This project focuses on building an interactive Banking Dashboard using Power BI. It involves the complete data analysis lifecycle — from data cleaning and transformation to exploratory data analysis (EDA) and visualization.
Data ➡️ MySQL ➡️ Data Cleaning & Preparation ➡️ EDA ➡️ Power BI Dashboard
- Number of columns: 24
- Stored in: MySQL
- Categorized
Income
into bands:Low
Mid
High
- Standardized gender, nationality, and other categorical variables.
- Used conditional columns in Power BI to create income bands.
- Replaced branch codes (
'1'
,'2'
, etc.) with readable branch names. - Mapped gender codes:
'1'
→Male
'2'
→Female
- Categorical analysis on:
- Gender
- Nationality
- Numerical analysis on:
- Credit Card Balance
- Bank Loans
- Bank Deposits
- Checking Account
- Saving Account
- Estimated Income
- Superannuation Savings
- Strong positive correlation between:
Bank Deposits
,Checking Account
,Saving Account
, andForeign Currency Account
.
- Customers with high balance in one account type tend to hold substantial funds in other accounts as well.
- Home
- Loan Analysis
- Deposit Analysis
- Summary
- Database: MySQL
- Visualization: Power BI
- Languages: SQL, DAX (in Power BI)
- Data wrangling using SQL
- Power BI conditional columns
- Deriving insights through EDA
- Building multi-page dashboards for presentation
Overview of the banking data with summary statistics and key visuals.
Insights into loan distribution, types, and customer segments.
Breakdown of account balances, deposit types, and correlation patterns.
Final insights from EDA, including correlations and demographic trends.