Utility Report Dashboard
This sample project examines the trend of payables over the past 5 years to identify any patterns that need attention.
The dataset can be found and downloaded for your reference on Kaggle
Tools Used for this Project: Power Pivot, Data Modeling, Power Query, DAX, Slicers, and the Built-in Charts of Microsoft Excel
Data Preparation
For this sample project, I gathered three datasets: Category, Payments, and Utility.
I have already cleaned the data before loading it into Power Query. I dropped unnecessary columns and formatted the data to serve its purpose.
Data modeling structure
For data modeling, since the dataset is not large, I used a relational model for this.
Analysis
In the first part of the analysis, I focus on the total payables from 2019-2023 and their breakdown, as shown below:
To easily identify who has the highest percentage, I summarized it by the percentage of the grand total, as shown below:
Based on this data, we can see that COM (Commercial) and RES (Residential) have the highest percentages.
But if we look closely at the data, we can see that there are no significant gaps within the total amounts in the three categories. This leads us to conclude that there are no irregularities in this data.
Visualization
Based on the analysis, I created a dashboard highlighting the key metrics that had the most impact on our findings. The dashboard is shown below.
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If you have a similar project that you need help with, feel free to contact me.
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Written by
Jogleen Calipon
Jogleen Calipon
My name is Jogleen, and I am a Data Analyst with over four years of experience in transforming data into actionable insights. I have strong skills in the following areas: Data Analysis & Visualization Power BI: Creating dashboards, using DAX, data modeling, and Power Query. Excel: Performing ETL (Extract, Transform, Load) processes, utilizing advanced functions such as VLOOKUP, INDEX-MATCH, and SUMIFS, along with Power Pivot and Power Query. Python: Leveraging data analysis libraries, including Pandas, NumPy, and Matplotlib. R: Conducting analysis and visualization using dplyr, ggplot2, tidyr, and Shiny. Database Management SQL: Executing queries, performing data extraction and manipulation, and designing databases. Project Management & Collaboration GitHub: Utilizing version control and repository management. Jupyter/Google Colab: Working in collaborative notebook environments for both Python and R analyses. Environment Management Anaconda: Managing environments and packages for R and Python projects. I am dedicated to helping businesses make informed decisions. Feel free to explore my projects, and I welcome any connections for potential collaborations!