AOTF Website redesign

SUMMARY

The American Occupational Therapist Foundation (AOTF) reached out requesting an end-to-end redesign of their current website to improve outreach and information dissemination to their various stakeholder communities.

Role

PM, UX Designer

Contribution

Strategy / UX / ds

Team

5 members; 2 UXRs, 2 UXDs, 1 PM

duration

24 wks / 5 sprints

Impact

30% ↗

30%↗

faster engineering implementaiton

2x ↗

2x ↗

improvement in user retention

40% ↘

40% ↘

decrease in time to task completion

Discovery + Research

Sprint 01 + 02

Client Background

Client Background

The American Occupational Therapy Foundation (AOTF) serves the public interest by supporting occupational therapy research and increasing public understanding of the important relationship between everyday activities and health.

Their core initiatives include:

[ i ] Grants & Scholarships for OT students

[ ii ] Programs & Events to build research capacity

[ iii ] Publications like OTJR, their quarterly research journal

Project Kickoff & Stakeholder Alignment

Project Kickoff & Stakeholder Alignment

We began with stakeholder interviews and competitive analysis to define the scope of work (SOW). An initial kickoff meeting allowed us to align on objectives, clarify deliverables, and map out pain points with the existing website.

User Research & Testing

User Research & Testing

We quickly identified the end-user personas that frequented the website: Occupational Therapists (OTs), Students, AOTF Staff, External donors. 

Usability test-cases and interview scripts were tailored to reflect the distinct goals of each group. While we were able to recruit participants for three of the four personas, we were unable to secure a donor representative during this phase

8 interviews

8 interviews

were conducted in a remote manner that included participants from each of the use-cases.

2

Tasks

2 Tasks

were created for each of the specific persona/user to complete during the interview.

Thematic analysis

Thematic analysis

was utilized instead of standard affinity mapping to synthesize insights.

Findings

Findings

[ ! ] Users consistently struggled with content discoverability and unclear navigation labels.

[ ! ] Confusion about where to find critical resources led some to rely on external search engines.

[ ! ] Participants expressed a desire for a visually engaging design that reflected AOTF’s academic credibility and mission.

The challenge

Fragmented Experience

Fragmented Experience

Critical resources were scattered across the site, forcing users to rely on external search engines

Complex Navigation

Complex Navigation

Stakeholders struggled to find essential information about grants, research, and publications

Brand Misalignment

Brand Misalignment

The existing website failed to reflect AOTF's position as a leader in occupational therapy research

hypothesis

“restructuring the IA would be fundamental to improving the digital experience”

project goals

Improve Information Architecture

Improve IA

Streamline navigation to make finding resources intuitive and efficient.

Streamline Content Discoverability

Enhance Accessibility

Restructure content architecture and enhance discoverability patterns so users can locate relevant information with minimal cognitive effort.

Boost Audience Engagement

Boost Audience Engagement

Create interactive and visually compelling experiences that keep users connected to AOTF’s mission.

Establishing Foundations

Brand Identity Workshop

A collaborative workshop with AOTF staff informed the development of a visual and communication style guide. We aimed to ensure that the new website would reflect both their academic rigor and public outreach goals and therefore boost engagement.

cms to constrAin
possible creep

Rather than treating each page as a one-off, I proposed that we follow a modular template system for our wireframes. This decision was rooted in research finding [5]

This approach served two strategic goals:

[ 1 ] Anticipate and accommodate future content growth

[ 2 ] Introduce structural guardrails to maintain visual consistency in the absence of an in-house client design team.

These decisions directly informed our wireframing approach. The CMS-informed scaffolding helped us:

[ ✓ ] Create scalable templates that could adapt to evolving content needs

[ ✓ ] Accelerate wireframe iterations with clearer structural defaults

[ ✓ ] Constrain visual drift and ensure consistent styling across pages

Wireframing +
Design System

We utilized a low-fidelity voting mechanism in Figma to prioritize components based on perceived user value and feasibility (fig 1).

Once core elements were validated, we transitioned into digital wireframes in Figma, layering in progressively higher fidelity with input from the brand guidelines developed earlier (fig 2).

Restructuring the Information Architecture

mapping user mental models

KardSort was used as our tool of choice since it allowed us to maximize the number of response. The constraint, only 20 cards allowed per test and only csv exports (no in-house analysis).

open-sort

open-sort

to encourage and reveal independent semantic categorizations

to encourage and reveal independent semantic categorizations

2 #

2 #

card sorting activities to maximize output

card sorting activities to maximize output

58 #

58 #

categories created across the two sorting activities

categories created across the two sorting activities

AIded analysis

AI-ded analysis

Claude.ai was used to help automate analysis.

Claude.ai was used to help automate analysis.

After this analysis two members of the team initiated a redesign of the IA. The redesign focused on three priorities :

[ 1 ] Semantic clarity: Aligning new labels with the natural language of the OTs, researchers and students.

[ 2 ] Reducing cognitive overload: Further grouping resources under simplified top-level categories

[ 3 ] Scalability: Designing flexible content clusters that could accommodate future programs, resources etc.

After this analysis two members of the team initiated a redesign of the IA. The redesign focused on three priorities :

[ 1 ] Semantic clarity: Aligning new labels with the natural language of the OTs, researchers and students.

[ 2 ] Reducing cognitive overload: Further grouping resources under simplified top-level categories

[ 3 ] Scalability: Designing flexible content clusters that could accommodate future programs, resources etc.

Systemizing The Redesign

Design Systems and guidelines

I initiated the setup of a scalable design system to ensure consistency across components, layouts, and content modules. This system anchored visual decisions, reduced redundancy, and aligned future CMS-ready templates with the established structure.

60+

60+

components and variants were built from scratch.

components and variants were built from scratch.

CMS Patterns

CMS Patterns

Scalable across the 5 finalized CMS templates.

Scalable across the 5 finalized CMS templates.

Redesigning Complex Areas

Based on user presented insights as well UX audits on the website, we redesigned areas of core cognitive overload.

[1] NAV BARS

[1] NAV BARS

We redesigned the main navigation to include more coherent categories.
Since the primary eligibility criteria of grants and scholarships is the career-level of the applicant we decided to categorize them as such to maintain mental models.

We redesigned the main navigation to include more coherent categories.
Since the primary eligibility criteria of grants and scholarships is the career-level of the applicant we decided to categorize them as such to maintain mental models.

[2] INFOGRAPHICS

[2] INFOGRAPHICS

To reinforce the revised mental model, we transformed a static infographic into interactive cards with direct links to individual grants and scholarships.
These cards were implemented on both the Home and Grants Overview pages.

To reinforce the revised mental model, we transformed a static infographic into interactive cards with direct links to individual grants and scholarships.
These cards were implemented on both the Home and Grants Overview pages.

[3] PAGE LAYOUT

[3] PAGE LAYOUT

We restructured content-heavy pages to support a more intuitive, non-linear information flow.
To improve navigation, I introduced anchor menus that let users jump directly to relevant sections. This redesign directly advanced our goal of enhancing content discoverability.

We restructured content-heavy pages to support a more intuitive, non-linear information flow.
To improve navigation, I introduced anchor menus that let users jump directly to relevant sections. This redesign directly advanced our goal of enhancing content discoverability.

Reflection So Far…

Challenges + Pivots

[ ! ] Card-sorting platform: understanding and finalizing trade-offs when trying to find a card-sorting tool was time-taking (2 wks lost).
[ > ] Trading off insights/visualizations for number of seats and data retention periods.

microsuccesses

[ ✓ ] Multi-modal paper-first: the usage of sticky notes to simulate modals and interactions on paper layouts helped us avoid over-investing in digital fidelity too early.
Additionally, this approach also made intentions immediately visible during critiques with clients and sped up consensus.

Upcoming

[…] Hand-off with development team

[…] Hand-off with development team

[…] Website Development

[…] Website Development

[…] Redesign Go-live / publishing

[…] Redesign Go-live / publishing

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© 2026, anmol mishra

© 2026, anmol mishra