UI DESIGN · Usability testing · Prototyping

Smarter course pages for students... and staff

Redesigning the University of Sydneys highest-traffic page to create a modern, scalable template that improves usability, performance, and decision-making for prospective students.

2x

Return rate

45%

Decrease in bounce rate

UI DESIGN · Usability testing · Prototyping

Smarter course pages for students... and staff

Redesigning the University of Sydneys highest-traffic page to create a modern, scalable template that improves usability, performance, and decision-making for prospective students.

2x

Return rate

45%

Decrease in bounce rate

UI DESIGN · Usability testing · Prototyping

Smarter course pages for students... and staff

Redesigning the University of Sydneys highest-traffic page to create a modern, scalable template that improves usability, performance, and decision-making for prospective students.

2x

Return rate

45%

Decrease in bounce rate

Deliverable

Design and implement a new course page template (end-to-end)

My role

UX Designer + Project Lead

Team

UX, Business Analyst, full stack + frontend devs (offshore)

Stack

Figma, AEM, Confluence, Jira, BitBucket

When

2021

Problem

A critical page with poor performance

Problem

A critical page with poor performance

The course page is where students evaluate their options—and it's where the university earns its revenue. But the experience was poor, suffering unclear layout and bloated content.

  • 65% bounce rate

  • 24% return visit rate

Overwhelming layout, no clear starting point

The design was dense and unstructured, with heavy text and no clear hierarchy. Users didn’t know where to begin—and often gave up before finding key details.

Every page relied on the same template—making it hard to create distinct or contemporary page designs. 

No content standards—and a broken foundation

Without a data model or authoring standards the course page became a free-for-all. Dense, jargon-filled content was pasted in from academic sources, layered on a rigid database that couldn’t structure it properly—making the entire experience confusing and inaccessible.

Open-text fields allowed complex content to be pasted in without structure or guidance—making already dense information even harder to digest.

Planning

Standing up a UX project scratch

Planning

Standing up a UX project scratch

I laid the foundation for the project by presenting the problem and proposed solution to the executive team, ensuring alignment. This phase focused on defining the approach and establishing a framework for managing approvals and collaboration.

Pitched to executive team for endorsement





I presented data using metrics, user quotes, screen recordings to demonstrate the problem and potential solutions achievable within 10 months.

Mapped key stakeholders

I identified key stakeholders across the university and established a clear decision-making hierarchy.

Timeboxed design work to 3 months



Scoped a 3-month design window to complete the UX work—while keeping deliverables flexible

Discovery

Uncovering what’s broken, and why

Discovery

Uncovering what’s broken, and why

Discovery

Uncovering what’s broken, and why

Content audit & consultation

I met with curriculum staff, compliance, marketing, student recruitment, and admissions. I reviewed dozens of live course pages to understand what content existed, how it got there, and why it wasn’t working.

Teams consulted

Student Marketing Director

Sales Director and reps

Student Administration Services

Legal & Compliance teams

Faculty Curriculum Coordinators

Key insight

Unclear ownership or accountability

It wasn’t clear whose job it was to define quality, develop standards, or fix what wasn’t working – so no one did.

User research

I conducted interviews with 10 first-year students (5 domestic, 5 international) to understand:

  • How they researched courses

  • What info mattered most

  • What confused or blocked them

Key insight

Essential decision factors

Critical decision making information included;

  1. Entry requirements

  2. Career and learning outcomes

  3. Costs

Looking at other uni's and beyond

I reviewed leading university websites to identify smart patterns and features. I also looked beyond higher ed—analysing listing-based platforms like Airbnb and Gumtree to explore how large-scale content from multiple contributors can still feel consistent, structured, and easy to navigate.

I audited each component to understand its function, limitations, and potential for reuse.

Key insight

More interactivity and author controls

Better sites used on-page navigation, modals, tooltips, personalisation, and clear authoring rules to support clarity and quick decision-making.

Ideation & testing

Building a better course page through structured design

Ideation & testing

Building a better course page through structured design

Ideation & testing

Building a better course page through structured design

Introduced structure through content mapping

To bring order to the chaos, I mapped the existing content and ran a card sort to identify natural groupings. This helped define the core sections of the page, which then informed both layout and navigation decisions.

Early card sorting helped uncover natural groupings in the content—laying the groundwork for a more intuitive page structure and navigation.

Tested navigation patterns through iteration

I ran a content audit and card sort to identify key categories. I then explored multiple navigation models—tabs, accordions, side menus—and used quick guerrilla testing to evaluate what felt most intuitive. This led to a tabbed layout on desktop and anchor-based navigation on mobile, with progressive disclosure for dense content like fees.

Explored multiple navigation models—tabs, side nav, and expandable sections—to test what made dense course content easier to scan and navigate.

Clear language, visual hierarchy and progressive disclosure

I rewrote and restructured key sections using plain English and improved the visual hierarchy with clearer headings, spacing, and groupings. For dense content, I used modals and tooltips to break it into manageable pieces.

To simplify dense fee information, I used modals and tooltips to layer supporting detail—keeping the main interface scannable without sacrificing clarity or compliance.

A/B testing the new design

I created a high-fidelity prototype and ran moderated A/B tests with 10 prospective students.

Testing early with real students helped validate what mattered most—ensuring the new course page prototype aligned with how users actually navigate and decide.

  • 80% task success

    80% task success

  • 72% time on task

    72% time on task

  • 40% user rating

    40% user rating

Improving the author experience

Added author restrictions

We locked down critical sections (like admissions) to approved content only, and introduced guidelines on tone, length, and layout. I also created a SharePoint resource hub to help authors adapt.

I replaced open text fields with dropdowns and checkboxes—reducing ambiguity and ensuring consistent, user-friendly content across course pages.

Access to authoring resources

To support adoption, I created a SharePoint resource hub with step-by-step guides, content standards, and authoring best practices—making it easier for teams to adapt to the new system.

Results and impact

Final designs

Results and impact

Final designs

Results and impact

Final designs

Key metrics

We locked down critical sections (like admissions) to approved content only, and introduced guidelines on tone, length, and layout. I also created a SharePoint resource hub to help authors adapt.

x2 return rate

The return rate for course pages on the new template increased from 24% to 52%, doubling user engagement.

45% decrease in bounce rate

The bounce rate for course pages on the new template reduced from 73% to 25%.

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