This document describes a proposed food ordering app. It would allow customers to register, view menus, and order food online from anywhere. The objectives are to create a web-based system for customers to easily order food and for companies to manage their business. Requirements include allowing registration, online ordering, and customer feedback. The proposed system is technically and operationally feasible using existing hardware, software, and expertise. HTML, CSS, JavaScript, PHP and MySQL would be used to create a functional frontend and backend. The expected outcomes are an admin interface to manage the app and a user interface to access menus and place food orders.

1. Food Ordering App
Submitted By: Saksham Gurung

2. Introduction
• This project is designed so as to be used by Food
Ordering Company specializing in ordering foods
for customers.
• It is an online system through which customers
can view available foods, register, view profile
and order foods.

3. Problem Statement
A Food Ordering is a site that can be used for ordering foods
from anywhere within the our range.
• Not every people have have time to access restaurant,
order foods and have it.
• To order food a prospective client must first register as a
client through our site.
• Existing system aren’t user-friendly and Search Engine
Optimized.

4. Objectives
• To produce a web-based system that allow customer to
register and order foods online and for the company to
effectively manage their food ordering business.
• To ease customer's task whenever they need to order foods.

5. Literature Review
Found mero kinmel where we found following issue which
we are going to overcome in our project.
• Bad User Interface
• Absence of online payment

6. Requirement Analysis
Functional Requirement
• The system should allow new users to register online.
• Customers should be able to use the system to order foods online.
• Clients should be able to leave feedback and comments on the service provided.

7. Requirement Analysis
Non- Functional Requirement
• Great Performance and ResponseTime
• Less Errors in project
• Available for access at 24/7.
• Highly secured.

8. Feasibility Study
• Technical feasibility:The purpose course of action can be performed
with the existing hardware, software and the technical expertise. In
short, it does not require any additional Hardware and Software.
• Operational feasibility:The system is operational feasible since the
user are familiar with the technologies and hence there is no need to
gear up the personnel to use the system. Also the system is very user
friendly and easy to use.
• Economic feasibility:We have estimated that the cost for the
development of the app will be minimum which will benefit the
developers. So, the system that is being developed is economic

9. ER Diagram
Fig: ER diagram of Food Ordering Portal

10. Used Case Diagram

11. Data-Flow Diagram

12. Tools Used
• HTML, CSS, & JavaScript has been used for frontend,
PHP as server side where MySQL server has been used as
backend for database in our project.
• We have used following CASE tool for our project; draw.io
to sketch ER-Diagram andVisual Paradigm to sketch the
levels of DFD

13. Expected Outcome
• Admin will be able to manage the category, price & other
things.
• User will be able to access the menu of foods & order
foods.

14. Reference
• Mero Kinmel Portal
Available: www.merokinmel.com
• Scribd-Food Ordering System Documentation
Available: https://www.scribd.com/doc/49423775/Food-
Ordering-System