
Get started by setting up the development environment, installing open source tools, and combining Python and R for data processing, statistics, and data visualizations.
Set up the programming environment, console, and debugging tools for data visualizations in R with data processing, preparing your studio for compiler interactions and using debug profile tools.
Get started with data visualizations using R with data processing, and learn to set up tools and studio environments, manage versions, and prepare data for analysis.
Learn the data mining process from business understanding to deployment using visualizations. Explore data preparation, modeling, and evaluation with techniques like regression and classification, and report results.
Download the iris CSB dataset and identify the high risk dataset on the drive to support data processing and visualizations in R.
Read a dataset in R, use the iris data to compute descriptive statistics, and generate a summary, then run analyses and inspect the data structure.
Learn to create bar charts in R to visualize data frequencies, customize colors, and label axes to interpret data during data processing.
Export a bar plot image to turn data into a clear bar chart. Use practical steps to generate and save bar charts for data visualization in R with data processing.
Explore creating horizontal bar charts in data visualizations using R with data processing, transforming datasets into clear visuals for insightful comparisons.
Explore how to create a camera histogram in R and customize color (green), borders, and histogram layers to reflect data processing.
Learn to build histograms in R with a density line to visualize data distribution, adjust frequency and probability, and apply color and layout options.
Learn to create line charts in R for data processing, connecting points with lines, customizing x and y aesthetics, and exporting visuals.
Explore creating a multiple line chart in R by configuring y values, line types, and colors to visualize and compare data across categories.
Create a pie chart in R using a labor data vector and labeled slices. Map labels 1–7 to the pie pieces and render the chart from the data.
Learn to build a 3D pie chart in R by installing and using a dedicated library, then create and customize the pie chart with the pie3D function.
Master data setup and processing workflows for scatterplot visuals by organizing data, copying datasets, and aligning x and y coordinates through practical programming steps.
Learn to create and interpret a boxplot in R as part of data processing, applying basic data handling and function-driven steps to visualize data.
Scatterplot matrix in R to study correlations among variables and set up metrics for data analysis.
Explore ggplot2 in R to craft advanced charts by building data visualizations with data, geometric objects, statistical transformations, scales, coordinate systems, and position adjustments for multivariate and categorical data.
Explore aesthetic mapping and geometric concepts in data visualizations using R, focusing on data processing techniques.
Learn to build a geometric point plot in R by mapping color to an asset variable and preparing data assets, such as GDP data, for visualization.
Learn to add and customize labels and titles in scatter plots using R, adjust axis labels, ensure equal aspect ratios, and tighten label placement for clear data visuals.
Explore data visualizations using R with data processing by applying and customizing themes, adjusting element properties, sizes, axes, and global styles to enhance charts.
Learn to create a bar chart in R using ggplot2, map data to aesthetics with aes, apply grey color, and add labels and a title.
Compare a dataset by building a histogram in R, selecting a variable, and adjusting gray color and axis labels to convey distribution clearly.
Explore density plots in r to visualize data density and normal distribution, using high and low density regions to interpret where data concentrates.
Create a scatterplot in R, color code with red and green, and label points to illustrate data relationships.
Create line charts in R to compare two variables, color-code series, label axes and data points, and explore basic data processing steps for visual analysis.
Explore how to create and interpret boxplots in R to visualize data distributions and identify outliers.
Learn how to save ggplot visualizations in R by specifying file paths and the initial file location, including drive choices like the D drive.
Learn to select attributes and prepare data in r for visualization, including filtering, removing missing values, and choosing columns to drive interactive charts.
Learn how to sort data in R using order for ascending and descending sequences, including sorting by multiple keys and applying decreasing = true to arrange data frames.
Filter data in R visualizations by applying conditional criteria, such as values greater than zero and less than one, to isolate relevant rows for analysis.
Data is everywhere, and top companies need skilled professionals who can turn complex datasets into clear, actionable visual insights. According to SAS, building analytics skills gives you a massive career advantage by sharpening your problem-solving abilities, opening doors to high-demand roles, and paving the way into cutting-edge fields like the Internet of Things (IoT) and Smart Cities.
Based on the published Apress book Learn R for Applied Statistics, this bite-sized course focuses on Data Visualization and Data Processing using R. It maps directly to the Data Understanding and Data Preparation stages of the industry-standard CRISP-DM framework.
Why Take This Course?
Comprehensive Plotting: Master both base R graphics and the industry-standard ggplot2 library for publication-ready visualizations.
CRISP-DM Alignment: Ground your technical skills in practical data science workflows from raw data ingestion to finished charts.
Certification Ready: Prepares you to take the exam at EMHAcademy to earn your official SVBook Certified Data Miner using R credential.
Recommended Learning Path
To maximize your learning experience, take these courses in sequence:
Create Your Calculator: Learn R Programming Basics Fast
Applied Statistics using R with Data Processing
Advanced Data Visualizations using R with Data Processing (This Course)
Machine Learning with R (Modeling & Evaluation)
Prerequisite Note: Basic familiarity with R is recommended. Beginners should start with "Create Your Calculator" first.
What You Will Learn
Data Mining Process & Workflow Setup
Navigating the CRISP-DM Framework
Downloading, reading, and inspecting datasets in R
Base R Visualizations
Basic & Advanced Charts: Bar Plots, Horizontal Bar Charts, Line Charts, Multi-Line Charts, Histograms, Density Lines, Pie Charts, 3D Pie Charts, Boxplots, Scatterplots, and Scatterplot Matrices
Exporting Work: Saving plots directly as high-resolution images for reports
Modern Visualizations with ggplot2
Mastering Aesthetic Mapping (aes), Geometrics (geom), Labels, Titles, and Themes
Building advanced ggplot2 Bar Charts, Histograms, Density Plots, Scatterplots, Line Charts, and Boxplots
Saving and exporting ggplot2 figures seamlessly
Data Processing & Cleansing (R Basics & Wrangling)
Selecting and filtering variables
Sorting datasets
Identifying and removing duplicate records and missing values (NA)
Requirements
Basic knowledge of R programming (variables, syntax, and vectors).
A computer (Windows, Mac, or Linux) with R and RStudio installed.
Who This Course Is For
Beginners and intermediate users in Data Science looking to master data visualization in R.
Analysts and students who want to build high-impact plots using base R and ggplot2.
Anyone preparing for the SVBook Certified Data Miner using R credential.