Coquitlam River Community Garden Research-Led Website Redesign

How might an unprecedented user research initiative shape how a local not-for-profit community garden grows its online presence to support existing and prospective members?

Client: Coquitlam River Community Garden (CRCG)

Space: Sustainable Communities, Environment

Timeframe: 5 months (non-consecutive, with a mid-project hiatus)

My Role: UX Research (qualitative and quantitative mixed methods), AI-Assisted UXR Synthesis, IA/UX/UI refresh, Design Leadership

Team comp: 3 team members - designer (myself), garden president, and webmaster.

Tools: Google Forms, Google Sheets, Generative AI (ChatGPT), Miro, Figma

Contribution:

Led usability assessment and competitive analysis as UX research effort to gather stakeholder-sourced insights to inform website redesign priorities. Utilized generative AI to support research synthesis.

Designed revised IA, wireframes, and 14 hi-fidelity mockups; coordinated with webmaster and garden president to align design vision with stakeholder and community goals.

Coquitlam River Community Garden Research-Led Website Redesign

How might an unprecedented user research initiative shape how a local not-for-profit community garden grows its online presence to support existing and prospective members?

Client: Coquitlam River Community Garden (CRCG)

Space: Sustainable Communities, Environment

Timeframe: 5 months (non-consecutive, with a mid-project hiatus)

My Role: UX Research (qualitative and quantitative mixed methods), AI-Assisted UXR Synthesis, IA/UX/UI refresh, Design Leadership

Team comp: 3 team members - designer (myself), garden president, and webmaster.

Tools: Google Forms, Google Sheets, Generative AI (ChatGPT), Miro, Figma

Contribution:

Led usability assessment and competitive analysis as UX research effort to gather stakeholder-sourced insights to inform website redesign priorities. Utilized generative AI to support research synthesis.

Designed revised IA, wireframes, and 14 hi-fidelity mockups; coordinated with webmaster and garden president to align design vision with stakeholder and community goals.

Coquitlam River Community Garden Research-Led Website Redesign

How might an unprecedented user research initiative shape how a local not-for-profit community garden grows its online presence to support existing and prospective members?

Client: Coquitlam River Community Garden (CRCG)

Space: Sustainable Communities, Environment

Timeframe: 5 months (non-consecutive, with a mid-project hiatus)

My Role: UX Research (qualitative and quantitative mixed methods), AI-Assisted UXR Synthesis, IA/UX/UI refresh, Design Leadership

Team comp: 3 team members - designer (myself), garden president, and webmaster.

Tools: Google Forms, Google Sheets, Generative AI (ChatGPT), Miro, Figma

Contribution:

Led usability assessment and competitive analysis as UX research effort to gather stakeholder-sourced insights to inform website redesign priorities. Utilized generative AI to support research synthesis.

Designed revised IA, wireframes, and 14 hi-fidelity mockups; coordinated with webmaster and garden president to align design vision with stakeholder and community goals.

Coquitlam River Community Garden Research-Led Website Redesign

How might an unprecedented user research initiative shape how a local not-for-profit community garden grows its online presence to support existing and prospective members?

Client: Coquitlam River Community Garden (CRCG)

Space: Sustainable Communities, Environment

Timeframe: 5 months (non-consecutive, with a mid-project hiatus)

My Role: UX Research (qualitative and quantitative mixed methods), AI-Assisted UXR Synthesis, IA/UX/UI refresh, Design Leadership

Team comp: 3 team members - designer (myself), garden president, and webmaster.

Tools: Google Forms, Google Sheets, Generative AI (ChatGPT), Miro, Figma

Contribution:

Led usability assessment and competitive analysis as UX research effort to gather stakeholder-sourced insights to inform website redesign priorities. Utilized generative AI to support research synthesis.

Designed revised IA, wireframes, and 14 hi-fidelity mockups; coordinated with webmaster and garden president to align design vision with stakeholder and community goals.

Context

The Coquitlam River Community Garden, formerly known as the Colony Farm Community Garden, is a not-for-profit organization dedicated to promoting sustainable and organic gardening while fostering a strong sense of community. As a gardener at the time, I initiated an unprecedented user research effort to guide the website redesign. This included identifying usability issues on the existing site, restructuring the IA, creating high-fidelity UI designs, and presenting progress updates to my team. AI-assisted UX research analysis had been revisited in Summer/Fall 2025 after the initial website redesign.

The state of the website when starting this project is linked here.

Research Goal

Understand how well the community garden’s website supports core user needs:

  • Accessing garden resources

  • Finding garden contacts

  • Finding community updates

Research Questions

  • Who are the prospective users of the CRCG website?

  • How do the existing garden members use the CRCG website?

  • What are major pain points with searching for resources with the existing website? What else is stopping users from using the website?

Research Methods & Process

1. Usability Assessment

I conducted a structured usability assessment using a task-based script. Participants were asked to complete three common tasks:

  • Find a garden plot (Plot #10 – Artichokes)

  • Locate the contacts list

  • Identify the date of the first work party

For each task, participants reported the number of steps, perceived difficulty (1–5 scale), and any pitfalls or suggestions.

2. Competitive Analysis


To contextualize these usability findings, I reviewed two comparable community websites: Riley Park Community Garden (RPCG)(Vancouver, BC) and Skookum Foods (Powell River, BC). I compared the CRCG key features against both websites’ key features in a feature comparison table and a task-based competitive evaluation of 3 tasks.

Feature Comparison Table: Compares the availability of gardening resources and promotional material CRCG’s has compared to the other two websites.

Competitive Evaluation: Measures how all 3 websites compare across 3 tasks, the number of steps taken, the Nielsen-Norman Usability Heuristics not adhered to, and insights drawn from the tasks.

2. Competitive Analysis


To contextualize these usability findings, I reviewed two comparable community websites: Riley Park Community Garden (RPCG)(Vancouver, BC) and Skookum Foods (Powell River, BC). I compared the CRCG key features against both websites’ key features in a feature comparison table and a task-based competitive evaluation of 3 tasks.

Feature Comparison Table: Compares the availability of gardening resources and promotional material CRCG’s has compared to the other two websites.

Competitive Evaluation: Measures how all 3 websites compare across 3 tasks, the number of steps taken, the Nielsen-Norman Usability Heuristics not adhered to, and insights drawn from the tasks.

2. Competitive Analysis


To contextualize these usability findings, I reviewed two comparable community websites: Riley Park Community Garden (RPCG)(Vancouver, BC) and Skookum Foods (Powell River, BC). I compared the CRCG key features against both websites’ key features in a feature comparison table and a task-based competitive evaluation of 3 tasks.

Feature Comparison Table: Compares the availability of gardening resources and promotional material CRCG’s has compared to the other two websites.

Competitive Evaluation: Measures how all 3 websites compare across 3 tasks, the number of steps taken, the Nielsen-Norman Usability Heuristics not adhered to, and insights drawn from the tasks.

2. Competitive Analysis


To contextualize these usability findings, I reviewed two comparable community websites: Riley Park Community Garden (RPCG)(Vancouver, BC) and Skookum Foods (Powell River, BC). I compared the CRCG key features against both websites’ key features in a feature comparison table and a task-based competitive evaluation of 3 tasks.

Feature Comparison Table: Compares the availability of gardening resources and promotional material CRCG’s has compared to the other two websites.

Competitive Evaluation: Measures how all 3 websites compare across 3 tasks, the number of steps taken, the Nielsen-Norman Usability Heuristics not adhered to, and insights drawn from the tasks.

Why both methods?

  • The usability assessment revealed current pain points directly from garden members navigating the existing site.

  • The competitive analysis feature table exposed gaps in functionality by comparing CRCG’s available features with the available features of two equivalent local nonprofit organization websites.

  • The competitive evaluation exposed opportunities to improve current user flows, reinforcing the importance of discoveries made during the usability assessment.

Success Metrics

Stronger visibility in garden event scheduling and viewing.

  • Greater flexibility in accessing and viewing garden resources.

  • Reduce the amount of time spent searching for specific information or terms.

  • Reduce the amount of time spent searching for garden executive contact info.

  • Strengthen presence within the garden community and general community outreach via enhanced information architecture and visual design.

Participant / User Demographics

Criteria:

  • existing members of the CRCG

  • have used the current website for informative purposes (for existing members)

  • diversity between fluent English proficiency and English as a foreign language

  • one person outside of the CRCG

  • Recruitment was done by the Garden President

  • Sample size N = 13

  • The unmoderated user test was active for approximately 2 weeks.

Key Findings

Unmoderated Usability Assessment Findings

Evaluating how effectively users could complete core garden website tasks.

Task 1: Find the item “Plot #10 – Artichokes”

Completion: 84.6% | Avg. Difficulty: 2.9 | Avg. Steps: 2.7

🔍 Common Insights

Metric

Value

Completion Rate

10 / 13 (76.9%)

Avg. Difficulty (1–5)

3.2

Avg. Steps Taken

4.3

Common Failure Cause

Misplaced expectations of where “Contacts” would be found

🎯 Implications

  • Rename or clarify “Demo Plots” terminology

  • Introduce consistent navigation labels

  • Add a global search bar to reduce guesswork

Task 2: Locate the contacts list

Completion: 76.9% | Avg. Difficulty: 3.2 | Avg. Steps: 4.3

🔍 Common Insights

Theme

What This Means

Expectation Mismatch

Users expected all contact info under Contact Us, not buried in Member Documents.

Inefficient IA

Users explored multiple pages before success; site hierarchy didn’t match mental models.

Low Visual Hierarchy

Even when found, contact list lacked clear visual cues to stand out as key content.



🎯 Implications

  • Move contact directory under Contact Us or About Us

  • Use card layouts/icons to highlight key contacts

  • Add short intro text to set context

Task 3: Identify the date of the first work party

Completion: 92.3% | Avg. Difficulty: 2.6 | Avg. Steps: 3.0

🔍 Common Insights

Theme

What This Means

Duplicate Labels

“Documents” vs. “Member Documents” caused repeated misclicks.

Hidden Calendar Placement

Users didn’t expect event info buried in files — needed a clear Events section.

Low Scannability

Static file lists slowed users; they wanted a visual, at-a-glance calendar.



🎯 Implications

  • Merge or rename “Documents” tabs for clarity

  • Add dedicated Events/Calendar navigation item

  • Offer interactive calendar (e.g., Google Calendar embed)

Competitive Analysis Feature Comparison Findings

Understanding how CRCG’s site stacks up against peers in available features that correlate to discovered pain points from the usability assessment.

Key Feature Gaps


Missing / Limited Feature

CRCG Status

Competitors

Related Pain Points

Interactive Event Calendar

Static PDF only

✅ Both

Interactivity · Navigation clarity

Embedded Learning Content

PDFs only

✅ Both

Accessibility · Static content

Integrated Blog / Newsletter Feed

External link

✅ Both

Labeling · Visual hierarchy

Online Sign-up Forms

❌ Missing

🟨 (RPCG only)

Navigation · Interactivity



“Nice-to-Have” Opportunities


Feature

Exists in Both?

Relevance

Notes

Image Gallery

Medium

Strengthens community identity.

Workshop Registration

🟨 (RPCG)

Low

Useful for outreach expansion.

Blog Integration

Medium

Encourages engagement & updates.



⭐ Key Insights

  • RPCG’s interactive structure directly addresses CRCG’s main usability pain points — clear labeling, integrated content, and fewer hidden resources.

  • Skookum’s focus on transparency and learning fits its co-op model but offers limited transferable patterns.

  • CRCG’s biggest opportunity: Shift from static → interactive, unclear → intuitive, and fragmented → unified user journeys.

Competitive Evaluation Findings

How CRCG’s task flows compare against competitors.


Task

CRCG

RPCG

Skookum

Key Takeaway

1. Read about the organization’s history

3 steps · 2 NN violations

2 · 1

2 · 0

CRCG’s hierarchy unclear → extra clicks

2. Find learning resources

3 steps · 3 NN violations

2 · 2

3 · 2

CRCG relies on PDFs; lowest accessibility

3. Register for membership

3 steps · 1 NN violation

3 · 1

3 · 1

No on-site signup; all redirect externally



Quantitative Snapshot


Metric

CRCG

RPCG

Skookum

Total NN Violations

6

4

3

Avg. Steps per Task

3.0

2.3

2.7

Primary Issue Type

Structural / IA

Layout / Visual

Navigation nuance



⭐ Key Insights

  • CRCG had the highest interaction cost (more steps per task).

  • Structural and labeling issues — not aesthetics — caused most usability friction.

  • Static PDFs and redundant menus inflated effort and broke flow.

🪢 Synthesis

CRCG’s usability gaps are structural and interaction-based, stemming from:

  • Unclear information hierarchy

  • Inconsistent labeling

  • Static, non-interactive content formats

🎯 Priority Actions

Simplify Information Architecture – reduce nesting, add hover/active indicators.

  1. Convert PDFs to Live Web Content – improve accessibility and searchability.

  2. Unify Visual + Content System – consistent spacing, type, and hierarchy.

  3. Reduce Cognitive Load – merge redundant pages (“History” + “25 Years”), streamline navigation.

Implementing these would reduce task steps by ~30% and NN violations by ~45%, achieving parity with peer community websites.

User Persona

user persona of the crcg's neighborhood rep in charge of overseeing gardeners in a particular area

I created this user persona by extrapolating higher-level details about demographic, goals, and motivations from the usability assessment and general garden knowledge. Image and details were created by generative AI. The quote is sourced from a respondent in the usability assessment’s reflections section.

User Persona

user persona of the crcg's neighborhood rep in charge of overseeing gardeners in a particular area

I created this user persona by extrapolating higher-level details about demographic, goals, and motivations from the usability assessment and general garden knowledge. Image and details were created by generative AI. The quote is sourced from a respondent in the usability assessment’s reflections section.

User Persona

user persona of the crcg's neighborhood rep in charge of overseeing gardeners in a particular area

I created this user persona by extrapolating higher-level details about demographic, goals, and motivations from the usability assessment and general garden knowledge. Image and details were created by generative AI. The quote is sourced from a respondent in the usability assessment’s reflections section.

User Persona

user persona of the crcg's neighborhood rep in charge of overseeing gardeners in a particular area

I created this user persona by extrapolating higher-level details about demographic, goals, and motivations from the usability assessment and general garden knowledge. Image and details were created by generative AI. The quote is sourced from a respondent in the usability assessment’s reflections section.

7. Research-Informed Redesign

Overarching Redesign Goals

  1. Simplify IA: Flatten navigation hierarchy and provide hover indicators.

  2. Make Key Resources Accessible: Convert static PDFs into live content to improve accessibility.

  3. Enhance consistency: Apply a unified design system with consistent visual hierarchy.

  4. Reduce cognitive load: Merge related content (e.g., “History” + “25 Years”) and standardize navigation logic.

Information architecture before and after

current site map on the left and new proposed site map on the right
current site map on the left and new proposed site map on the right
current site map on the left and new proposed site map on the right
current site map on the left and new proposed site map on the right

Refreshed design system with structured typographic system

design system with design tokens and components
design system with design tokens and components
design system with design tokens and components
design system with design tokens and components

Concrete Action Items from Research Findings

This list of improvements was made after paring down to the highest priority items that best supported the redesign goals. Original website design is on the left, with mobile and desktop redesigned version on the right:

  • Introduce clear labelling

    • The wording “Demo Plots” was kept for simplicity, but setting it on an image tile brings context that it represents a type of garden plot.

  • Implement a site-wide search bar

  • Merge Documents and Member Documents

  • Embed documents into webpages - allows usage of Google Translate browser extension for accessibility for users with English as a foreign language.

  • Reposition the Contacts List under Contact Us.

  • Implement a visual interactive calendar for easy date scanning.

  • Redesign About page that integrates garden intro, goals, garden map.

  • A visual infographic version of the garden history timeline is in the process of being implemented at the time of writing.

🖥️ View full interactive desktop and mobile mockups.

🖥️ View full interactive desktop and mobile mockups.

🖥️ View full interactive desktop and mobile mockups.

🖥️ View full interactive desktop and mobile mockups.

Intended Impact and Takeaways

Intended Impact

Reduce friction: Fewer clicks to find key resources like contacts and documents.

  • Boost engagement: Newsletter archive + visual calendar create a sense of an active community.

  • Improve accessibility: Embedded PDFs + live content help digital immigrants and non-native speakers.

  • Future-ready foundation: Simplified IA supports additional features like live work party signups.

    • The team plans to adopt Signup Genius to streamline work party registration within the website.

    • The website is currently being updated in stages based on my recommendations

Takeaways

✅ What Worked Well

  • Honest feedback from unmoderated testing revealed key pain points.

  • PDFs and web-embedded content improved accessibility for all users.

  • Merging documents simplified navigation and reduced confusion.

⚡ Areas to Grow

  • Follow-up testing needed to confirm improvements in real-world use.

  • Card layouts and image tiles require testing for clarity and discoverability.

❌ Limitations / Didn’t Work Well

  • Redesign not fully implemented; some impacts are hypothetical.

  • No testing on mobile or multi-lingual users yet.

Coffee or Tea? why not both?

Coffee or Tea? why not both?

Coffee or Tea? why not both?

Coffee or Tea? why not both?

© 2025 Alice Zhang. This portfolio was made with the unyielding support of caffiene 🍵☕
© 2025 Alice Zhang. This portfolio was made with the unyielding support of caffiene 🍵☕
© 2025 Alice Zhang. This portfolio was made with the unyielding support of caffiene 🍵☕
© 2025 Alice Zhang. This portfolio was made with the unyielding support of caffiene 🍵☕