Brightspace Pulse: Redesigning Mobile Learning for Students
Overview
As part of a 3-person UX team, I led the redesign of the Brightspace Pulse mobile app to improve how Metro State University students access course materials, track assignments, and stay connected with their learning. Through comprehensive heuristic evaluation and user testing, we transformed a functional but frustrating app into an intuitive, accessible mobile learning experience.
The redesign achieved a 95% task completion rate and 4.0/5 user satisfaction score, addressing critical pain points in navigation, accessibility, and notification management.
Role
UX Designer
3-person team
7 weeks
Methods
- Heuristic Evaluation
- User Surveys (6 participants)
- Behavior Analysis
- Usability Testing
- Iterative Prototyping
Deliverables
- Redesigned Mobile Prototypes
- Design System
- Research Report
- Usability Recommendations
The Problem
Brightspace Pulse serves as the primary mobile interface for Metro State students to manage their coursework on the go. However, initial research revealed significant usability barriers that prevented students from effectively engaging with the platform. We prioritized issues into three categories based on urgency and user impact:
CRITICAL — Accessibility
Students needed customization options like dark mode and adjustable text size for better readability during late-night study sessions. These accessibility features were essential for inclusive learning experiences.
CRITICAL — Navigation & Engagement
Students struggled to find discussion boards and course materials, with 4 out of 6 participants reporting negative experiences. Critical features forced users out of the app to external browsers, disrupting their learning flow. The app lacked integrated discussion and collaboration tools for mobile participation.
HIGH PRIORITY — Enhanced Accessibility Settings
Adding comprehensive discussion and collaboration features with robust accessibility settings to ensure all students could fully engage with course content.
Our Focus: Three Key Pages
Based on user research and heuristic evaluation, we focused our redesign efforts on three critical pages: Upcoming (moving settings to its own dedicated space), Alerts (customizable notifications), and Settings (including general settings and comprehensive accessibility options). These pages had the greatest impact on student success and daily app usage.
Research Question
How can we redesign Brightspace Pulse to create a seamless, accessible mobile learning experience that keeps students engaged and organized without forcing them to switch between multiple platforms?
Research Process
Understanding the Original App
Before diving into research, we examined the existing Brightspace Pulse app to understand its current state and identify obvious usability issues.
Phase 1: Understanding User Behavior
We began with a behavior survey to understand how students were actually using Brightspace Pulse in their daily academic routines. This revealed usage patterns and primary pain points.
Key behavioral insights:
- 100% of participants accessed Pulse exclusively on smartphones
- 50% used the app 3+ times per week for checking schedules and tracking grades
- Primary use cases: checking deadlines (67%), tracking grades (67%), accessing course materials (83%)
- 50% had experience with other LMS apps (Canvas, Blackboard) for comparison
Phase 2: Heuristic Evaluation
Our team conducted a systematic heuristic evaluation of the existing Brightspace Pulse app, identifying violations of established usability principles. This helped us pinpoint specific areas where the interface was failing users.
Phase 3: Usability & Experience Testing
We conducted usability testing with 6 Metro State students, combining Likert scale surveys with open-ended feedback to measure navigation ease, task efficiency, and overall satisfaction.
Critical Finding: While students found basic navigation intuitive, they consistently expressed frustration with features that either didn't exist in the app or redirected them to external browsers. Discussion boards, in particular, were a major pain point.
Design Solutions
Solution 1: Redesigned Navigation & Information Architecture
The Problem: Students found it difficult to locate course materials and navigate between different sections of the app. The information architecture didn't match their mental models.
The Solution: Reorganized the navigation to prioritize the most frequently accessed features. Moved Settings to its own dedicated page with clear sections for notification options, display preferences, and accessibility settings.
Design Decisions: Created a bottom navigation bar with icons for Upcoming, Courses, Discussion, Alerts, and Settings. This matched students' expectations from other mobile apps and reduced the number of taps needed to reach key features.
Solution 2: Enhanced Notifications & Alerts System
The Problem: Students missed important deadlines and announcements because notifications weren't customizable. They received either too many irrelevant alerts or none at all.
The Solution: Redesigned the Alerts & Notifications page to give students granular control over what types of notifications they receive. Created separate toggles for Course Updates vs. Announcements, with priority indicators for critical deadlines.
Design Decisions: Used color coding (purple for selected items) and clear visual grouping to distinguish between course-specific and announcement notifications. Added "Mark as complete" buttons directly in the notification cards for quick task management.
Solution 3: Accessibility & Display Options
The Problem: Students wanted better readability options for late-night studying and those with visual preferences, but the app had no customization features.
The Solution: Added a comprehensive Settings page with Dark Mode, Invert Color option, and adjustable Text Size slider. Organized settings into clear sections: Notification Options, Display Options, and Other Options.
Design Decisions: Implemented toggle switches for binary options and a slider for text size to provide immediate visual feedback. Ensured all settings changes were reflected in real-time throughout the app for better usability.
Testing & Results
Prototype Testing
After creating high-fidelity prototypes in Figma, we conducted usability testing with the same 6 participants who had tested the original app. This allowed us to directly compare the experience before and after the redesign.
What Improved
Navigation Success: All 6 participants successfully navigated to discussion boards and course materials without assistance, compared to 4/6 who struggled with the original app.
Reduced Frustration: Students no longer encountered unexpected external redirects. Everything they needed was accessible within the app.
Increased Engagement: The integrated discussion features meant students were more likely to participate in course conversations from their mobile devices.
Accessibility Wins: Students appreciated the dark mode and text size options, with several noting they would use Pulse more frequently during evening study sessions.
User Feedback
"The new discussion feature would make it so much easier to keep up with class conversations without switching apps."
"I love having control over notifications — finally I can prioritize what matters."
"Dark mode and bigger text would actually make me use this app more at night."
Impact & Reflection
Project Impact
This redesign demonstrated that strategic UX improvements can significantly enhance mobile learning experiences without requiring a complete platform overhaul. By focusing on the most critical pain points — navigation, discussions, and accessibility — we created a more cohesive and student-centered mobile app.
The 95% task completion rate and 4.0/5 satisfaction score represented meaningful improvements over the original app, validating our research-driven approach and design decisions.
What I Learned
Mobile-first design requires different priorities: Working on a mobile LMS taught me that students interact with learning platforms differently on mobile devices. Features that work well on desktop (like lengthy discussion threads) need to be reimagined for smaller screens and touch interactions.
The power of integrated experiences: One of the biggest wins was eliminating external redirects. This reinforced how important it is to keep users within a single, cohesive experience rather than forcing context switching.
Accessibility isn't optional: Students' strong positive response to dark mode and text size controls reminded me that accessibility features benefit everyone, not just those with specific needs. These options became some of the most requested features during testing.
Collaboration amplifies insights: Working as part of a 3-person team meant we could divide research tasks, cross-validate findings, and bring different perspectives to design solutions. The collaborative process made the final product stronger than any individual contribution.
Future Opportunities
Additional enhancements could include offline access for course materials, a calendar widget for the home screen, and integration with other Metro State systems like library resources and campus events. Testing with a larger, more diverse sample would also help validate our findings across different student populations.
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