TMU International Students Blog Redesign
Redesigned the TMU international students blog using Google Analytics scroll and click data to fix key usability barriers and get more students to the CTAs that mattered.
Client
Toronto Metropolitan University
Role
Designer
Timeline
6 weeks — Shipped April, 2026
Skills
UX Research | Google Analytics | Information Architecture | Mobile-First Design | AEM
Outcome
27% increase in CTA click-through from the blog, within 6 months of launch
While reviewing the blog page, I noticed some design elements were violating a few UX heuristics. My team and I pulled the heatmap data for both mobile and desktop to see how users were actually behaving on the page. Analyzing the results surfaced the following findings:
Note: Heatmap click data only captures actual taps/clicks. Incidental touches while scrolling aren't counted here.
#1
Mobile-first traffic:
Nearly 90% of user came from mobile, meaning any usability issue there affected nearly all of the blog's traffic.
#2
Clicks landing on non-links:
Out of the top 10 most-clicked spots on the page, 8 weren't links. Users were clicking on headings and graphics that only looked interactive.
#3
Key CTAs lost to scroll depth:
The most important CTAs, including "How to Apply" sat near the bottom of a long page, so most users never scrolled far enough to reach it.
27%
Increase in users landing on the Explore Programs page from the blog homepage
within 6 months after the redesign launched, indicating that users found the fixed CTAs easier to notice and act on.
What I learned:
This was my first time designing for a public TMU page reaching thousands of visitors, so I had to base changes on real data instead of just what looked right. The heatmap click numbers alone didn't explain why users were clicking there, so digging into that "why" (false affordances, not bad content) was what led me to the right fix.
Looking ahead:
Since the redesign is live, the next step would be pulling a fresh heatmap on the new design to see whether the fixes actually changed how students interact with the page, not just whether the numbers moved.

