Kunle Adeyemi
Data Analyst
Data Analyst
Result-oriented data analyst with practical experience gained through internships where I honed my skills in data analysis, visualization, and reporting.
Kunle Adeyemi
+1 816 9158 299
3780 N Tillotson Ave Apt 105, Muncie IN 47304
Master of Science (Information and communications science)
Bachelor of Engineering (Mechanical Engineering)
Available
Transforming data into compelling stories that captivate and motivate audience, turning raw numbers into meaningful narratives.
Dive deep into data to reveal trends, patterns, and opportunities that can shape and strengthen business strategies.
Design custom data models that accurately represent business scenarios, ensuring analysis is both insightful and relevant.
Uncovering inefficiencies and identify growth opportunities, using data-driven strategies to enhance business’s performance.
Expect clear, impactful reports and presentations that make data accessible and actionable, helping teams see the bigger picture.
Leverage advanced statistical techniques to extract precise insights, enabling smarter decisions based on solid data foundations.
The project involves analyzing Columbia Asia Hospital's dataset to provide insights into revenue generation, department suitability for new hires, and patient discount strategies using Power BI. The analysis focuses on cleaning and preparing the data, assessing patient wait times, department visit trends, satisfaction scores, and demographic impact on healthcare utilization. The final deliverable includes a report with three tabs: the Main Tab for overall hospital metrics, the Doctors’ Tab for individual doctor performance, and the Patients’ Tab for detailed patient profiles. Each tab is designed to meet the specific needs of hospital management, ensuring the visualizations are well-organized and informative.
The project involved transforming personal spending data from Excel into dynamic Power BI dashboards to gain deeper insights into spending patterns. Key objectives included analyzing monthly and quarterly spending, item categories, location-based expenses, price ranges, and spending behavior during specific conditions like illness or weekends. The process included data cleaning, creating lookup tables for calendar, item categories, and locations, and developing various measures to answer specific financial questions. The result was a set of interactive dashboards that provided a more comprehensive view of spending behavior, aiding in better financial decision-making.
This healthcare analysis project utilized Tableau to transform complex healthcare datasets into actionable insights through interactive dashboards. By conducting correlation analysis, clustering treatment patterns, and performing advanced calculations on prescriptions, the project identified key trends in patient demographics, hospital efficiency, and treatment effectiveness. The dashboards reveal critical insights, such as improving recovery ratings for diabetes patients, cost comparisons among hospitals, and time-series forecasts for future hospital admissions. These findings empower healthcare stakeholders to optimize operations and enhance patient care, demonstrating Tableau's robust capabilities in healthcare data analysis.
The SQL project performs a comprehensive analysis of sales transactions by joining three datasets: transactions, customer_list, and customeraddress, to create a unified complete_customer_data table. This table includes details such as customer information, transaction data, and calculated profit (list price minus standard cost). The script then executes various queries to analyze the data, including identifying the top 10 customers by profit, filtering customers with profits above $1,000, determining the most profitable product line, comparing state-wise profits against the average, and calculating each customer's profit percentage. Additionally, it defines a stored procedure to retrieve the top 10 customers by profit and performs temporal analysis to identify customers who made purchases between April and July. Lastly, it compares individual customer profits against state-level profits to gauge their contribution.
The project involves a comprehensive data visualization homework assignment where various chart types are created, including bar, column, histogram, line, area, pie, donut, scatter, bubble, box and whisker, treemap, sunburst, radar, stock, heat map, surface, contour, power map, combo, and sparkline charts. Each chart is designed with specific formatting to align with given examples, showcasing a broad range of data visualization techniques and applications.
Developed with love by Kunle © 2024