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Case Study

Artus AI

AI-Powered SaaS Career Intelligence

85%+ onboarding completion rate

Role

Associate Frontend Developer

Stack

React.js, Tailwind CSS, shadcn/ui, REST APIs

Timeline

8 months

Introduction

Artus AI is an AI-powered SaaS career intelligence platform that helps users navigate career paths with data-driven insights.

Problem Statement

Career tools were either generic or expensive; the platform needed an intuitive UI to turn AI insights into actionable guidance.

Scope

Multi-step onboarding, dashboard interfaces, tier-based UI (free vs premium), and a reusable component library across 15+ views.

Target Audience

Professionals seeking AI-powered career guidance.

Functional Requirements

  • Multi-step onboarding with progress tracking
  • AI insights dashboard with recommendations
  • Tier-based UI for free vs premium users
  • Performance optimization for AI content
  • Reusable component library
  • Structured flow: onboarding → dashboard → insights

Challenges

  • Designing onboarding that users complete
  • Presenting AI outputs in an actionable format
  • Implementing feature gating cleanly
  • Maintaining performance with data-heavy AI responses

Solution

Designed structured onboarding and modular architecture with clean feature gating and performance-focused UI patterns.

Technical Overview

React frontend using Tailwind + shadcn/ui. State handling for onboarding + AI data. Lazy loading and memoization for perceived performance.

Advantages

85%+ onboarding completion rate
Faster feature delivery through modular architecture
Clean separation between free and premium features
Reduced duplication across 15+ views
Better perceived speed with lazy loading
Scalable component library

Limitations

  • AI response latency affects dashboard loading
  • AI UI requires ongoing UX iteration
  • Tier gating adds component complexity

Outcome

Artus AI shipped as a production-ready SaaS frontend with scalable architecture. The structured onboarding flow achieved 85%+ completion.

Key Learnings

  • Onboarding UX directly impacts activation
  • AI UIs need intentional loading states
  • Modular architecture decisions compound over time
  • Performance patterns should be built early

Screenshots

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