Overcoming Isolation: Fostering Community Among Online Students
Problem:
Statistics show that 44.7% of post-secondary students enrolled exclusively in distance education courses in 2020 ( IPEDS, 2020). However, online students have a lower retention rate than those who take traditional classes, with 40-80% of students dropping their online courses (Bawa, 2016).
In student retention efforts, institutions focus mainly on student success factors, such as curriculum development or course design. However, research shows Facilitation of Social Connectedness also correlates with student retention (Shaikh, U. U., & Asif, Z., 2022).
Goal:
Many communication and networking platforms offer ways for online students to connect with classmates and faculty. While students are forced to use the proprietary tools used by their university (e.g., at DePaul, we use Desire to Learn (d2l)), we were interested in exploring tools that will facilitate communication and networking among online students, their in-class peers and instructors using tools outside of a university’s proprietary tools.
Assumptions:
Placement on the introversion/extroversion spectrum would affect students' efforts to make connections.
Research Question:
Methods, Tools + Ownership:
Tasks owned:
User Research - Scenario-based Observation + User Interviews
Project Management, Project Lead
Presenting three rounds of research in front of the class
Research Tools:
Atlas.ti, Figma, Google Docs, Zoom, Miro, Stormboard
Process Highlights
1. Idea Proposal - Secondary Research
This project started with my idea proposal that received enough buy-in from my classmates. Therefore we proceeded with researching this topic throughout the course.
The proposal:
explained why this is a problem,
introduced two existing competitors: Slack and My SSP,
supported the topic with academic research.
2. UX Research
Scenario-based Observation
User Interviews
Interview Data Analysis
The collected data was the foundation for a technology-based solution's subsequent analysis and development.
All team members independently reviewed and applied descriptive codes to each interview transcript using Atlas.ai, a software tool specifically designed for qualitative data analysis. We conducted a group workshop where we shared our individual findings, then collectively reviewed and consolidated the identified themes using Miro, a collaborative online platform. ( See Affinity Diagram of Common Themes below)
This process enabled us to establish final codes for analyzing the interview data ( Interview Codebook).
We re-coded all interviews, ensuring consistency and accuracy in the analysis. Through the re-coding process, we identified the frequency of occurrence for each theme. These themes were the foundation for our findings and guided the development of persona spectrums, personas, user journeys, and the priority matrix.
Lead role: I initiated one-on-one meetings with my teammates to address communication and motivation challenges we experienced. I am proud of our progress as a team because, by the end of the project, team members were more responsive than at the beginning. I take credit for seeing the need for reaching out and making deeper connections with my project partners, which eventually resulted in increased productivity and commitment.
Findings:
Combining results from the observation and user interviews, the team grouped findings into three major categories: Communication Tools, Communication Challenges, and Community Building. At the end of the analysis phase, we focused on coming up with implications for design based on discovered user needs and pain points.
3. Visualizing the idea
Personas
Persona Spectrums:
We used our interview data to determine six spectrums that best characterized our participants.
The spectrum helped us understand individuals' natural preferences and inclinations regarding socializing, recharging, and interacting with others.
Journey Maps
Learnings and Next Steps
1. Investing time to hold 1:1 meetings with project partners led to a high ROI
2. Effective communication is essential in remote work
4. Next Steps: Design and Usability Testing