MRM MRM MRM MRM
SYSTEM BOOTING
Back to projects
Software Engineering

SmartDineX — Restaurant Operations Automation

A C++ system automating restaurant workflows end-to-end, from order intake through kitchen sequencing to delivery.

Difficulty — intermediate Complexity — 5/10 Category — Software Engineering

Overview

SmartDineX automates the operational core of a restaurant: order intake, kitchen workflow sequencing, table reservation management, and delivery coordination, simulating the concurrent, multi-module interactions a real restaurant floor requires.

Architecture

A modular C++ system with independent order, kitchen, reservation and delivery modules synchronized through shared state and file-based persistence.

Key Features

  • Concurrent order handling with dynamic table allocation.
  • Kitchen workflow orchestration synchronized against live order state.
  • Order prioritization logic for real-time service-flow optimization.
  • File-based persistence maintaining operational continuity across sessions.

Development Process

  • Modeled the four core workflows (orders, kitchen, reservations, delivery) as separate modules before integrating them.
  • Built synchronization points between kitchen and delivery pipelines to avoid race conditions in simulated concurrency.
  • Added file handling last, once in-memory operation was verified correct.

Challenges & Solutions

Challenge

Keeping kitchen and delivery pipelines synchronized without a real concurrency framework risked orders slipping out of sequence.

Solution

Designed explicit synchronization points between modules rather than relying on implicit ordering.

Results & Impact

The system correctly coordinates concurrent orders, dynamic table allocation and kitchen/delivery synchronization, maintaining state across sessions via file persistence.

Future Improvements

  • Add a GUI front-end for staff use.
  • Introduce a proper database backend.
  • Add real-time order status notifications.