Published Bachelor of Computer Applications 2025

Food Online Ordering Platform with Intelligent Upselling & Recommendation Algorithm

restaurant system javascript mysql php recommendation system upselling algorithm food ordering

menu_book Abstract

This project presents a modern Food Online Ordering Platform designed to streamline food ordering while increasing sales through an intelligent upselling recommendation algorithm. Built using PHP, MySQL, and JavaScript, the system analyzes customer behavior, item popularity, and order patterns to suggest add-ons or complementary food items during checkout.

The platform aims to support restaurants and cloud kitchens by improving customer experience, boosting average order value, and simplifying online order management. Key features include a dynamic menu, user-friendly ordering workflow, order tracking, and an automated recommendation engine that generates item suggestions at the most impactful decision points.

Description

The Food Online Ordering Platform with Intelligent Upselling Algorithm is a full-stack web application enabling customers to browse menus, place orders, and receive personalized food suggestions. The system leverages a rule-based and behavior-driven upselling model that learns from previous orders and item combinations.

Key Objectives

  • Digitalize and simplify online food ordering

  • Increase restaurant revenue through smart upselling

  • Reduce friction in order placement

  • Enhance customer experience with relevant suggestions

Main Features

  • Intelligent Upselling & Food Recommendation Engine

  • Dynamic Menu & Category Management

  • User Login, Cart System & Order Checkout

  • Order Status Tracking

  • Admin Panel for Menu & Order Management

  • Sales Reports & Customer Analytics

  • PHP Backend with MySQL Database

  • Responsive JavaScript-based Frontend

Outcome

The system enhances restaurant operations, boosts average order value, and provides a seamless ordering experience. By integrating an intelligent upselling algorithm with a robust ordering flow, the project demonstrates strong technical, analytical, and customer-centric design skills suitable for a final-year BCA project.

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