A

Industrial Training Report

On

FULL STACK
DEVELOPMENT

Submitted for the Partial Fulfillment of the Requirement of the Degree of

BACHELOR OF TECHNOLOGY

in

CSE(AIML)

Submitted to: Submitted by:

Prof. Pratibha Peshwa Namit Mathur
(HOD ADMIN) (JIET/23/AIML/072)
Dept. of Technology. (23EJIAI078)
JIET Group of Institutions, Jodhpur

Department of Technology
Jodhpur Institute of Engineering & Technology, Jodhpur
2025-26

a
 CANDIDATE’S DECLARATION

I hereby declare that the work, which is being presented in this Seminar, entitled “FULL
STACK DEVELOPMENT” in partial fulfillment for the award of Degree of “Bachelor
of Technology” in Dept. of CSE with specialization in AIML and submitted to the
Department of Technology, Jodhpur Institute of Engineering and Technology, is a
record of my own work carried under the guidance of Mr. Manish Agarwal, CEO and
founder of Rigvedita.
I have not submitted the matter presented in this report anywhere for the award of
any other degree.

Namit Mathur
B.Tech(V Semester)
CSE(AIML)
Enrolment No: JIET23AIML072

Counter signed by-

Prof. Pratibha Peshwa
HOD ADMIN
Dept. of Technology.
HZJIET Group of
Institutions Jodhpur

i
CERTIFICATE

ii
 ACKNOWLEDGEMENT

The submission of my Industrial Training report, entitled, “FULL STACK

DEVELOPMENT” would not have been possible without the guidance and help of
several individuals who in one way or another contributed and extended their valuable
assistance in the preparation and completion of this seminar. I take this opportunity to
express my heartfelt gratitude towards all of them.
I express my sincerest and utmost gratitude to my Training supervisor Mr. Manish
Agarwal, from Rigvedita, for his valuable guidance, constant supervision, and
continuous encouragement during all the stages of this work. His vast knowledge
base, innovative vision and detailed guidance helped me get through challenges and
successfully complete this training/project.
I wish to express my deep gratitude to Prof. (Dr.) Pratibha Peshwa Swami, HOD
(MENTOR) and Prof. (Dr.) Chandrashekhar Singh, HOD (ADMIN) for their
valuable guidance and immense assistance in preparation of this report.
Lastly, I would like to express my sincere gratefulness to GOD, my parents and my
dear friends and all those people who have helped me directly or indirectly for the
completion of this work.

iii
 ABSTRACT
In recent years, full stack web development has become an important skill for modern software
engineers. This is because it combines frontend and backend technologies to make web applications
that are reliable and can grow with the business. During my internship at Rigvedita, I learned a lot
about the whole technology stack, including HTML, CSS, JavaScript, React.js, Node.js, Express.js,
and MongoDB. The training focused on asynchronous data handling, RESTful API integration,
component-based user interface development, and database management with NoSQL solutions.

A big part of the internship was spent working on three main projects. The first project was a Spotify
Homepage Clone that focused on frontend design. It used HTML, CSS, and JavaScript to make a
version of Spotify's landing page that looked and worked just like the real thing. The second app, a
To-Do Task Application, showed how to integrate full stack by using React on the front end,
Express.js and Node.js on the back end, and MongoDB for permanent data storage. The last and most
important project was an e-commerce website with a payment gateway that used all aspects of full
stack development. There was product management, a shopping cart, user authentication, and safe
transaction processing through integration with the Stripe API.

These projects taught me a lot about end-to-end application development and gave me the skills I
needed to make, use, and launch interactive, scalable web solutions. The internship gave me priceless
hands-on experience with modern frameworks, agile development methods, and the whole web
application engineering lifecycle.

iv
List of Figures
Project 1
Figure:4.1.3.1
Figure:4.1.3.2
Figure:4.1.3.3
Project 2
Figure:4.2.3.1
Figure:4.2.3.2
Figure:4.2.3.3
Figure:4.2.3.4
Figure:4.2.3.5
Project 3
Figure:4.3.3.1
Figure:4.3.3.2
Figure:4.3.3.3
Figure:4.3.3.4
Figure:4.3.3.5
Figure:4.3.3.6

v
Table of Contents
Candidate’s Declaration
Certificate
Acknowledgement
Abstract
1. Chapter 1: Introduction
2. 1.1 About the Organization
3. 1.1.2 Rigvedita
4. 1.1.3 Vision
5. 1.1.4 Mission
6. 1.1.5 Main Areas of Knowledge
7. Chapter 2: Introduction to Internship Domain
8. 2.1 Importance in Industry
9. 2.2 Scope of the Internship
10. Chapter 3: Training Attended
11. 3.1 HTML (Hypertext Markup Language)
12. 3.2 CSS (Cascading Style Sheets)
13. 3.3 JavaScript (ES6+)
14. 3.4 React.js
15. 3.5 Node.js
16. 3.6 Express.js
17. 3.7 MongoDB
18. 3.8 Stripe API
19. 3.9 Git & GitHub
20. 3.10 VS Code (Visual Studio Code)
21. Chapter 4: Project Development
22. 4.1 Spotify Homepage Clone
23. 4.1.1 Introduction
24. 4.1.2 Project Description
25. 4.1.3 System Flow Diagram
26. 4.1.4 Conclusion
vi
27. 4.2 To-Do Task Application
28. 4.2.1 Introduction
29. 4.2.2 Project Description
30. 4.2.3 System Flow Diagram
31. 4.2.4 Conclusion
32. 4.3 E-Commerce Website with Payment Gateway
33. 4.3.1 Introduction
34. 4.3.2 Project Description
35. 4.3.3 System Flow Diagram
36. 4.3.4 Conclusion
37. Chapter 11: Conclusion

vii
CHAPTER 1: INTRODUCTION
Internships play a pivotal role in shaping the careers of aspiring professionals by bridging the gap
between academic knowledge and industry requirements. They provide a platform for students to
transition from theoretical learning to practical applications, thereby enhancing not only their technical
expertise but also critical soft skills such as teamwork, communication, and time management. During
my internship at “Rigvedita”, I had the opportunity to immerse myself in a professional environment
where I was exposed to both the culture of a corporate workplace and the practical aspects of software
development.

The organization provides a unique blend of exposure to industrial operations along with opportunities
for students to work on “IT-driven projects”, especially in the field of web technologies. By offering
real-world assignments, mentorship, and hands-on project execution, the company helps interns adapt
to professional expectations while simultaneously contributing to their technical growth.

One of the key highlights of this internship was the “practical exposure gained through working on
real-time web development projects”. From designing responsive user interfaces and developing full
stack applications to integrating payment systems, I was involved in diverse stages of the software
development lifecycle. The mentorship and guidance provided by experienced professionals at
Rigvedita were invaluable.

In addition, the training emphasized structured workflows, Git-based version control, and collaborative
tools for project management. This gave me a first-hand experience of how industry-level teams
function and manage real-time challenges. I gained practical exposure to both “frontend and backend
technologies”, including HTML, CSS, JavaScript, React.js, Node.js, Express.js, and MongoDB, while
also developing an understanding of the “software development lifecycle (SDLC)”.

Overall, this internship at Rigvedita marked a significant milestone in my career path. It allowed me to
apply theoretical concepts to real projects, sharpen my technical skills, and gain professional exposure
in full stack web development. The knowledge, mentorship, and hands-on experience I received during
these 45 days have prepared me well for future opportunities in the IT industry.

1
1.1 ABOUT THE ORGANIZATION
1.1.2 Rigvedita
Rigvedita is a small but growing software firm that specializes in developing customized
software solutions for businesses. The company focuses on delivering reliable, scalable,
and cost-effective IT solutions to help organizations improve efficiency, automate
workflows, and achieve digital transformation.
Rigvedita provides services in areas such as web development, mobile applications,
enterprise software, and cloud-based solutions. By working closely with clients, the
company ensures that the software developed aligns with their unique business needs and
industry requirements.
Apart from providing services, Rigvedita also encourages students and young
professionals to explore the field of technology through internships and training programs.
This helps bridge the gap between academic knowledge and industry practices while
preparing the next generation of IT professionals.

1.1.3 Vision
To be a trusted software development firm recognized for delivering innovative, user-
friendly, and efficient technology solutions that empower businesses to achieve their
goals.

1.1.4 Mission
• To provide high-quality, secure, and scalable software solutions tailored to client
needs.
• To foster innovation and creativity in technology development.
• To continuously upgrade with modern tools, frameworks, and best practices.
• To contribute to skill development by offering training and internship opportunities
for students and young professionals.

1.1.5 Main Areas of Knowledge

• Web and Mobile Application Development
• Enterprise Software Solutions
• Cloud Computing and Database Management
• Software Testing and Quality Assurance
• IT Consulting and Technical Training

Rigvedita is making an impact in the IT sector by combining innovation with technical expertise. At the same time, it is
helping to train skilled professionals who can contribute to the rapidly growing digital economy.

2
Chapter 2: Introduction to Internship Domain
This summer internship was undertaken in the domain of full stack web development with exposure to
modern technologies, deployment workflows, and project-based software engineering practices. The
internship emphasized building real-world applications while integrating frontend, backend, and database
components in a cohesive manner, simulating professional software development environments.

During the internship, I gained hands-on experience across multiple facets of web development:

1. Frontend Development – Designing responsive user interfaces using HTML, CSS, JavaScript, and
React.js to create interactive and user-friendly web pages.
2. Backend Development – Implementing server-side logic using Node.js and Express.js, handling
APIs, routing, and authentication workflows.
3. Database Management – Using MongoDB for persistent storage, including schema design, CRUD
operations, and data optimization.
4. Full Stack Integration – Connecting frontend and backend through RESTful APIs, managing
asynchronous data flow, and ensuring seamless application functionality.
5. Deployment and Version Control – Using platforms like Netlify and Render for hosting
applications and Git/GitHub for collaborative code management.
6. Project Lifecycle Management – Learning about planning, testing, debugging, and iterative
refinement of projects under real-world constraints.

2.1 Importance in Industry:

Full stack development skills are critical for creating complete, production-ready applications in today’s
software industry. Web applications, e-commerce platforms, and interactive tools rely on developers capable
of bridging frontend design with backend functionality while ensuring scalability, security, and
maintainability.

2.2 Scope of the Internship:

The internship provided an opportunity to:

• Develop real-world projects from concept to deployment.

• Gain expertise in modern web technologies and frameworks.
• Understand professional workflows, including version control, project documentation, and deadline
management.
• Build confidence in designing, testing, and deploying full stack applications.

Through this internship, I obtained a comprehensive view of how modern web applications are designed,
developed, and delivered in professional settings, strengthening both my technical and problem-solving
skills while preparing me for future challenges in the IT industry.

3
Chapter 3: Training Attended
This internship made use of a wide range of programming languages, frameworks, libraries, and
development tools to design, implement, and deploy full stack web applications. Each tool was carefully
selected based on the nature of the projects, scalability, industry relevance, and ease of integration.
Together, these technologies provided the foundation for building responsive, interactive, and secure
applications such as the Spotify Homepage Clone, To-Do Task Application, and the E-Commerce
Website with Payment Gateway.

3.1 HTML (Hypertext Markup Language)

Overview:
HTML is the standard markup language used to define the structure of web pages. It forms the backbone
of all websites and applications, providing semantic meaning to the content and organizing it into
elements such as headings, paragraphs, forms, links, and multimedia.

Features:
• Defines the structure of web pages.
• Supports multimedia elements like images, audio, and video.
• Works seamlessly with CSS and JavaScript.

Why Used in Internship:

HTML was used extensively in the Spotify Homepage project to design a responsive page layout. It also
formed the foundation for the To-Do Application and E-Commerce Website, where structured forms,
navigation menus, and content organization were essential.

Figure:3.1.1

4
3.2 CSS (Cascading Style Sheets)

Overview:
CSS is used to style HTML elements, control layout, and enhance the overall user experience of web
applications. It supports a variety of design techniques such as Flexbox and Grid, making web pages
responsive and aesthetically appealing.

Features:

• Supports responsive design with media queries.

• Provides flexible layout techniques (Flexbox, Grid).
• Enhances user interface with transitions and animations.

Why Used in Internship:

CSS was critical in creating pixel-perfect designs for the Spotify Homepage and E-Commerce Website.
Features like media queries ensured mobile responsiveness, while transitions and hover effects enhanced
interactivity.

Figure:3.2.1

5
3.3 JavaScript (ES6+)

Overview:
JavaScript is the primary scripting language for web development, enabling interactivity and logic on the
client side. It plays a crucial role in making web applications dynamic by handling user inputs,
manipulating the DOM, and managing asynchronous data operations.

Features:

• DOM manipulation for updating content dynamically.

• Event-driven programming for handling clicks, inputs, and navigation.
• Support for asynchronous programming through promises and async/await.

Why Used in Internship:

JavaScript powered the Spotify Homepage Clone, where it handled navigation and interactive sections.
It also formed the basis of frontend logic for the To-Do App and E-Commerce Website, managing form
validation, user interactions, and API communication.

Figure:3.3.1

6
3.4 React.js

Overview:
React.js is a modern JavaScript library developed by Facebook for building user interfaces. It is based on
component-driven architecture, which allows developers to break down complex UIs into smaller
reusable pieces.

Features:

• Component-based development for modular UIs.

• Virtual DOM for faster rendering.
• Hooks for managing state and lifecycle methods.
• Rich ecosystem with libraries like React Router for navigation.

Why Used in Internship:

React.js was chosen for the To-Do Application and E-Commerce Website, providing a modular and
scalable approach to front-end development. Its reusable components ensured faster development and
consistency across the projects.

Figure:3.4.1

7
3.5 Node.js

Overview:
Node.js is a server-side runtime environment that executes JavaScript code outside the browser. It enables
scalable backend development with its event-driven and non-blocking I/O model.

Features:
• High performance for handling concurrent requests.
• It is lightweight and efficient for building REST APIs.
• Extensive npm ecosystem for third-party libraries.

Why Used in Internship:

Node.js was used to create the backend of both the To-Do App and the E-Commerce Website. It
handled server requests, API endpoints, and real-time communication with databases.

Figure:3.5.1

8
3.6 Express.js

Overview:
Express.js is a minimal Node.js framework used to build APIs and web applications. It simplifies the
process of routing, middleware integration, and request handling.

Features:
• Easy-to-use routing system.
• Middleware support for authentication and validation.
• RESTful API development.

Why Used in Internship:

Express.js served as the backbone for server-side logic in the To-Do Application and E-Commerce
Website, handling requests such as task management, user authentication, and product transactions.

Figure:3.6.1

9
3.7 MongoDB

Overview:
MongoDB is a NoSQL database that stores data in flexible, JSON-like documents. It allows developers to
work with dynamic schemas and provides scalability for modern applications.

Features:
• Schema-less document model.
• High performance with indexing and aggregation.
• Horizontal scalability with sharding and replication.

Why Used in Internship:

MongoDB was the primary database for storing user tasks in the To-Do App and products, orders, and
user accounts in the E-Commerce Website. Its flexibility and scalability made it ideal for these
projects.

Figure:3.7.1

10
3.8 Stripe API

Overview:
Stripe is a payment processing platform that provides APIs for integrating secure online payments into
web applications.

Features:
• Secure transaction processing with PCI compliance.
• Support for multiple currencies and payment methods.
• Developer-friendly documentation and SDKs.

Why Used in Internship:

The E-Commerce Website integrated Stripe for payment gateway functionality, enabling secure
checkout and transaction management.

Figure:3.8.1

11
3.9 Git & GitHub

Overview:
Git is a version control system, and GitHub is a collaborative platform for hosting repositories. They are
widely used in software development for code management and teamwork.

Features:
• Tracks changes across code versions.
• Collaboration through branching and pull requests.
• Repository hosting and deployment pipelines.

Why Used in Internship:

VS Code is a lightweight yet powerful Integrated Development Environment (IDE) for software
development. It supports multiple languages and comes with built-in Git integration.

Figure:3.9.1

12
3.10 VS Code (Visual Studio Code)

Overview:
VS Code is a lightweight yet powerful Integrated Development Environment (IDE) for software
development. It supports multiple languages and comes with built-in Git integration.

Features:
• Rich extension ecosystem for frameworks and languages.
• Debugging tools and integrated terminal.
• Easy integration with Git for version control.

Why Used in Internship:

VS Code is a lightweight yet powerful Integrated Development Environment (IDE) for
software development. It supports multiple languages and comes with built-in Git integration.

13
Chapter 4: PROJECT DEVELOPMENT
4.1 Spotify Homepage Clone
4.1.1 Introduction
The Spotify Homepage Clone was the first project undertaken during the internship, aimed at replicating
the look and feel of the original Spotify landing page using modern frontend technologies. The project
was designed to provide hands-on experience in responsive web design, styling, and layout structuring,
while improving skills in HTML, CSS, and JavaScript. This application demonstrates how frontend
development techniques can be used to recreate real-world web applications with pixel-perfect accuracy
and responsive design. By building this project, the foundation for UI development was strengthened,
preparing for more complex full stack projects later in the internship.

4.1.2 Project Description

The Spotify Homepage Clone is a static frontend web project with responsive design and interactive UI
elements.

Features:
• Navigation bar with links for Home, Search, and Library.
• Playlist section displaying sample albums and categories.
• Responsive layout for mobile, tablet, and desktop.
• Footer-based music player (UI only, no actual music).

Technologies Used:
• HTML: Structured the overall layout including navbar, playlists, and footer.
• CSS: Styled components, added themes, typography, and made layout responsive.
• JavaScript: Handled interactive effects like hover states, button actions, and dynamic UI
changes.
• Bootstrap: Implemented responsive grids and navigation bar designs.

14
4.1.3 System Flow Diagram
1. User Access
• The user opens the Spotify Homepage Clone in a web browser.
• The browser loads the HTML structure, CSS styling, and JavaScript logic.

Figure:4.1.3.1

2. Rendering of UI Elements
• The navigation bar is displayed with options such as Home, Search, and Library.
• Playlist cards and album thumbnails are displayed dynamically using grid layouts.
• The footer section displays a static music player bar with play/pause, next/previous, and volume
controls (UI only)

3. User Interaction
• Hovering over playlist cards triggers CSS animations and JavaScript hover effects.
• Clicking on navigation links smoothly scrolls or switches between sections.
• The footer buttons respond visually when clicked, simulating music control.

Figure:4.1.3.2

4. Responsive Adjustments
• Bootstrap grid system automatically adjusts layout for desktop, tablet, and mobile screens.
15
 • CSS media queries further optimize spacing, font sizes, and positioning for different resolutions.

Figure:4.1.3.3

5. Final Output
• A seamless, responsive, and interactive clone of Spotify’s homepage is displayed.
• Users experience a simulated version of Spotify’s UI without actual music streaming.

16
4.1.4 Conclusion
The Spotify Homepage Clone demonstrated the use of front-end technologies to create visually
appealing, responsive designs. The project strengthened practical knowledge in web layout structuring
(HTML), styling (CSS), responsiveness (Bootstrap), and interactivity (JavaScript).

Key learning outcomes included:

• Implementing responsive UI across multiple devices.
• Designing modular sections like navigation, playlists, and player UI.
• Enhancing user experience through interactive effects.
This project highlighted how structured frontend development can successfully recreate modern
web application interfaces.

17
4.2 To-Do Task Application
4.2.1 Introduction
The To-Do Task Application is a full-stack productivity project that enables users to manage daily
activities by creating, updating, and deleting tasks. It emphasizes CRUD (Create, Read, Update, Delete)
functionality and offers a responsive, user-friendly interface.

This project was designed to demonstrate integration of frontend, backend, and database technologies
while improving efficiency in task management.

4.2.2 Project Description

The To-Do Application is a dynamic web app with persistent storage, allowing tasks to remain saved
across sessions.

Features:
• Add tasks with details.
• Edit/update existing tasks.
• Delete completed/unwanted tasks.
• Store tasks permanently in a database (MongoDB).
• Responsive design for desktop and mobile.

Technologies Used:
• HTML, CSS, React.js: Built the interactive user interface with responsive styling.
• JavaScript: Controlled frontend logic and event handling.
• Node.js, Express.js: Managed backend server and API endpoints for CRUD operations.
• MongoDB: Stored and retrieved task data persistently.

18
4.2.3 System Flow Diagram – To-Do Task Application
1. User Interaction
• The user visits the To-Do App through a browser.
• The UI displays an input field to add new tasks and a list of existing tasks.

Figure:4.2.3.1

2. Adding a Task
• User enters a task description and clicks the “Add Task” button.
• React.js captures the input and sends a request to the backend API.

Figure:4.2.3.2

3. Backend Processing
• Node.js with Express.js receives the request.
• Validation ensures the task is not empty and properly formatted.
• A new record is inserted into the MongoDB database.

19
4. Database Interaction
• MongoDB stores the task with unique identifiers and status fields (e.g., pending/completed).
• A response is returned to the backend after successful insertion.

5. UI Update
• The frontend updates instantly using React state management.
• The new task appears in the list without page refresh.

Figure:4.2.3.2

6. Editing or Deleting a Task

• User selects “Edit” → Modified data sent to backend → Database updates → React re-renders
list.
• User selects “Delete” → Request sent to backend → Task removed from MongoDB → UI
refreshes dynamically.

Figure:4.2.3.3

20
 7. Final Output
• Users see a continuously updated task list.
• All changes are stored persistently in the database.

Figure:4.2.3.4

4.2.4 Conclusion
The To-Do Task Application showcased how CRUD operations form the backbone of many real-world
applications. It highlighted seamless integration of React frontend with Node.js backend and
MongoDB database.

Key outcomes included:

• Strengthening knowledge of full-stack development.

• Understanding database schema design for tasks.
• Enhancing error handling and API interaction with Express.js.

This project helped bridge the gap between frontend UI development and backend logic with a
practical, real-world application.

21
4.3 E-Commerce Website with Payment Gateway
4.3.1 Introduction
The E-Commerce Website project is a full-stack web platform designed to simulate real-world online
shopping experiences. It allows users to browse products, add items to a shopping cart, and purchase
them using a secure payment gateway.

The project demonstrates the integration of frontend design, backend API development, database
management, and third-party payment APIs in a single system.

4.3.2 Project Description

The application provides an end-to-end shopping experience, from browsing products to completing
secure payments.

Features:
• User authentication with signup/login system.
• Product listing with categories and search options.
• Shopping cart for adding/removing products.
• Secure payment processing using Razor pay/Stripe API.
• Order history stored in database for tracking.

Technologies Used:
• React.js, HTML, CSS, Bootstrap: Built responsive product pages, cart, and checkout interface.
• JavaScript: Implemented frontend interactivity.
• Node.js, Express.js: Backend server for handling authentication, product, and order APIs.
• MongoDB: Database for storing products, users, and order history.
• Razor pay/Stripe API: Payment gateway integration for secure transactions.

22
4.3.3 System Flow Diagram – E-Commerce Website with Payment
Gateway
1. User Access
• User opens the E-Commerce website.
• Homepage displays products retrieved from the backend database.

Figure:4.3.3.1

2. Browsing Products
• React.js fetches product data from backend APIs.
• Products are displayed with name, price, category, and “Add to Cart” buttons.
• User can apply filters (by category, price, search query).

Figure:4.3.3.2

23
3. Adding Items to Cart
• User clicks “Add to Cart”.
• React updates the cart state and displays the cart icon with updated item count.
• Backend stores the cart data for logged-in users to ensure persistence.

Figure:4.3.3.3

4. User Authentication (if not logged in)

• If a guest attempts to proceed to checkout, they are redirected to the login/register page.
• User credentials are verified by Node.js and checked against MongoDB.
• On success, a JWT session token is issued for secure login.

Figure:4.3.3.4

5. Checkout Process
• Cart details and total amount are displayed.
24
 • User proceeds to payment.

Figure:4.3.3.5

6. Order Confirmation
• On success, backend records order details in MongoDB (user info, items, transaction ID).
• React updates UI with an order confirmation page.
• On failure, user is prompted to retry payment.

Figure:4.3.3.6

7. Final Output
• Users can browse, add, and purchase products securely.
• Order history is saved in database and accessible from user profile.

25
4.3.4 Conclusion
The E-Commerce Website project successfully integrated frontend, backend, database, and third-party
APIs into one functional system. It provided hands-on experience in building scalable, real-world
applications.

Key achievements included:

• Developing a responsive and user-friendly shopping interface.
• Implementing secure user authentication and database management.
• Integrating and testing payment gateways for real-time transactions.
This project reinforced the importance of modular development, system integration, and secure
transaction handling in modern full-stack applications.

26
Chapter 11: Conclusion
The summer internship at Rigvedita Technologies Pvt. Ltd. provided me with a comprehensive and
practical learning experience in the field of Full Stack Web Development. Over the course of 45
days, I had the opportunity to work on diverse projects that strengthened both my frontend and
backend development skills while also enhancing my understanding of deployment practices and
version control.

The projects undertaken included:

• Spotify Homepage Clone – focused on frontend development with HTML, CSS, and JavaScript,
improving my knowledge of responsive design and layout structuring.

• To-Do Task Application – a full stack application that combined frontend interactivity with
backend data storage and management, providing hands-on experience with CRUD operations
and database integration.

• E-Commerce Website – a complete web platform showcasing end-to-end development,

including product listings, authentication, cart functionality, and payment integration.

Through these projects, I gained valuable exposure to technologies such as HTML, CSS, JavaScript,
React.js, Node.js, Express.js, MongoDB, and Git/GitHub, while also learning how these tools work
together in building scalable, modern web applications. The internship also familiarized me with
structured workflows, API integration, responsive design practices, and real-time problem-solving.

Beyond technical expertise, the internship improved my soft skills such as teamwork, time
management, and adaptability—qualities that are equally essential in a professional setting. The
mentorship and guidance from experienced professionals at Rigvedita Technologies ensured that I not
only acquired technical knowledge but also learned to apply it effectively in real-world development
scenarios.

In conclusion, the internship served as a crucial step in bridging the gap between theoretical
knowledge and industry practices. It helped me build a strong foundation in full stack development,
instilled confidence in tackling complex projects, and prepared me for future challenges in the IT
industry.

27
Chapter 12: References
• HTML Documentation
Mozilla Developer Network (MDN). (2025). HTML: HyperText Markup Language Reference.
Retrieved from:
https://developer.mozilla.org/en-US/docs/Web/HTML

• CSS Documentation
Mozilla Developer Network (MDN). (2025). CSS: Cascading Style Sheets Reference. Retrieved
from:
https://developer.mozilla.org/en-US/docs/Web/CSS

• JavaScript Documentation
Mozilla Developer Network (MDN). (2025). JavaScript Guide and Reference. Retrieved from:
https://developer.mozilla.org/en-US/docs/Web/JavaScript

• React.js Documentation
Meta Platforms, Inc. (2025). React: A JavaScript Library for Building User Interfaces. Retrieved
from:
https://react.dev/

• Node.js Documentation
Node.js Foundation. (2025). Node.js v20 Documentation. Retrieved from:
https://nodejs.org/docs

• Express.js Documentation
Express.js Team. (2025). Express: Fast, Unopinionated, Minimalist Web Framework for Node.js.
Retrieved from:
https://expressjs.com/

• MongoDB Documentation
MongoDB Inc. (2025). MongoDB Manual. Retrieved from:
https://www.mongodb.com/docs/

• Stripe API Documentation

Stripe, Inc. (2025). Stripe API Reference. Retrieved from:
https://stripe.com/docs/api

• Git Documentation
Git Project. (2025). Git Reference Manual. Retrieved from:
https://git-scm.com/doc

• GitHub Documentation
GitHub, Inc. (2025). GitHub Docs. Retrieved from:
https://docs.github.com/

• Bootstrap Documentation
Bootstrap Team. (2025). Bootstrap 5 Documentation. Retrieved from:
https://getbootstrap.com/docs/

• Visual Studio Code Documentation

Microsoft. (2025). Visual Studio Code Docs. Retrieved from:
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 https://code.visualstudio.com/docs

• Books
a. Freeman, E., & Robson, E. (2020). Head First JavaScript Programming. O’Reilly Media.
b. Banks, A., & Porcello, E. (2020). Learning React: Modern Patterns for Developing React Apps
(2nd ed.). O’Reilly Media.
c. Grinberg, M. (2018). Flask Web Development: Developing Web Applications with Python (2nd
ed.). O’Reilly Media.
d. Duckett, J. (2014). HTML & CSS: Design and Build Websites. John Wiley & Sons.

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