Soundcheck Scheduler

A production-style frontend system demonstrating scalable UI architecture, predictable state management, and real-world interaction flows.

What this project is

Soundcheck Scheduler is a frontend application built to manage and visualize sound check workflows. The focus is how the UI behaves, scales, and stays predictable as complexity grows.

This project emphasizes:

• Interactive UI behavior
• Audio-related state handling
• Clear and scalable frontend architecture

Demo

A short walkthrough showing the scheduling flow, UI interactions, and state-driven behavior.

Demo video: https://youtu.be/Ps1lPpDFv_o

Why this project exists

I built this project to reflect how I design frontend systems for real production use.

It demonstrates how to:

• Structure React and Next.js applications for growth
• Build interactive, state-driven user interfaces
• Keep UI logic predictable and easy to reason about
• Design frontend architecture suitable for real products and internal tools

This is a production-style frontend system built to reflect real-world usage and long-term maintainability.

This project is intended for engineers evaluating frontend architecture, state management patterns, and long-term maintainability in React systems.

Outcome

This project shows my approach to building frontend systems with:

• Complex but predictable state
• Clear separation of concerns
• Scalable UI architecture
• Long-term maintainability in mind

Key design decisions

• Component-driven architecture to isolate UI and behavior
• Centralized state handling for predictable updates
• Tailwind CSS for fast iteration with consistent design tokens
• Docker for environment consistency across machines

What this project intentionally does not cover

• Backend APIs or persistence layers
• Authentication or authorization
• Deployment or infrastructure concerns

Those were intentionally excluded to keep the focus on frontend architecture and UI behavior.

Key features

• Interactive scheduling interface
• Audio-related UI state handling
• Modular and reusable component structure
• Tailwind-based layout system
• Dockerized setup for consistent local builds

Tech stack

Frontend

• React
• Next.js
• TypeScript
• Tailwind CSS

Tooling

• Docker
• ESLint
• PostCSS

Project structure

• src/ — application logic and UI components
• public/ — static assets
• Dockerfile — containerized build
• Config files for TypeScript, Tailwind, and Next.js

The structure is designed for clarity and long-term maintainability.

Running the project locally

npm install
npm run dev