Case Study

Case Study

Case Study

Fixing Scroll Drop-Offs to Unlock Enquiry Growth

Fixing Scroll Drop-Offs to Unlock Enquiry Growth

Fixing Scroll Drop-Offs to Unlock Enquiry Growth

A data-led redesign of a high-traffic student accommodation property page to reduce early drop-offs, surface decision-critical content sooner, and improve enquiry intent through better information hierarchy and page flow.

A data-led redesign of a high-traffic student accommodation property page to reduce early drop-offs, surface decision-critical content sooner, and improve enquiry intent through better information hierarchy and page flow.

A data-led redesign of a high-traffic student accommodation property page to reduce early drop-offs, surface decision-critical content sooner, and improve enquiry intent through better information hierarchy and page flow.

My Role

My Role

My Role

Product Designer

(acting Product Owner)

Product Designer

(acting Product Owner)

Product Designer

(acting Product Owner)

Platform

Platform

Platform

Website

Website

Website

Status

Status

Status

In-Dev

In-Dev

In-Dev

Problem


  • Low scroll depth and poor engagement

  • Core value hidden deep in the page

Problem


  • Low scroll depth and poor engagement

  • Core value hidden deep in the page

Problem

  • Low scroll depth and poor engagement

  • Core value hidden deep in the page

Goal


  • Increase enquiry initiation from the property page.

  • Improve scroll depth

  • Major focus on M-web

Goal


  • Increase enquiry initiation from the property page.

  • Improve scroll depth

  • Major focus on M-web

Goal

  • Increase enquiry initiation from the property page.

  • Improve scroll depth

  • Major focus on M-web

Approach


  • Analyse user behaviour

  • Form data backed hypotheses

  • Redesign journey, not just UI

Approach


  • Analyse user behaviour

  • Form data backed hypotheses

  • Redesign journey, not just UI

Approach

  • Analyse user behaviour

  • Form data backed hypotheses

  • Redesign journey, not just UI

Context (why this mattered)

Context (why this mattered)

Context (why this mattered)

University Living does not support end-to-end bookings. Instead, the primary goal of the property page is to educate students, build trust, and drive enquiries.

However, despite high intent users landing on the page, a large portion exited before reaching the most valuable section — Room Types. This made the page a high-impact opportunity to improve both user experience and business outcomes.

University Living does not support end-to-end bookings. Instead, the primary goal of the property page is to educate students, build trust, and drive enquiries.

However, despite high intent users landing on the page, a large portion exited before reaching the most valuable section — Room Types. This made the page a high-impact opportunity to improve both user experience and business outcomes.

University Living does not support end-to-end bookings. Instead, the primary goal of the property page is to educate students, build trust, and drive enquiries.

However, despite high intent users landing on the page, a large portion exited before reaching the most valuable section — Room Types. This made the page a high-impact opportunity to improve both user experience and business outcomes.

Problem Statement

Problem Statement

Problem Statement

Despite strong visibility from search and internal navigation, the property detail page suffered from:

  • Low scroll depth

  • Early user drop-offs

  • Poor discoverability of room options

  • UI clutter that distracted from core actions

As a result, many students never reached the section where they typically spend the most decision-making time.

Despite strong visibility from search and internal navigation, the property detail page suffered from:

  • Low scroll depth

  • Early user drop-offs

  • Poor discoverability of room options

  • UI clutter that distracted from core actions

As a result, many students never reached the section where they typically spend the most decision-making time.

Despite strong visibility from search and internal navigation, the property detail page suffered from:

  • Low scroll depth

  • Early user drop-offs

  • Poor discoverability of room options

  • UI clutter that distracted from core actions

As a result, many students never reached the section where they typically spend the most decision-making time.

Success Metrics

Success Metrics

Success Metrics

Primary Metric

  • Increase the percentage of users reaching the Room Types section.


Secondary Metrics

  • Improve scroll depth beyond the second fold.

  • Increase enquiry initiation from the property page.

Primary Metric

  • Increase the percentage of users reaching the Room Types section.


Secondary Metrics

  • Improve scroll depth beyond the second fold.

  • Increase enquiry initiation from the property page.

Primary Metric

  • Increase the percentage of users reaching the Room Types section.


Secondary Metrics

  • Improve scroll depth beyond the second fold.

  • Increase enquiry initiation from the property page.

User Behaviour Insights

User Behaviour Insights

User Behaviour Insights

Scroll Behaviour

User engagement dropped sharply as users scrolled down the page. While the first fold retained the highest attention, only ~75% of users reached the second fold, and this reduced further to ~50% by the time the Room Types section appeared.


Attention Distribution

Users spent the most time interacting with the gallery and room-related content. However, many users never reached the room sections due to early drop-offs.


Second-Fold Engagement

The second fold provided limited actionable or decision-making value. Heatmap insights indicated minimal user attention in this section, with most users scrolling past it without interaction.


Structural Friction

Key features such as wishlist, compare, and breadcrumbs lacked a clear hierarchy, competing for attention instead of supporting the primary enquiry journey.


Trust & Decision Confidence

Users lacked strong trust signals early in the journey, that too when only 75% scroll past the 1st fold. Property quality and popularity cues were not clearly communicated, increasing hesitation before room discovery or enquiry.


Insights derived from internal analytics, heatmaps, and scroll data.

Scroll Behaviour

User engagement dropped sharply as users scrolled down the page. While the first fold retained the highest attention, only ~75% of users reached the second fold, and this reduced further to ~50% by the time the Room Types section appeared.


Attention Distribution

Users spent the most time interacting with the gallery and room-related content. However, many users never reached the room sections due to early drop-offs.


Second-Fold Engagement

The second fold provided limited actionable or decision-making value. Heatmap insights indicated minimal user attention in this section, with most users scrolling past it without interaction.


Structural Friction

Key features such as wishlist, compare, and breadcrumbs lacked a clear hierarchy, competing for attention instead of supporting the primary enquiry journey.


Trust & Decision Confidence

Users lacked strong trust signals early in the journey, that too when only 75% scroll past the 1st fold. Property quality and popularity cues were not clearly communicated, increasing hesitation before room discovery or enquiry.


Insights derived from internal analytics, heatmaps, and scroll data.

Scroll Behaviour

User engagement dropped sharply as users scrolled down the page. While the first fold retained the highest attention, only ~75% of users reached the second fold, and this reduced further to ~50% by the time the Room Types section appeared.


Attention Distribution

Users spent the most time interacting with the gallery and room-related content. However, many users never reached the room sections due to early drop-offs.


Second-Fold Engagement

The second fold provided limited actionable or decision-making value. Heatmap insights indicated minimal user attention in this section, with most users scrolling past it without interaction.


Structural Friction

Key features such as wishlist, compare, and breadcrumbs lacked a clear hierarchy, competing for attention instead of supporting the primary enquiry journey.


Trust & Decision Confidence

Users lacked strong trust signals early in the journey, that too when only 75% scroll past the 1st fold. Property quality and popularity cues were not clearly communicated, increasing hesitation before room discovery or enquiry.


Insights derived from internal analytics, heatmaps, and scroll data.

What this told us

What this told us

What this told us

  • Users weren’t disengaged — they simply weren’t reaching the most valuable parts of the page. The second fold acted as a dead zone in the user journey — adding scroll effort without adding value. This broke momentum early and reduced the likelihood of users reaching room discovery sections.

  • Beyond structural issues, the page lacked immediate trust and validation signals. For high-consideration decisions like student accommodation, users needed reassurance before investing time in deeper exploration.

  • Users weren’t disengaged — they simply weren’t reaching the most valuable parts of the page. The second fold acted as a dead zone in the user journey — adding scroll effort without adding value. This broke momentum early and reduced the likelihood of users reaching room discovery sections.

  • Beyond structural issues, the page lacked immediate trust and validation signals. For high-consideration decisions like student accommodation, users needed reassurance before investing time in deeper exploration.

  • Users weren’t disengaged — they simply weren’t reaching the most valuable parts of the page. The second fold acted as a dead zone in the user journey — adding scroll effort without adding value. This broke momentum early and reduced the likelihood of users reaching room discovery sections.

  • Beyond structural issues, the page lacked immediate trust and validation signals. For high-consideration decisions like student accommodation, users needed reassurance before investing time in deeper exploration.

Hypothesis

Hypothesis

Hypothesis

  • If we surface room information earlier, more users will reach decision-making sections.

  • If the second fold becomes actionable, it can drive more leads for the users who don't scroll much.

  • If UI elements are structured clearly, cognitive load will reduce.

  • If the page feels guided rather than static, enquiry intent will increase.

  • If credibility and social proof are surfaced early, user confidence and scroll depth will improve.

  • If property popularity and quality cues are visible upfront, enquiry intent will increase.

  • If we surface room information earlier, more users will reach decision-making sections.

  • If the second fold becomes actionable, it can drive more leads for the users who don't scroll much.

  • If UI elements are structured clearly, cognitive load will reduce.

  • If the page feels guided rather than static, enquiry intent will increase.

  • If credibility and social proof are surfaced early, user confidence and scroll depth will improve.

  • If property popularity and quality cues are visible upfront, enquiry intent will increase.

  • If we surface room information earlier, more users will reach decision-making sections.

  • If the second fold becomes actionable, it can drive more leads for the users who don't scroll much.

  • If UI elements are structured clearly, cognitive load will reduce.

  • If the page feels guided rather than static, enquiry intent will increase.

  • If credibility and social proof are surfaced early, user confidence and scroll depth will improve.

  • If property popularity and quality cues are visible upfront, enquiry intent will increase.

Product Decisions & Trade-offs

Product Decisions & Trade-offs

Product Decisions & Trade-offs

What we decided to do

  • Re-architect the entire page structure instead of making isolated UI fixes

  • Optimize content placement based on scroll behavior, not legacy structure

  • Bring room-related information closer to the top

  • Simplify and group secondary actions (wishlist, compare, breadcrumbs)

  • Prioritized trust and social proof as first-order decision drivers for high-consideration users.

What we decided to do

  • Re-architect the entire page structure instead of making isolated UI fixes

  • Optimize content placement based on scroll behavior, not legacy structure

  • Bring room-related information closer to the top

  • Simplify and group secondary actions (wishlist, compare, breadcrumbs)

  • Prioritized trust and social proof as first-order decision drivers for high-consideration users.

What we decided to do

  • Re-architect the entire page structure instead of making isolated UI fixes

  • Optimize content placement based on scroll behavior, not legacy structure

  • Bring room-related information closer to the top

  • Simplify and group secondary actions (wishlist, compare, breadcrumbs)

  • Prioritized trust and social proof as first-order decision drivers for high-consideration users.

What we consciously avoided

  • Adding more CTAs without improving clarity

  • Increasing content density without improving hierarchy

  • Treating this as a visual redesign rather than a behavioral problem

What we consciously avoided

  • Adding more CTAs without improving clarity

  • Increasing content density without improving hierarchy

  • Treating this as a visual redesign rather than a behavioral problem

What we consciously avoided

  • Adding more CTAs without improving clarity

  • Increasing content density without improving hierarchy

  • Treating this as a visual redesign rather than a behavioral problem

Before & After

Before & After

Before & After

Trust Factors

Trust Factors

Trust Factors

Room Cards Optimization

Room Cards Optimization

Room Cards Optimization

1st Fold Optimization

1st Fold Optimization

1st Fold Optimization

Emphasis on map visibility & upfront available room types

Emphasis on map visibility & upfront available room types

Emphasis on map visibility & upfront available room types

2nd Fold Optimization

2nd Fold Optimization

2nd Fold Optimization

Utilised white spacing to show more content in 2nd fold

Utilised white spacing to show more content in 2nd fold

Utilised white spacing to show more content in 2nd fold

Product Decisions

Product Decisions

Product Decisions

  • Prioritized scroll depth and content reach over visual density.

  • Chose structural re-ordering instead of incremental UI tweaks.

  • Aligned layout decisions with enquiry funnel goals.

  • Balanced stakeholder inputs while protecting core user intent.

  • Prioritized scroll depth and content reach over visual density.

  • Chose structural re-ordering instead of incremental UI tweaks.

  • Aligned layout decisions with enquiry funnel goals.

  • Balanced stakeholder inputs while protecting core user intent.

Execution Strategy

Execution Strategy

Execution Strategy

  • Analyzed scroll depth and heatmap data to identify drop-off points

  • Conducted user interviews to understand expectations from users as to what they consider most important

  • Explored multiple wireframe directions focused on content prioritization

  • Collaborated closely with PMs to align business and user goals

  • Iterated repeatedly based on feasibility, feedback, and clarity

  • Analyzed scroll depth and heatmap data to identify drop-off points

  • Conducted user interviews to understand expectations from users as to what they consider most important

  • Explored multiple wireframe directions focused on content prioritization

  • Collaborated closely with PMs to align business and user goals

  • Iterated repeatedly based on feasibility, feedback, and clarity

  • Analyzed scroll depth and heatmap data to identify drop-off points

  • Conducted user interviews to understand expectations from users as to what they consider most important

  • Explored multiple wireframe directions focused on content prioritization

  • Collaborated closely with PMs to align business and user goals

  • Iterated repeatedly based on feasibility, feedback, and clarity

The focus remained on improving the journey, not just polishing UI.

The focus remained on improving the journey, not just polishing UI.

The focus remained on improving the journey, not just polishing UI.

Final Solution — The New Property Page Journey

Final Solution — The New Property Page Journey

Final Solution — The New Property Page Journey

  • Clear property value and room availability surfaced earlier

  • Actionable second fold (on Desktop with sticky CTAs) that encourages continued scrolling

  • Room Types section made more discoverable

  • Structured placement of wishlist, compare, and navigation elements

  • Cleaner hierarchy to reduce distraction and guide intent

  • Clear property value and room availability surfaced earlier

  • Actionable second fold (on Desktop with sticky CTAs) that encourages continued scrolling

  • Room Types section made more discoverable

  • Structured placement of wishlist, compare, and navigation elements

  • Cleaner hierarchy to reduce distraction and guide intent

  • Clear property value and room availability surfaced earlier

  • Actionable second fold (on Desktop with sticky CTAs) that encourages continued scrolling

  • Room Types section made more discoverable

  • Structured placement of wishlist, compare, and navigation elements

  • Cleaner hierarchy to reduce distraction and guide intent

The page now feels like a guided exploration, not a long information dump.

The page now feels like a guided exploration, not a long information dump.

The page now feels like a guided exploration, not a long information dump.

Impact & Measurement Plan

Impact & Measurement Plan

Impact & Measurement Plan

Current Status

The redesigned page is currently under development / rollout.

Current Status

The redesigned page is currently under development / rollout.

Current Status

The redesigned page is currently under development / rollout.

Metrics to evaluate post-launch

  • Scroll depth improvement

  • Percentage of users reaching Room Types

  • Time spent on room sections

  • Enquiry initiation rate

  • Interaction with secondary features (wishlist, compare)

Metrics to evaluate post-launch

  • Scroll depth improvement

  • Percentage of users reaching Room Types

  • Time spent on room sections

  • Enquiry initiation rate

  • Interaction with secondary features (wishlist, compare)

Metrics to evaluate post-launch

  • Scroll depth improvement

  • Percentage of users reaching Room Types

  • Time spent on room sections

  • Enquiry initiation rate

  • Interaction with secondary features (wishlist, compare)

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