Vocabulary Game

Client: Personal Project - Child Education

Completed: 2024-11

React
JavaScript
HTML5
CSS3
GitHub

Vocabulary Game - Educational Typing Practice

Vocabulary Game is a simple, focused educational application designed to help young children (specifically 5-year-olds) practice typing, spelling, and reading skills. The project demonstrates the practical application of AI-assisted development for creating educational tools.

Project Overview

This frontend-only application provides an engaging way for children to learn vocabulary through typing practice. The game displays words that the child types, with immediate feedback on submission. It’s designed as a personal educational tool for early childhood development.

Core Features

Word Practice System

  • Word Display: Shows age-appropriate words one at a time
  • Typing Practice: Child types the displayed word in an input field
  • Immediate Feedback: Provides instant feedback when the child submits their answer
  • Configurable Word Packs: Different themed vocabulary sets (Disney, school, fruit, etc.)

Educational Focus

  • Reading Skills: Helps children recognize and read words
  • Spelling Practice: Reinforces correct spelling through repetition
  • Typing Skills: Develops basic keyboard familiarity and typing accuracy
  • Vocabulary Building: Expands word knowledge through themed collections

Technical Implementation

React Frontend

Component Architecture

  • Clean React component structure for maintainability
  • State management for word progression and user input
  • Responsive design suitable for tablets and computers
  • Simple, child-friendly interface with large, clear text

Game Logic

  • Word pack configuration system for different themes
  • Input validation and comparison logic
  • Feedback system for correct/incorrect answers
  • Progress tracking through word lists

Development Approach

AI-Assisted Development

  • First “vibe coded” application using GPT-4o Mini
  • 11 chat interactions via Abacus.AI platform
  • Rapid prototyping with AI assistance
  • Learning to leverage AI for practical development tasks

Frontend-Only Architecture

  • Pure client-side application using React
  • No backend server required
  • Runs locally in any modern browser
  • Simple deployment and distribution

Development Experience

AI-Powered Workflow

This project represents an exploration of AI-assisted development:

  • Used GPT-4o Mini through Abacus.AI interface
  • 11 focused chat sessions to build the application
  • Learned effective prompting and iteration techniques
  • Demonstrated practical AI collaboration in software development

Rapid Prototyping

  • Quick development cycle with AI assistance
  • Focus on core functionality over complex features
  • Iterative refinement based on testing with target user
  • Minimal viable product approach for educational needs

Technical Challenges

Child-Friendly Design

  • Large, readable fonts suitable for young children
  • Simple, intuitive interface without distractions
  • Immediate, clear feedback for learning reinforcement
  • Responsive design for different screen sizes

Word Pack Management

  • Configurable system for different vocabulary themes
  • Easy addition of new word collections
  • Age-appropriate word selection and organization
  • Flexible content management for educational variety

Project Impact

Educational Value

  • Provides targeted practice for early literacy skills
  • Creates engaging learning experience for young children
  • Supports individualized learning pace
  • Builds foundation for typing and computer skills

Technical Learning

  • First experience with AI-assisted development
  • Understanding of AI collaboration workflows
  • Practical application of React for educational tools
  • Insight into rapid prototyping methodologies

Technology Stack

Frontend: React, JavaScript, HTML5, CSS3 Development Tools: GPT-4o Mini via Abacus.AI Environment: Modern web browser (local use) Version Control: Git

Future Considerations

Potential Enhancements

  • Audio pronunciation for words
  • Visual rewards and progress tracking
  • More sophisticated word difficulty progression
  • Touch-friendly mobile interface

Learning Outcomes

  • Demonstrated effectiveness of AI-assisted development
  • Created practical educational tool for personal use
  • Gained experience in modern development workflows
  • Established foundation for future educational projects

This project showcases the practical application of AI-assisted development for creating meaningful educational tools, demonstrating how modern development approaches can be leveraged for personal and educational purposes.