FOOD ORDERING SYSTEM

Bachelor Of Technology In Computer Science Engineering, NIMS University Rajasthan

ABSTRACT METHODOLOGY & SYSTEM DESIGN- RESULTS CONCLUSION

This project presents a Food Ordering System for a Single The Single Vendor Food Ordering System project leverages The Food Ordering System offers a seamless and user- The Food Ordering System successfully demonstrates
Vendor, designed to streamline the online food ordering a modern and efficient technology stack to provide a friendly platform for customers to place orders how AI and modern web technologies can transform the
process for both customers and vendors. The system smooth and user-friendly online food ordering effortlessly. Users can securely sign up or log in, browse online food ordering experience. By integrating
enables users to browse menus, add items to their cart, experience. The frontend is developed using React.js for the menu, and select items to add to their cart. The personalized recommendations, real-time order
place orders, and make secure payments through an dynamic rendering and Tailwind CSS for building a fully system provides dynamic search functionality and management, and dynamic search capabilities, the
intuitive web interface. For the vendor, it offers a user- responsive and visually appealing design. The system intuitive navigation, ensuring an easy and efficient system offers users a seamless and efficient way to
friendly dashboard to manage orders, update menu items, features secure login and signup functionality to ensure ordering process. With a responsive design and smart browse and order food. With secure authentication, a
and monitor sales. The project addresses real-world data privacy for both customers and the vendor. recommendations based on user preferences and responsive design, and the use of advanced frameworks
challenges faced by small restaurants or food outlets previous orders, the platform delivers a personalized food like React.js, Node.js, and MongoDB, the platform
seeking an affordable and efficient digital solution. ordering experience. delivers a reliable and engaging user experience tailored
to customer needs.
OBJECTIVES
REFERENCES
 To design a smart, single-vendor food ordering system
[1]. Gupta, R., Kumar, S., & Sharma, P. (2022). "Design and
that simplifies the process of browsing menus, placing
Development of an Online Food Delivery System Using
orders, and making payments online.
MERN Stack", International Journal of Computer
 To implement real-time order management for vendors Applications, vol. 183, issue 23, pp. 18-22.
, enabling them to receive , update , and track customer
order efficiently. [2]. Kumar, P., & Desai, S. (2021). "A Smart Food Delivery
 To enable secure user authentication and role-based System Using Real- Time Order Tracking", Journal of
access, ensuring separate interfaces and permissions for Emerging Technologies and Innovative Research (JETIR),
customers and the vendor. vol. 8, issue 7, pp. 556-560.
 To provide cart functionality and checkout options,  Successfully implemented secure login and sign-up
including order summary, delivery details, and payment functionality for users. [3]. Nair, V., Joshi, S., & Mehta, R. (2019). "Enhancing
Advanced features like input validation using Regex Customer Experience in Online Food Delivery Services
gateway integration.  Integrated dynamic and interactive search for food items,
(Regular Expressions) are implemented to ensure Through Predictive Analytics", International Journal of
 To allow seamless interaction with the system through a accurate data entry for user details such as names, email enhancing the user experience.
Scientific Research in Computer Science, Engineering, and
responsive and intuitive UI/UX using React.js and addresses, contact numbers, and delivery addresses—  Built a responsive, user-friendly web interface with Information Technology, vol. 5, issue 6, pp. 114-118.
Tailwind CSS. significantly enhancing data integrity and security. The React.js, Tailwind CSS, and MongoDB for seamless
 To create a vendor dashboard interface for managing system leverages modular backend architecture to interaction. [4]. Shahirah M. Hatim, Nur Azmina M. Zamani, Lily
menu items, viewing order history, and sales. manage dynamic menu rendering, real-time order  Ensured secure and smooth transactions with a robust Marlia A. Latif, Norhaslinda K., Azham H., (2019) 'E-Food
processing, and seamless cart management. backend powered by Node.js and MongoDB. Cart: An Online Food Ordering Service', International
 Enabled menu browsing, and payment processing Journal of Innovative Technology and Exploring
through API integrations. Engineering (IJITEE), vol. 8, issue 4, pp. 203-207.
Category Technology

Operating system Windows

Frontend Framework React.js

STUDENT NAME (STUDENT ID)
Backend Framework Node.js CHIRAG (133554)
JASWANT SINGH (133559)
The primary objective of this project is to develop a
Database MongoDB
smart and efficient food ordering system for a single KUNDAN PRASAD YADAV (133554)
vendor, aimed at simplifying the online food ordering Dev Tools VS Code GUIDE NAME
process for customers while providing the vendor with
an intuitive dashboard to manage menu items, track Design Tailwind CSS DR. ISHA YADAV
orders in real-time, and enhance overall operational
efficiency.
APRIL 2025