This Bank Management System is a comprehensive financial application built using Python and Streamlit, designed to simulate real-world banking operations through a secure and interactive web interface. The system features a dual-interface architecture, providing distinct dashboards for both Administrators and Users to ensure a structured management flow.
Admin Dashboard allows you to:
1- See all users in the system.
2- Add new user.
3- Modify user's data.
4- Monitor all system transactions, filter by UUID Reference IDs, or track specific user history.
User Dashboard allows you to:
1- Login if you have an account.
2- Sign up if you don't have an account.
3- Profile Management: View and update personal profile details.
4- Financial Operations: Check real-time balance and perform secure P2P transfers with a confirmation dialog.
5- Personal Ledger: Access a complete history of all personal transactions.
1-Language: Python.
2-Front-end: Streamlit.
3- Database: Sqlite3.
4- Data Handling: Pandas.
5- For date and time: datetime , time
1- Open your IDE (PyCharm or VS CODE).
2- Open the terminal in your IDE.
3- Execute this command
git clone https://github.com/Aseelkhanfar19/Bank-Management-System
4- Navigate to the inner folder by cd Bank-Management-System/bankProject
5- Install Requirements: Run the following command to install all necessary libraries
pip install -r requirements.txt
6- Run the System: Start the application by executing
streamlit run GUI.py
💡Pro Tip: For the best experience, open the inner bankProject folder directly as your main project directory in your IDE. This ensures that all internal file paths and the SQLite database (Main_bank.db) are recognized correctly.
Note: Since the database uses dummy data for testing purposes, you can use the following accounts to explore the system's functionalities without needing to register a new account.
username: admin | password: 1234
username: aseel | password: 1234
username: ja_06 | password: 5555
username: vanc_22 | password: 1234
username: aseel_05 | password: 123
username: el_4 | password: 1234
databaseManager.py The core backend engine containing the Database_Bank class, which manages all SQL logic, context managers, and atomic transactions.
main.py File for test and run the database methods directly on terminal without UI.
GUI.py The main application entry point that handles page navigation.
pages/ A directory containing the individual scripts for the Admin and User dashboards.
pages/admin_dashboard.py Login form as an admin.
pages/tabs_controller.py Admin profile to control and monitor all data.
pages/user_dashboard.py Where you logged in as a normal user if you have an account.
pages/user_profile.py User profile.
As part of my ongoing learning journey in Computer Science, I have identified several strategic areas for future enhancement. These improvements aim to optimize system performance, strengthen security protocols, and ensure the scalability of the application.
Audit Logging: Add an issued_by column to the transaction and modification logs to distinguish between actions performed by an Admin versus those by the User.
Enhanced Security: Implement stronger password constraints (Complexity Requirements) and a mandatory password rotation policy (e.g., every 12 months).
Session Control: Prevent concurrent logins to ensure a user can only be active on one device at a time, protecting against double-spending or unauthorized access.
Automated Notifications: Integrate SMS and Email APIs to notify users instantly about transfers, balance changes, or new login attempts.
Unified Role-Based Access Control (RBAC): Refactor the database logic to use a unified User model with a role_type attribute (e.g., Admin vs User).
Soft Delete Feature: Replace permanent account deletion with an Active/Inactive status to preserve historical data and transaction integrit.
Data Encryption: Upgrade the database security by hashing passwords and encrypting sensitive financial records.