Summerintership2024_22IT085

Restaurant-Management-Web-App

The Restaurant Management System is a comprehensive web application designed to streamline operations and enhance customer experience in restaurant settings. It includes features for displaying food prices, booking events like birthday parties, and collecting customer reviews.

Key Features:

Food Price Display: Customers can view the menu with prices for various dishes and beverages.

Event Booking: Facilitates booking events such as birthday parties and special gatherings, allowing customers to reserve tables and select catering options.

Customer Reviews: Enables customers to provide feedback and ratings, enhancing transparency and service quality.

Project Overview

Week 1

Day 1 (Basic HTML/CSS/JavaScript Review):

• Reviewed fundamental HTML tags and structure.
• Brushed up on CSS styling techniques.
• Practiced basic JavaScript like variables and functions.

Day 2-3 (MERN Stack Review):

• Refreshed MongoDB concepts like collections and documents.
• Revised Express.js for setting up server routes.
• Revisited React.js for building user interfaces.

Day 4 (Project Scope Definition):

• Clearly defined project goals and objectives.
• Researched similar projects for inspiration.
• Outlined initial project requirements and features.

Day 5 (Project Familiarization):

• Clarified project requirements.
• Broke down tasks into manageable parts.
• Got acquainted with project deliverables and timeline.

Week 2

Day 1 (Website Architecture Planning):

• Planned site structure and navigation.
• Created wireframes or sketches.
• Defined backend API endpoints.

Day 2 (Webpage Design):

• Designed mockups or prototypes.
• Ensured design consistency.
• Considered usability and accessibility.

Day 3-5 (Responsive Page Design):

• Implemented mobile-friendly designs.
• Checked design consistency.
• Gathered feedback on designs.

Week 3

Day 1 (Navigation Integration):

• Linked pages for smooth navigation.
• Tested on various devices.
• Ensured user-friendly navigation.

Day 2 (Error Resolution):

• Fixed frontend issues.
• Ensured compatibility across browsers.
• Tested for responsiveness.

Day 3 (Frontend Usability Testing):

• Conducted tests with potential users.
• Collected feedback on user experience.
• Documented and prioritized improvements.

Day 4-5 (Database Setup and Optimization):

• Chose suitable database solution.
• Created database schemas and tables.
• Implemented security and optimization practices.

Week 4

Day 1 (Database Management):

• Managed database setup.
• Defined tables and relationships.
• Ensured efficient data querying.

Day 2 (Backend Integration):

• Connected backend services to database.
• Implemented CRUD operations.
• Tested database functionality.

Day 3 (Backend-Frontend Integration):

• Linked backend APIs with frontend.
• Secured data flow.
• Verified data display and updates.

Day 4 (Website Testing):

• Conducted thorough testing.
• Ensured user interaction and navigation.
• Tested across devices and browsers.

Day 5 (Issue Resolution and Final Testing):

• Identified and fixed bugs promptly.
• Ensured website stability.
• Performed final checks for optimal performance.

Technologies Used

• HTML, CSS, JavaScript, React.js
• Node.js, Express.js
• MongoDB
• Hosted and tested locally in VS Code