2026
Web (Desktop & Mobile)
Titan Cycling

An eCommerce platform designed to structure and navigate a highly fragmented product ecosystem, combining bicycles, equipment, and services within a unified and scalable architecture.

Stack
  • Type: eCommerce · Specialized retail
  • Role: UX/UI Designer · Information Architecture · Frontend
  • Scope: Information Architecture · Filters · PDP · Hierarchical Navigation · Responsive · Performance

01. Snapshot

Quick project overview, scope, role, and overall context
Intro

The project involved transforming a fragmented and unstructured product catalog into a coherent and navigable system.

This required defining a scalable information architecture, designing clear exploration and purchase flows, and supporting the technical implementation to ensure consistency between UX, UI, and development.

My Role
  • Defined the product taxonomy and hierarchical structure from an unstructured dataset.

  • Designed navigation and filtering systems adapted to different levels of complexity.

  • Rebuilt the product detail experience to balance technical depth and conversion.

  • Collaborated on custom WooCommerce implementation using ACF and template overrides.

  • Coordination between design and development through custom WooCommerce templates.

02. Context

Understand the project context, its constraints, and the goals to be achieved

Before the design phase, the project started from a structurally unorganized product system:

  • An unstructured product database managed in Excel.
  • No clear taxonomy between bicycles, equipment, and accessories.
  • Inconsistent relationships between navigation, categories, and filters.
  • High risk of cognitive overload, especially on mobile devices.

Rather than starting with interface design, the first step was to define a coherent product structure.

The catalog was reorganized into a unified taxonomy system, enabling consistent navigation, scalable filtering, and structured product presentation across the entire platform.

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03. Challenge / Solutions

Key issues identified and the design decisions made to address them
Challenge
  • Large product catalog with multiple variables (size, year, color, price) increasing decision complexity.
  • Deep and unclear category hierarchies causing navigation friction.
  • Standard eCommerce filtering patterns not adapted to the catalog structure.
  • Coexistence of products and services (workshop, pricing) within the same ecosystem.
  • Unstructured data imported manually from Excel.
  • Need for high performance with minimal reliance on plugins.
Solution
  • Multi-level navigation system designed to progressively reduce complexity (category → subcategory → product).
  • Contextual filtering system adapting to each navigation level.
  • Clear visual differentiation between product families to improve recognition.
  • Dual navigation model combining exploratory browsing and quick access to key services.
  • Custom WooCommerce templates built with ACF to ensure structural consistency.
  • Optimized frontend architecture using hooks and reusable components.

04. Design Decisions

Key interface decisions that define the portfolio experience
*You can click on an image or stay on it so the carousel will stop moving

05. Core Experience Design

How the product is structured, navigated, and experienced from the user’s perspective

Information Arquitecture

The experience was designed to help users navigate a deep and technical catalog without losing orientation.

Navigation, filtering, and product detail pages work together as a system, progressively reducing complexity at each step.

Users can explore broadly, refine through filters, and access detailed product information without cognitive overload.

Navigation & Discovery

The navigation was designed to ensure users always understand where they are and what actions they can take at any given moment.

Visibility of key sections was prioritized, along with consistency across states, avoiding unexpected behavioral changes between screens.

Discovery patterns enable users to explore new features progressively, without requiring explicit instructions, supporting an intuitive experience.

Category Page | e-bikes

Core Interaction

Consistent interaction patterns were defined to ensure predictability and smoothness throughout the product experience.

Components such as buttons, cards, dropdowns, and interactive states behave consistently, reinforcing learning through repetition.

The system supports a “learn by doing” approach, enabling users to understand how it works through direct interaction rather than explicit instructions.

Case Study Experience

The detail experience was designed to present complex information progressively, avoiding cognitive overload.

Content is structured by levels of relevance: first, the essentials for the purchase decision (price, key attributes, CTA), followed by expanded information (technical specifications, descriptions, reviews).

The layout, featuring independent scroll areas and a sticky CTA, keeps the focus on conversion without sacrificing informational depth—enhancing trust and reducing friction in the decision-making process.

06. Visual

Quick project overview, scope, role, and overall context

Visual Identity

A minimal visual system focused on clarity and contrast, allowing content and structure to drive the experience.
Minimal color system focused on contrast, readability, and functional clarity. Neutral backgrounds support content-heavy layouts, while high-contrast tones define hierarchy and improve legibility. A single accent color is used strategically to highlight primary actions and guide user interaction.
background.primary #ffffff
background.secondary #fbfbfb
contrast.primary #111111
action.primary #f53132

Components

Core product components designed to support navigation, readability, and interaction across long-form case studies

Interface Screens

How the platform is navigated and experienced in real use

Home | Workshop Form

A guided multi-step flow designed to collect user, bike, and service information progressively, reducing friction and improving completion rates compared to traditional forms.

Single Product Page

The layout balances technical product information and purchase actions through a split structure, allowing users to explore specifications while maintaining constant access to the purchase CTA.

Home | Pricing

Content is structured using a combination of tabs and accordions, enabling users to navigate pricing details progressively without overwhelming the interface.

Related Products

A continuous carousel presents related products within the browsing flow, encouraging additional purchases without interrupting the main user journey.

Offers & Brands

Filters dynamically adjust based on available options, allowing users to refine results efficiently while maintaining clarity across different catalog states.

Products Category

The menu reflects the full product hierarchy and visually indicates the user’s current location, improving orientation within complex category structures.

Subcategories are visually prioritized to guide exploration, helping users navigate complex product structures before engaging with detailed listings.

Home | Featured Products

A homepage carousel highlights key products, combining automatic movement and manual interaction to support both discovery and control.

07. Responsive Design

Adapting the experience across different devices without compromising clarity or usability

Complex catalog logic was preserved on mobile without simplification, only adapting interaction patterns.

  • Natural scrolling.
  • Collapsible filters.
  • Accessible sticky CTAs.
  • Clear visual hierarchy, even on small screens.

08. Technical Implementation

How design decisions translated into a scalable and maintainable system

09. Outcome / Learnings

Key issues identified and the design decisions implemented to resolve them
Outcome
  • Clear purchasing experience despite the complexity of the catalog.
  • Intuitive navigation for both technical and non-technical users.
  • Solid foundation to scale products and content.
  • Fast, maintainable, and consistent website.
Learnings
  • Architecture is key before designing the UI.
  • Fewer, well-hierarchized elements outperform a higher number of visible options.
  • Thinking about scalability from the beginning prevents future redesigns