Seattle Study Club is a nationally recognized dental education organization connecting practitioners through local study clubs, continuing education courses, and industry partnerships across the United States and international markets.
Project Type
Date
Role
Scope
CMS architecture, dynamic content implementation, performance optimization
Overview Summary
Webflow Variables enabling centralized brand color control across all UI elements, supporting future theme adjustments without manual updates.
Creative Brand Accents
Subtle textures, patterns, and visual motifs applied throughout sections to enhance practice personality while maintaining professional credibility.
Modular Template Architecture
Reusable sections supporting consistent brand application across hero areas, services, testimonials, and calls-to-action, designed for expansion across multiple pages or marketing campaigns without structural redesign.
Seattle Study Club needed a scalable website to support a growing global community of dental professionals. The platform had to manage high volumes of dynamic content—clubs, educational events, resources, and partnership landing pages—while enabling non-technical teams to work independently.
I prioritized systems architecture over individual page design, focusing on scalability and reusability. Before building, I mapped relationships between partners, clubs, courses, and events to inform the CMS structure. Built a reusable component library that assembled into templates, ensuring consistency and reducing build time. Partner pages used flexible sections editors could toggle on/off, eliminating the need for dozens of unique templates. Clear labels, helper text, and validation enabled non-technical teams to work independently.
Users gained improved discovery through filtering and search across clubs, courses, and partnerships. The component architecture eliminated visual inconsistencies while supporting 10x content growth without structural changes or performance degradation.
Large-scale Webflow builds with complex CMS structures, integrations, and performance requirements.