Project DESCRIPTION
The concept of ridesharing has evolved into a mainstream form of transportation for many commuters across the world. Numerous applications leverage this concept and provide ridesharing services at affordable prices. These services have acquired a driver’s user base that includes working professionals, travelers, students, and beyond. With such a broad user base, a need arises to cater to their diverse needs, but current ridesharing applications lack features that meet and anticipate such user requirements. Our team has identified additional user groups which we believe can benefit from an app that would meet their specific needs and offer a more personalized ride sharing experience. Below our team has identified three of our target user groups:
Target users
1. Riders with Pets 2. Users with disabilities (e.g. wheelchair access) 3. Business Travelers with extra luggage
Research Participants
In all, our group gathered insights from 12 participants that included users with disabilities, pet owners and travelers with extra luggage.
My Role
User Researcher, User Interviews, Interview script, User Personas, Data Analysis, Usability testing for Lo-Fi and Mid-Fi Prototypes.
TimeFrame
10 weeks
Team
Jimit Shah
Mali A. Trumbull
Sampath Dindi
DEsign Challenge, Project Statement and target audience
Project Goals
Our Design Process
After dividing the project into sections. In the first section, we identified the critical pain points in the existing rideshare experience for diverse users. These insights helped us narrow down several problems we would like to research about the project and predictable ways people would approach the same aspect while using the RydePro. We started our research by conducting an in-person interview session with users who are disabled, pet owners and travelers with extra luggage to find out their experiences with rideshare services. In the second half of the project, we concentrated on user-testing and iterative techniques by trying to solve for a particular needs put forward. The research we did in the earlier phase helped us to have a nice segway into this phase easily. We were able to create an app with feature sets, that provide diverse user types with a personalized experience, and caters to their rideshare needs.
User problems
I want to book my ride without worrying that the driver might cancel the ride at pick-up location because he can't accommodate my wheelchair, pet, or extra luggage.
I don't want to call the driver and explain about my condition.
I don't want to wait and book another ride if the driver cancels the ride after arriving at my pick-up location and seeing my condition.
Interview Script
Affinity Diagram
Using Stormboard to analyze pain points of diverse users
User persona
Persona completed on Xtensio: https://app.xtensio.com/edit/9ghblyni
Research Findings
User Research Results
Sketching ideas
Lo-Fi Prototype
Using Marvel POP Link: https://marvelapp.com/7ia0die
Key Insights
Testing the Mid-fi prototype
2nd Iteration using Axure RP: https://m1g9oj.axshare.com
User testing of mid-fi prototype
User Insights
After testing Mid-Fi Prototype we addressed the insights and refine the solutions.
Project Impact
The RydePro project was done for my Capstone class project while attending DePaul University. It was a great experience revisiting and applying all that we've learnded since we started the Human-Computer Interaction program. Also, this project allowed me to collaborate and work with an excellent team that understood the impact good research has on the design process.
Challenges
To work with multiple researchers on the team and have unified guidelines for consistency of research findings
We struggled to gather all participants with disability for interviews and usability testing
Control the scope of the project to meet the deadline of 10 weeks
takeaways
Researching in-person and listing to the pain-points of the users, helped us iterate the design drafts
Research, if done right, can have a lasting impact on the design process
The product is designed for users if it is well supported by research data
Following Agile Scrum Methodology keeps the project progressive and on schedule
Learned how users experience design reduces the cognitive load of the users.