loan management using pyhton nd sqlite3

1. PES INSTITUE OFTECHNOLOGYAND MANAGEMENT
N.H 206, SAGAR ROAD, SHIVAMOGGA-577204
DEPARTMENT OF INFORMATION SCIENCE AND ENGINEERING
INTERNSHIP SEMINAR PRESENTATION ON
“LOAN MANAGEMENT SYSTEM”
BY,
SINDOORA S
4PM20IS042
Head of the Department :
Dr. Prasanna Kumar H R
Professor & Head,
Dept of ISE.
PESITM,
Shivamogga.
Internship Coordinator:
Mr. Vinay S K
Asst. Professor,
Dept of ISE,
PESITM,
Shivamogga
Internal Guide :
Mr. Madesh M
Asst. Professor,
Dept of ISE,
PESITM,
Shivamogga

2. • Abstract
• Introduction
• About the Company
• Web Development
• About Technologies
• Snapshots and Result
• Conclusion
CONTENTS

3. The Loan Management System (LMS) implemented in Python using the Tkinter
library for the graphical user interface and SQLite for the database management. This
system enables bank officials to manage loan records efficiently, including processing,
monitoring, and updating customer details. It offers functionalities such as adding,
updating, deleting, and fetching loan records, along with calculating monthly
payments and total payments based on loan details. The system ensures data integrity
by preventing duplicate entries and provides a user-friendly interface for seamless
navigation.
ABSTRACT

4. The Loan Management System (LMS) is crucial for financial institutions to
streamline their loan processing and monitoring processes. This system simplifies
the management of loan records, allowing bank officials to efficiently handle
customer data, assess loan details, and make informed decisions. With features
such as record addition, update, and deletion, the LMS enhances the operational
efficiency of banks while ensuring accuracy and reliability in loan management.
INTRODUCTION

5. DLithe is an EdTech company serving IT Companies and Academic Institutions,
since the year 2018. With experiences drawn from corporate time, the foundation
of DLithe is built to innovate products that transform the upcoming generation.
Expertise in Embedded Systems, Robotics, Internet of Things, Cyber Security,
and Artificial Intelligence is helping academics institutions to align with industry
needs. They have transformed many lives by imparting 360 degree learning –
Domain, Process & Technology, keeping focus on Customer Experience and
Operational Excellence objectives and also DLithe is a bootstrap company with
strong foundation, experience, trust and commitment to build an agile workforce
towards industry need.
ABOUT THE COMPANY

6. • Web development refers to the process of building, creating, and maintaining websites and
web applications for the internet or an intranet.
Key points on web development include:
1.Frontend Development:
2.Backend Development
3.Full-Stack Development
WEB DEVELOPMENT

7. • Python: Python is a programming language used for backend development in web
applications. In this code, Python is used for the backend logic, including database
management, user authentication, and handling user interactions.
• Tkinter: Tkinter is a Python library for creating GUI (Graphical User Interface)
applications. It provides various widgets and tools for building interactive graphical
interfaces. In this code, Tkinter is used to create the graphical interface of the Loan
Management System, including windows, labels, entry fields, buttons, and frame.
• Additionally, the code interacts with an SQLite database, which is a lightweight relational
database management system commonly used in web applications for data storage and
retrieval. While SQLite itself is not a web technology, it is often integrated into web
applications to manage data persistence.
ABOUT TECHNOLOGIES

8. SNAPSHOTS AND RESULTS
Figure 1: An admin login page
It allows authorized users to access administrative functions of the Loan Management
System, ensuring system security and enabling management tasks such as user management,
configuration, and data monitoring.

9. Figure 2:Customer loan details
It offers functionalities such as adding, updating, deleting, and fetching loan records, along with
calculating monthly payments and total payments based on loan details.

10. Figure 3: Unique entry validation
the rule of "duplicate not allowed” ensures that each record or entry must be unique, preventing the
insertion of identical data into a specific field or column, thus maintaining data integrity and
avoiding redundancy.

11. The provided Loan Management System (LMS) showcases a robust implementation using
Python, Tkinter, and SQLite. With features for adding, updating, deleting, and retrieving
loan records, alongside calculation functionalities, it offers a comprehensive solution for
bank officials to efficiently manage loan processes. By prioritizing user-friendly
navigation and data integrity through duplicate prevention, the system significantly
enhances operational efficiency and accuracy within financial institutions.
CONCLUSION