Projects
Real-world analytics case studies focused on data quality, governance, and insights.
Database Source: BDA500 Class Course
👉 See Full Project ➡️ Links to GitHub
👉 See Sample Dataset ➡️ Links to GitHub
👉 View Dashboard ➡️ Links to Excel File
Projects
Project 01: EDA – COVID-19 Testing Data (Excel)
Tools: Excel | Data Cleaning | Dashboard
Database: BDA500 Class Course
Objective:
Uncover patterns and insights in COVID-19 testing data.
Approach:
-
Cleaned dataset and handled missing values/outliers.
-
Converted numerical values into categorical data for symptom & demographic analysis.
-
Created charts: stacked column, line, bar, and scatterplots.
Outcome:
-
Developed an interactive Excel dashboard with a timeline and slicers.
-
Delivered actionable insights on symptom trends and testing patterns.

Database Source: kaggle.com
👉 See Full Project ➡️ Links to GitHub
👉 See R Script ➡️ Links to GitHub
👉 View Dashboard ➡️ Links to R Studio File
Project 02: Healthcare Data Analysis Using R Studio
Exploring Patient Demographics and Test Results for Predictive Insights
Overview:
Analyzed a healthcare dataset in R Studio to uncover patterns in patient demographics and test results, setting the stage for predictive analytics in healthcare.
Data Preparation & Cleaning:
-
Verified dataset integrity; no missing values were present.
-
Structured demographic and test result variables for analysis.
Analysis & Visualization:
-
Used descriptive statistics and histograms to examine age distribution and correlations with test results.
-
Created a heatmap to explore relationships among key health metrics.
-
Developed pie charts to summarize the distribution of medical conditions across patient populations.
Interactive Dashboard / Outputs:
-
Compiled visualizations into a coherent, exploratory view of patient demographics and outcomes.
-
Provided insights to inform predictive modeling and healthcare decision-making.
Tools Used:
R Studio, ggplot2, dplyr, tidyverse
Key Takeaways:
-
Identified trends between patient age and test outcomes.
-
Visualized correlations between health metrics to guide further predictive analysis.
-
Demonstrated the power of R for exploratory data analysis in healthcare datasets.

Database Source: kaggle.com
👉 See Code Project ➡️ Links to GitHub
👉 View Dashboard ➡️ Links to PostgreSQL File
Project 03: Healthcare Data Analysis Using PostgreSQL
Optimizing Database Performance and Extracting Insights from Healthcare Data
Overview:
Analyzed a comprehensive healthcare dataset using PostgreSQL to improve data handling efficiency and extract actionable insights for healthcare operations and decision-making.
Data Preparation & Management:
-
Imported and structured the dataset into PostgreSQL tables.
-
Applied SQL operations for data aggregation, filtering, sorting, and joins.
-
Created views and employed CTEs (Common Table Expressions) for complex query optimization.
Analysis & Insights:
-
Performed statistical analysis to assess patient outcomes and healthcare utilization.
-
Evaluated insurance provider data to identify trends and cost implications.
-
Analyzed room utilization and doctor performance metrics for operational efficiency.
Tools Used:
PostgreSQL, pgAdmin, SQL
Key Takeaways:
-
Improved database query performance and efficiency.
-
Identified actionable insights in patient outcomes, provider performance, and room utilization.
-
Demonstrated advanced SQL skills for data analysis, reporting, and database management in healthcare contexts.
Data Visualization

Tableau Dashboard

Excel Dashboard

RStudio

RStudio
