UX Researcher
 

Simplify Student Loans

High-level Summary

I validated the concept for a web app with a target user group. After that, I led the research team and contributed to the design of the web app for Dough. Dough is a startup that helps students reduce their student debt while in school, and match graduates with the right payment plans throughout their lives.

Role: Lead UX Researcher and Product Designer
Duration: 1 year, working part-time at the startup Dough

 
 
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The Challenge

The process of taking out student loans and paying them back is difficult even if students do everything right. Many students automatically accept financial aid packages that aren’t tailored to their needs and they accept the default option. Consequently, students overborrow, on average, $3,000 each year and don’t realize that they can return some, or all of their loans. How can we advise students to make informed borrowing choices?

The Solution

Dough is a web app that equips students to make better financial decisions about how much money to take out in loans each semester.

 
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Secondary Research, Ideation & Design Beginnings

The Founder of Dough, Catalina Kaiyoorawongs, had already done secondary research about the student loan crisis in this country. The average student overborrows by $3,000 each year they are in college and universities don’t tailor financial aid packages to students’ needs. As a team, we started brainstorming ideas to help student understand and reduce their student loans.

 
 
 
 
 

Wireframes, Round 1

Our Lead Designer, Yui Phan and I came up with this initial design.

 
 
 
 
 

Generative Research -  Are we on the right track?

Research Goals

With these initial designs, I developed a research plan to validate the idea of a personal student loan assistant, including a loan reduction calculator and a student debt projection tool. My research goals were the following:

  1. Determine whether students would be interested in using a personal loan assistant to help them manage their student loans.

  2. Learn more about resources and channels students currently use to manage their loans during their undergraduate education.

  3. Get feedback on initial designs.

 
 
 

Methods - Semi-structured Interviews

I chose semi-structured interviews with a little bit of moderated product testing to find the answers our research questions. I chose those methods because it provided immediate, deep insight into undergraduate students’ experience with student loans. I asked about students’ current habits around money and their information seeking behavior around personal finance. Further, I assessed students’ current knowledge of student loans and gathered data about where gaps in their knowledge exist and prevent them from making advantageous decisions about borrowing.

 
 
 

Participants - Wayne State Undergraduate Students with Debt

Our participants were Wayne State undergraduate students with student loan debt. They were our target users for the first phase of our research and design process because Dough had a strategic partnership with Wayne State University for the first release of Dough.

 
 
 

Recruitment Challenges - No Shows

We thought there would be five students lined up to be participants in our user testing at Tech Town in Detroit because of our CEO’s connections there. But 3 out of 5 the people who were supposed show up, didn’t show.

So, we recruited participants in Wayne State’s campus coffee shop by walking up to people and asking if they had student debt and if they had 45 minutes to talk to us in exchange for a $15 Starbucks gift card.

The five participants were university students, sophomores through seniors, with student loan debt, from a variety of majors. We recruited sophomores, juniors and seniors because they already have some experience with student loans.

 
 
 

Findings - Yes, we’re on the right track!

Finding 1: Students’ displayed an overwhelming demand for a personal student loan assistant product. All our participants were interested in staying in touch so that they could use our product when it goes into production.

 

“Please take down my email address, because I want to use this when it comes out.”

“When do you plan on launching the app? Will I be able to use it? Even if it’s after I graduate?”

“I feel like, a lot of universities, like, don’t tell you a whole lot. And with your parents, if you’re not, like, sitting there talking to them about it, all the way through, you still miss out on a lot of stuff. So I think this would help to fill in the gaps that you don’t get from a university or your parents”

Finding 2: Students can defeat hyperbolic discounting and loss aversion when faced with a greater future loss. Students expressed discomfort about returning any portion of their loans. But after they saw how much money they would lose by not returning a portion of their loan they became much more interested in how much they could return, how that amount was calculated and instructions on how to return it.

Finding 3: All five participants’ main source of information about their loans was their parents and other relatives with debt. Three of five participants also used their loan servicer’s website to learn about their loans. Students had varying knowledge about their student loans based the counseling they had received from their parents and relatives. Some students didn’t know that they could return a part of their loans that semester some students did. None of the students knew that there was a loan fee associated with each loan that was calculated based on the size of the loan.

 

“I talk to my dad about my loans.”

“My parents and my uncle help me to understand my loans. My uncle still has loans so he knows what he’s talking about.”

Finding 4: Students think bar graphs are clearer than line graphs for showing how a loan grows over time. Students were confused by the line graph. They thought the bar graph was more concise because it showed them how much their total debt would change at important snapshots in time: now, at graduation and in 10 years. People

 

[About the line graph] “What does this mean?”

[About the bar graph] “This one is clearer, I can see what will happen over time.”

Finding 5: All participants wanted a personalized number telling them how much they could reduce their student loans that semester. This validated our idea for a calculator where students put in their financial aid package information (loans, grants, work study, etc.), and their expenses and receive a recommendation for an amount of money to return. We tried several designs that showed students how much they could reduce their loans. The one that students responded to most positively was a simple subtraction problem:

total aid package - what you need = what you can return

 Finding 6: The ROI of students’ education has no bearing on their decisions to take out loans.

 

“Freshman and sophomores want flexibility with their major. So the loans [they take out] aren’t part of that decision.”

“I’ll take the money out and figure out how to pay it back later”

 
 
 

Personas

I created personas based on the interviews with Wayne State undergraduate students. The aim of the personas was to determine the goals and characteristics of our core user base. We were able to determine that our core group of users were solidly middle class, and they came from a mix of blue collar and white collar families who had a small financial safety net.

Based on the interviews, we determined that students from low income families weren’t our target market. Advising those students came with too high a risk, as a hundred dollars could mean the difference between a student staying in school and dropping out of school that semester. We didn’t want our advising tool to be the reason that students dropped out of school.

 
 
 
 
 
 

Research Informed Wireframes

Calculators, Subtraction and Bar Graphs
Making the Invisible Visible

We included a calculator in the design to help students calculate how much of their loans they can return each semester.

This was based on Finding 4: All participants wanted a personalized number telling them how much they could reduce their student loans that semester.

 
 
 

We included a subtraction problem that showed students how much of their loans they can return based on the calculator.

This design also comes from Finding 4 where students responded positively to this subtraction problem.

 
 
 

We took out the line graphs and designed more bar graphs to show students’ debt over time.

These designs are based on Finding 3: Students think bar graphs are clearer than line graphs for showing how a loan grows over time. We tried bar graphs with slices showing each part of the loan and double bar graphs showing how much students will save over time.

 
 
 
 

Full Wireframes, Round 2

Now that we incorporated the research into our design, we built wireframes to test the full design of our application.

Our initial wireframes had four sections. Onboarding introduces the app to students. The link loan details section connects to Wayne State University’s financial aid office and imports the loans, then students can confirm that all their loans, grants, scholarship and work study aid has imported correctly. After that, students get an overview of their loans and total debt at the moment that they sign on as well as their projected debt at graduation. Finally, they have the option to take action and reduce their loans.

 
 
 
 
 

Testing the Wireframes

Methods - Moderated Product Testing & Semi-structured Interviews

After concluding that there was a market for a personalized student loan advisor our next round of testing focused on determining what features were necessary for informing students about their loans and what features were effective at helping them tailor their loan package.

 
 
 

Participants  - UMich Undergraduate Students with Debt

This time we recruited undergraduate students with student debt from the University of Michigan. We did this because it was more convenient to test students in Ann Arbor than students in Detroit. Also, my research questions were about higher level concepts and the tests would likely yield similar results in both cities, so there was no need to drive an extra 2 hours to get to Detroit.

I set up station near the University of Michigan and recruited onsite utilizing gift cards as incentives.

 
 
 
 
 

Findings - Visual Clarity Needed and a Surprise about Motivation for Loan Reduction

Finding 1: Students’ continued to display an overwhelming demand for a personal student loan assistant product.

 

“I need this, why doesn’t it exist yet?”

“Is this coming out soon? You know, loans are like, you have to take them out to go to school but nobody ever explains them to you….[asked if they wanted to give us their email address for updates] yeah, I’ll write it.”

Finding 2: Most students don’t know that they can return a portion of their student loan within the first 30 days of the semester. If we are going to encourage students to borrow less money, then we need to tell them that it’s possible to return their loans within the first 30 days and give them instructions on how to do that. Students liked the idea of a calculator function that would help them figure out how much money they could return.

 
 
 

Finding 3: While bar graphs make the total amount of the loans clearer, slicing the bars into pieces, i.e. principle, interest, and loan fee, is confusing. The circle chart on the “Current debt” screen did a much better job conveying the breakdown of students loans. When they saw that circle chart many students were surprised that their loans included loan origination fees. I recommended abandoning the slices and using the circle chart.

 

“There’s a lot to look at. I prefer something simpler.”

“Ok, what is going on here? Oh, ok interest and principle, loan fee. Why is it red?”

 
 

Finding 4: Curved lines on the repayments graph are confusing. People didn’t understand this at all. I recommended taking it out of future designs.

 
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“ No, I don’t know what that means.”

“So it looks like…yeah, I don’t know.”

 
 

Finding 5: Hyperbolic discounting (when people put an overly high value on the here and now and an overly low value on the future). A savings of $2,000 in the future wasn’t enough motivation to change student spending habits by $5 a week now. Students were shown the long-term benefits of paying off their loans’ interest early, $5.00 a week towards their loans’ interest could save them $2,000 over the life of their loans. Yet, students said they would rather keep buying a $5.00 cup of coffee each week than pay off the interest of their loans early.

 

“I’m still going to drink coffee.”
“It’s not going to make a big difference in my loan so I’d rather have the coffee.”

 

Recommendations

Recommendation 1: Build out the calculator function so students can use it calculate how much money they can return.

Recommendation 2: Alert students that they can return any amount of their loans before the end of the 30 day grace period.

Recommendation 3: Take out the sliced bar graphs in favor of regular bar graphs.

Recommendation 4: Take out the curved line graph.

Recommendation 5: Don’t use the analogy of giving up a cup of coffee each week as the amount students should save each week to pay off loans while in school, look for other analogies. However, this might be a biased finding as our participant sample was recruited at a Starbucks coffee shop.

 

Dough Interaction Map

 
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