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Project Progress Report on
DYNAMIC ONLINE FOOD ORDERING SYSTEM
Submitted in partial fulfilment of the requirement for the award of the degree of BACHELOR OF TECHNOLOGY IN COMPUTER SCIENCE & ENGINEERING Submitted by: Shubham Pandey (^2017053) Under the Guidance of
Dr. Manish Sharma
Assistant Professor Project Team ID: MP23CSE Project Progress Report No: 1
Department of Computer Science and Engineering
Graphic Era (Deemed to be University)
Dehradun, Uttarakhand 2023-
CANDIDATE’S DECLARATION
I/We hereby certify that the work which is being presented in the project progress report entitled “Dynamic Online Food Ordering System” in partial fulfilment of the requirements for the award of the Degree of Bachelor of Technology in Computer Science and Engineering in the Department of Computer Science and Engineering of the Graphic Era (Deemed to be University), Dehradun shall be carried out by the undersigned under the supervision of Dr. Manish Sharma, Assistant Professor , Department of Computer Science and Engineering, Graphic Era (Deemed to be University), Dehradun. Shubham Pandey 2017053 The above mentioned students shall be working under the supervision of the undersigned on the “Dynamic Online Food Ordering System” Supervisor
Examination
Head of the Department Name of the Examiners: Signature with Date
Chapter 1
Introduction and Problem Statement
In the following sections, a brief introduction and the problem statement for the work has been included.
1.1 Introduction
Our revolutionary online food ordering system sets itself apart in an age of convenience, providing a flawless dining experience. Powered by PHP and MySQL, our platform caters to the modern food enthusiast, prioritizing efficiency and user satisfaction. At its core, our system boasts a strong architecture built with PHP, an adaptable and dependable programming language. Paired with MySQL, a robust open-source relational database management system, our platform seamlessly handles data, ensuring fast and precise order processing. Imagine a world where your favorite’s cuisines are just a few clicks away. Our intuitive user interface makes browsing menus from top-rated restaurants effortless. From gourmet delicacies to international flavor’s and comforting classics, our extensive selection caters to every palate and preference. Personalization is key, and our platform offers ample opportunities to customize your orders. Whether it's specifying dietary preferences, portion sizes, or toppings, creating your perfect meal has never been easier. With real-time updates and instant confirmations, you can easily track your order from placement to delivery, guaranteeing a smooth and transparent transaction every time. But our commitment to excellence goes beyond convenience. By partnering with reputable restaurants and culinary artisans, we ensure the highest quality and taste in every dish. Whether you are enjoying a leisurely meal at home, hosting a gathering with friends, or refueling during a busy workday, our platform promises to elevate your dining experience to new heights. Welcome to our food ordering system, where innovation and gastronomic delight combine to bring you the future of food ordering. Become a part of our community of food enthusiasts and explore a world of culinary possibilities at your convenience. Our platform, powered by Python and MySQL, makes it easy to enjoy your favorite flavors with satisfaction and enjoyment. Say hello to the evolution of online dining.
1.2 Problem Statement
The advent of the digital age has significantly disrupted the traditional process of dining out or ordering food. While technology has made it more convenient for consumers to access a wide range of dining options, there are still several pain points and inefficiencies associated with current online food ordering systems. In recognition of these challenges, we seek to tackle the following key issues with our Python and MySQL-powered online food ordering system. A major drawback of existing online food ordering platforms is their complicated and cluttered user interfaces. This makes it challenging for users to navigate menus, customize orders, and complete transactions efficiently, leading to frustration and reduced user engagement. Customers often have specific dietary requirements, preferences, and customization requests when placing food orders. However, many online platforms fail to offer adequate customization options, resulting in dissatisfaction among users who desire personalized dining set. Order processing inaccuracies, such as incorrect items, missing orders, or delayed deliveries, are common problems faced by both consumers and restaurants. These errors not only impact customer satisfaction but also lead to financial losses and operational challenges for businesses. Seamless integration with restaurant systems, including menu management, inventory tracking, and order fulfillment, is crucial for the smooth functioning of online food ordering platforms. Unfortunately, many systems lack robust integration capabilities, resulting in synchronization issues and operational inefficiencies for restaurants. Data security is a major concern in today's digital landscape due to the growing threat of cyber attacks and data breaches. It is crucial to ensure the confidentiality and protection of user information, including personal and payment data. However, many online food ordering systems do not have sufficient security measures in place, leaving user data vulnerable to unauthorized access and theft. Another issue with some online food ordering platforms is the limited selection of restaurants and cuisines available. This restricts user choice and diversity in dining options, leading to dissatisfaction and monotony for those seeking variety and novelty in their dining experiences.To address these challenges, our team aims to develop a user-friendly online food ordering system that offers extensive customization options, accurate order processing, seamless integration with restaurants, robust data security measures, and a diverse selection of dining options. Leveraging the capabilities of Python and MySQL, we are committed to creating a scalable and efficient platform that enhances the overall dining experience for consumers while optimizing operations for restaurants.
Project Work Carried Out
The objective of our project was to create and execute an online food ordering system utilizing PHP and MySQL technologies. Throughout the project, we completed multiple phases, starting from the initial idea to the final launch, with the primary goal of providing users with a smooth and effective platform for placing food orders over the internet. Step 1: The initial stage of the project involved a comprehensive evaluation of requirements, encompassing the needs of users, desired features, and necessary functionality. Our approach involved conducting surveys, interviews, and market research to gain a deep understanding of user preferences, competitor offerings, and market trends. Using the collected data, we established the project's scope and goals, identifying crucial features such as user registration, menu browsing, customizable ordering, payment processing, and order tracking. Step 2: After gathering the necessary requirements, we developed the system design by creating the system architecture, database schema, and user Step interface. Our team utilized PHP for server-side scripting and MySQL for database management, prioritizing scalability, security, and performance. The system architecture was carefully planned to support multiple user interactions, efficient data flow, and integration with external APIs for payment processing and order notifications. For the user interface, we focused on creating a user- friendly, responsive, and visually appealing design that emphasized easy navigation and accessibility. Step 3: The process of creating and putting into action the online food ordering system involved multiple steps. In the development phase, we wrote code and designed database structures to establish the system's foundation. We utilized PHP to construct modules for tasks such as user authentication, menu management, order processing, and reporting. Additionally, we utilized MySQL to establish and maintain databases for storing various types of data, including user information, restaurant details, menu items, orders, and transactions. To safeguard user data and adhere to privacy laws, we implemented security measures such as input validation, encryption, and secure connections. Step 4: The process of creating and putting into action the online food ordering system involved multiple steps. In the development phase, we wrote code and designed database structures to establish the system's foundation. We utilized PHP to construct modules for tasks such as user authentication, menu management, order processing, and reporting. Additionally, we utilized MySQL to establish and maintain databases for storing various types of data, including user information, restaurant details, menu items, orders, and transactions. To safeguard user data and adhere to privacy laws, we implemented security measures such as input validation, encryption, and secure connections.
Step 5: After thorough testing, the online food ordering system was released to a production environment for users to access. We closely monitored the system's performance, uptime, and gathered user feedback to ensure smooth operation and promptly resolve any problems that arose. To maintain the system's integrity and security, we regularly performed maintenance tasks such as software updates, database backups, and security patches.
Chapter 5
Weekly Task
The report of project work allocated by the supervisor is as follows: Week No. Date: From-To Work Allocated Work Completed (Yes/No) Remarks Guide Signature 1 18/12/23- 24/12/ Create the system's general structure, database layout, and API guidelines. Yes 2 01/01/24- 07/01/ Generate wireframes and mockups for the user interface, taking into account input from stakeholders. Yes 3 14/01/24- 20/01/ Establish MySQL database framework in with the specified schema. Yes 4 05/02/24- 11/02/ PHP will be utilized to create modules for user authentication and authorization. Yes 5 14/02/24- 20/02/ Modules will be created to assist restaurant partners in menu management, the addition of new items, and the modification of prices. Yes
Details of Major Project Research Paper
- Project Team ID MP23CSE Name of Supervisor Dr. Manish Sharma
- (^) Title of the paper Dynamic Online Food Ordering System
- (^) Authors Name
- Percentage of plagiarism (Check in Turnitin, 10 words)
- Status of the research paper (Project supervisor has to mark the appropriate one) € Published/ Presented € Registered for conference € (^) Accepted € (^) Communicated € Not-Communicated
- (^) Scopus Indexed (mark the appropriate one) Journal Conference Signature of students Signature of Supervisor Note: Attach the necessary proof of the research paper published/presented/accepted
