it arrives. It helps other students decrease the waiting time.

Default setting of personal info

The system will connect to student account with the information of ID number, phone number, home address, and school building that is often attended. This function simplify the process of requesting the Safe Ride.

Logo and Color

Students always open and use this app around midnight, so we choose a dark color as the main background. We use different colors to show different choices of school shuttles. Those includes Safe Ride and Late-night shuttle for students who live off and on campus.

Logo

#fbc04d

#23ccfc

Screenshots

GOSAFE-SPRINT-ui-design-interface

Prototype

F

riday

Interview Users

After finishing the prototype, we let the students who have the experience of requesting the Safe Ride to use our app and complete their tasks.

gosafe-sprint-interview-user-test
gosafe-sprint-interview-user-test
gosafe-sprint-interview-user-test

Learn

At first, they show a great interest in our application. Because comparing the current method to request Safe Ride, our app makes it more convenient for them to request it. In addition, they try to tell us their confusion and mistakes when they use the function to finish the task. We find multiple details need to be improved about the interaction.

1. User feels confused about "15 mins" showed on the button
2. They don't want to give feedback after arrival.
3. User clicks the cancel button by accident.