INTRODUCTION
This project is the challenge I set to work on in my Springboard course, to create and produce a system for the travel industry that will help to improve the commuting problems in our community and to help users, who rely on traveling to achieve their daily goals for a satisfying and a maximum experience. It is effortless to notice that almost everyone in the community needs to travel from one place to another every day, and as often as needed to achieve their daily goals. Although many people have their private means of traveling, we still see a large number of the society using commercial vehicles or rideshare to travel every second of the day, twenty-four-seven,
GOALS
The aim of designing the new system in the app includes:
To provide UI screens for a rideshare company of my choice
The screens reflect the rideshare company brand.
UI to enable user riders to request a SEASON BOOKING
Screens to enable user drivers to receive requests for a SEASON BOOKING
Introduce the option for riders to choose the type of vehicle to request for the ride.
MY ROLE
User Research
Usability Studies
Wireframing
Mockups
Prototyping
Usability Testing
Iterations
USER STORY
The user journey is based on the persona activity. Generally, all users perform the same tasks with rideshare. The Uber driver James is always anxious to get rides and to give the best satisfaction to his riders by picking them up on time and dropping them off at their destinations. The worker Koffi is always finding ways to get his ride to pick him up on time and arrive at work early to attend his morning meeting. The Season Booking app allows Koffi to request a ride that will be available every morning to pick him up to work and pick him up after work to the house. The Driver assigned to the Season Rider is on time to pick up the rider and drop them off at the destination every day, throughout the booking season.
USER FLOW - RIDER
Two user flows. One for a rider, and one for a driver. Each of the users has three flows. Existing user, a New user, and a Season user. The product is designed for the six flows.
DESIGN
I made all my design decisions based on the user stories. Brainstorming many solution ideas produced the information architecture that resulted in initial paper sketches of ideas, that will bring improvement to the current rideshare app to reduce the rider users' wait time, and pay a stable fare for the rides.
IDEATION & INITIAL SKETCHES
PROBLEM
Rideshare has become very popular and has evolved into a vital sector of the travel industry worldwide. It is used by every member of society, including workers, students, parents, businessmen and women, visitors, tourists, and almost everyone in the communities. My user research interview recorded user complaints about the delay in pick-up times coupled with cancellations and unstable charges, resulting in serious consequences for users, especially workers, and students. I synthesized the findings to come up with a design for the rideshare app that will enable users to book a ride to pick them up and drop them off at their destination every day throughout the booked period, SEASON BOOKING.
TOOLS
Adobe XD
ProtoPie
TEAM
1 UX Designer
DIGITAL FRAMEWORK
After brainstorming and juggling with sketches, based on the Information Architecture, I created the digital framework for the product showing the position and arrangements for the components and elements for the interface.
HIGH FIDELITY DESIGN
Introducing color and details of the components and elements into the digital framework created a High Fidelity Design for the product.
HIGH FIDELITY MOCKUPS
I applied the standards, using WCAG guidelines to ensure good contrast and hierarchy for the interface, to enhance the app's easy, successful, and satisfying use. Typography was tested to ensure eligibility of fonts The High Fidelity Mockup has the design ready for Prototyping.
PROTOTYPE
The High Fidelity Mockups are imported to ProtoPie for prototyping. The process revealed some flaws and blocks to the swift transition of screens and flows. This means further improvements and corrections with Adobe XD and the ProtoPie tool to achieve a good working product.
USABILITY TESTING
Five moderated and one unmoderated test revealed three important issues
Users needed more login options on the start screen
Users could not understand some of the on-screen instructions easily
Some participants were anxious to know the vehicle type they chose for their ride.
The issues were resolved with new instructions that were easily understood in the second round of Usability Testing. The list of available vehicles is replaced with photo images of the cars, for the user to scroll through and select the vehicle of choice. I retained the login options in the design to avoid congestion of the screen, All the participants had the login information for at least two of the options available on the screen.
REFLECTIONS AND LEARNINGS
The user interview revealed the behavior of the users.
The actual cause of their anxiety became obvious.
Participants expressed their interest in the new introduction.
The new system eliminates the need to go on the phone every day to book a ride.
ACCESSIBILITY
The users have a system on the app to enable booking a ride that will be available throughout the booked period and they have the option to choose the type of ride. This option will be updated with time and use.
IMPACT
Users are anxious about the Season Booking. It will save the users time and money.
I am very grateful for the opportunity to work on this project.
THANK YOU.
callistus dogbatse-akakpo - Springboard USF.
USER RESEARCH
Questions for the research are based on the general experiences of users and the participants are chosen from across the demographics, who are all regular users of rideshare, including a permanent driver with a rideshare company. The participants included two workers, a rideshare driver, and a working mother and her 19-year-old son, who uses Uber to travel to college every day. Persona ages range between 19 and 42 years.
PERSONAS
I created Personas from the regular users who have vast experiences in using rideshare. The information in their answers to the research questions encouraged me to make many design decisions to ensure the right problem is answered.
INTRODUCTION
This project is the challenge I set to work on in my Springboard course, to create and produce a system for the travel industry that will help to improve the commuting problems in our community and to help users, who rely on traveling to achieve their daily goals for a satisfying and a maximum experience. It is effortless to notice that almost everyone in the community needs to travel from one place to another every day, and as often as needed to achieve their daily goals. Although many people have their private means of traveling, we still see a large number of the society using commercial vehicles or rideshare to travel every second of the day, twenty-four-seven,
GOALS
The aim of designing the new system in the app includes:
To provide UI screens for a rideshare company of my choice
The screens reflect the rideshare company brand.
UI to enable user riders to request a SEASON BOOKING
Screens to enable user drivers to receive requests for a SEASON BOOKING
Introduce the option for riders to choose the type of vehicle to request for the ride.
MY ROLE
User Research
Usability Studies
Wireframing
Mockups
Prototyping
Usability Testing
Iterations
USER STORY
The user journey is based on the persona activity. Generally, all users perform the same tasks with rideshare. The Uber driver James is always anxious to get rides and to give the best satisfaction to his riders by picking them up on time and dropping them off at their destinations. The worker Koffi is always finding ways to get his ride to pick him up on time and arrive at work early to attend his morning meeting. The Season Booking app allows Koffi to request a ride that will be available every morning to pick him up to work and pick him up after work to the house. The Driver assigned to the Season Rider is on time to pick up the rider and drop them off at the destination every day, throughout the booking season.
USER FLOW - RIDER
Two user flows. One for a rider, and one for a driver. Each of the users has three flows. Existing user, a New user, and a Season user. The product is designed for the six flows.
DESIGN
I made all my design decisions based on the user stories. Brainstorming many solution ideas produced the information architecture that resulted in initial paper sketches of ideas, that will bring improvement to the current rideshare app to reduce the rider users' wait time, and pay a stable fare for the rides.
IDEATION & INITIAL SKETCHES
PROBLEM
Rideshare has become very popular and has evolved into a vital sector of the travel industry worldwide. It is used by every member of society, including workers, students, parents, businessmen and women, visitors, tourists, and almost everyone in the communities. My user research interview recorded user complaints about the delay in pick-up times coupled with cancellations and unstable charges, resulting in serious consequences for users, especially workers, and students. I synthesized the findings to come up with a design for the rideshare app that will enable users to book a ride to pick them up and drop them off at their destination every day throughout the booked period, SEASON BOOKING.
TOOLS
Adobe XD
ProtoPie
TEAM
1 UX Designer
DIGITAL FRAMEWORK
After brainstorming and juggling with sketches, based on the Information Architecture, I created the digital framework for the product showing the position and arrangements for the components and elements for the interface.
HIGH FIDELITY DESIGN
Introducing color and details of the components and elements into the digital framework created a High Fidelity Design for the product.
HIGH FIDELITY MOCKUPS
I applied the standards, using WCAG guidelines to ensure good contrast and hierarchy for the interface, to enhance the app's easy, successful, and satisfying use. Typography was tested to ensure eligibility of fonts The High Fidelity Mockup has the design ready for Prototyping.
PROTOTYPE
The High Fidelity Mockups are imported to ProtoPie for prototyping. The process revealed some flaws and blocks to the swift transition of screens and flows. This means further improvements and corrections with Adobe XD and the ProtoPie tool to achieve a good working product.
USABILITY TESTING
Five moderated and one unmoderated test revealed three important issues
Users needed more login options on the start screen
Users could not understand some of the on-screen instructions easily
Some participants were anxious to know the vehicle type they chose for their ride.
The issues were resolved with new instructions that were easily understood in the second round of Usability Testing. The list of available vehicles is replaced with photo images of the cars, for the user to scroll through and select the vehicle of choice. I retained the login options in the design to avoid congestion of the screen, All the participants had the login information for at least two of the options available on the screen.
REFLECTIONS AND LEARNINGS
The user interview revealed the behavior of the users.
The actual cause of their anxiety became obvious.
Participants expressed their interest in the new introduction.
The new system eliminates the need to go on the phone every day to book a ride.
ACCESSIBILITY
The users have a system on the app to enable booking a ride that will be available throughout the booked period and they have the option to choose the type of ride. This option will be updated with time and use.
IMPACT
Users are anxious about the Season Booking. It will save the users time and money.
I am very grateful for the opportunity to work on this project.
THANK YOU.
callistus dogbatse-akakpo - Springboard USF.
USER RESEARCH
Questions for the research are based on the general experiences of users and the participants are chosen from across the demographics, who are all regular users of rideshare, including a permanent driver with a rideshare company. The participants included two workers, a rideshare driver, and a working mother and her 19-year-old son, who uses Uber to travel to college every day. Persona ages range between 19 and 42 years.
PERSONAS
I created Personas from the regular users who have vast experiences in using rideshare. The information in their answers to the research questions encouraged me to make many design decisions to ensure the right problem is answered.
