Analyze Data Science Concepts Using R
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Analyze Data Science Concepts Using R
This course is part of Analyze and Apply R for Data Analytics Specialization
Instructor: EDUCBA
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What you'll learn
Analyze and visualize data using R to identify patterns and insights.
Apply statistical methods and machine learning techniques to real-world datasets.
Build and interpret predictive models using end-to-end data science workflows in R.
Skills you'll gain
- Data Transformation
- Regression Analysis
- Data Manipulation
- Data Wrangling
- Data-Driven Decision-Making
- Data Analysis
- Statistical Analysis
- Applied Machine Learning
- Statistical Programming
- Machine Learning
- Data Science
- Machine Learning Methods
- Statistical Modeling
- Probability & Statistics
- Data Preprocessing
- Data Visualization Software
Tools you'll learn
Details to know
February 2026
27 assignments
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There are 7 modules in this course
By completing this course, learners will be able to analyze data using R, apply statistical and machine learning techniques, and interpret complex datasets through effective visualizations. Learners will evaluate data patterns, construct statistical models, and apply machine learning workflows to solve real-world problems using R.
This course provides a comprehensive, end-to-end introduction to Data Science with R, covering data visualization, statistical analysis, probability, regression models, decision trees, and machine learning. Learners progress from foundational concepts to advanced techniques, gaining practical experience in exploring data, building models, and drawing actionable insights. The course emphasizes hands-on learning through structured modules, real datasets, and applied case studies, ensuring learners not only understand concepts but can implement them confidently. What makes this course unique is its balanced integration of visualization, statistics, and machine learning within a single R-based workflow. Unlike fragmented learning paths, this course connects analytical thinking with practical implementation, helping learners understand why methods are used, not just how. Designed for aspiring data analysts, statisticians, and data science professionals, the course builds industry-relevant skills that can be directly applied in academic, research, and business environments.
This module introduces the fundamental concepts of data science and establishes R as a core tool for statistical computing and data visualization. Learners gain an understanding of the data science ecosystem, the role of R in analytical workflows, and the importance of visualization for interpreting data-driven insights.
What's included
6 videos4 assignments
6 videosβ’Total 27 minutes
- Introduction to Data Science with Rβ’3 minutes
- Understanding Datascience and its Modulesβ’4 minutes
- R Project for Statistical Computingβ’10 minutes
- Purpose of using R Toolβ’2 minutes
- Module on Data Visualizationβ’2 minutes
- Creating Pie Chartsβ’6 minutes
4 assignmentsβ’Total 60 minutes
- Graded - Foundations of Data Science with Rβ’30 minutes
- Introduction to Data Science and Rβ’10 minutes
- R for Statistical Computingβ’10 minutes
- Getting Started with Data Visualizationβ’10 minutes
This module focuses on essential visualization techniques used to explore data distributions, relationships, and trends. Learners build foundational skills in selecting and applying charts that effectively represent categorical, numerical, and time-based data.
What's included
8 videos4 assignments
8 videosβ’Total 42 minutes
- Creating Bar Chartsβ’7 minutes
- Functions of Histogramβ’5 minutes
- Method of Using Scatterplotsβ’5 minutes
- Creating Data for Line Chartsβ’5 minutes
- Case Study for Vector Valuesβ’6 minutes
- Module on Advanced Data Visualizationβ’4 minutes
- with Functions for Plotting Valuesβ’6 minutes
- How to Plot Car Valueβ’4 minutes
4 assignmentsβ’Total 60 minutes
- Graded - Core Data Visualization Techniquesβ’30 minutes
- Visualizing Distributions and Relationshipsβ’10 minutes
- Trend-Based Visualizationsβ’10 minutes
- Advanced Visualization Conceptsβ’10 minutes
This module introduces advanced visualization using the ggplot framework in R. Learners explore layered graphics, aesthetic mappings, and enhanced plots to communicate multivariate data insights effectively.
What's included
9 videos4 assignments
9 videosβ’Total 57 minutes
- Understanding the ggplot Valueβ’4 minutes
- Basic Example on Scatterplotβ’7 minutes
- Scatterplot With Encirclingβ’8 minutes
- Learning the Jitter Plotβ’5 minutes
- Counts Charts in ggplotβ’4 minutes
- Section on Bubble Chartβ’6 minutes
- Diverging Bars with ggplotβ’11 minutes
- Diverging Lollipchart with ggplotβ’6 minutes
- Implementation of Dot Plotβ’6 minutes
4 assignmentsβ’Total 60 minutes
- Graded - Advanced Visualization with ggplotβ’30 minutes
- ggplot Fundamentalsβ’10 minutes
- Enhancing Scatter and Count Plotsβ’10 minutes
- Comparative and Dot-Based Chartsβ’10 minutes
This module covers specialized visualization methods for hierarchical, demographic, and time-based data. Learners develop skills to represent structured relationships, changes, and seasonal patterns using appropriate visual tools.
What's included
7 videos4 assignments
7 videosβ’Total 45 minutes
- Purpose of using Area Chartsβ’9 minutes
- Ordered Bar Chart for Multiple Itemsβ’8 minutes
- Simple Demonstration on Pie Chartβ’7 minutes
- Example on Hierarchical Dendrogramβ’4 minutes
- Learning about the Population Pyramidsβ’9 minutes
- Understanding the Change Plotβ’3 minutes
- Case Study on Seasonal Plotβ’5 minutes
4 assignmentsβ’Total 60 minutes
- Graded - Specialized Visualization Techniquesβ’30 minutes
- Area and Ordered Visualizationsβ’10 minutes
- Hierarchical and Circular Chartsβ’10 minutes
- Temporal and Change-Based Plotsβ’10 minutes
This module builds statistical foundations required for data analysis, including descriptive statistics, probability distributions, and regression modeling. Learners apply statistical techniques to analyze relationships, trends, and variability in data.
What's included
11 videos4 assignments
11 videosβ’Total 87 minutes
- Basic Understanding on Statisticsβ’3 minutes
- Implementation of Mean Median and Modeβ’9 minutes
- Understanding the Linear Regressionβ’10 minutes
- Understanding Multiple Regressionβ’9 minutes
- Functions of Logistic Regressionβ’8 minutes
- Learning Normal Distribution Curveβ’9 minutes
- Understanding the Binomial Distributionβ’6 minutes
- Involvement of Poisson Regressionβ’6 minutes
- Analysis of Covarianceβ’9 minutes
- Time Series Analysisβ’11 minutes
- Nonlinear Least Squareβ’9 minutes
4 assignmentsβ’Total 60 minutes
- Graded - Statistical Analysis and Regression Modelsβ’30 minutes
- Descriptive Statistics and Regression Basicsβ’10 minutes
- Probability Distributions and Regression Extensionsβ’10 minutes
- Advanced Statistical Methodsβ’10 minutes
This module explores decision-based models, probability theory, and essential data preparation techniques. Learners develop analytical skills for hypothesis testing, simulation, and preparing datasets for modeling.
What's included
11 videos4 assignments
11 videosβ’Total 58 minutes
- Section on Decision Treeβ’7 minutes
- The Random Forest Approachβ’6 minutes
- Learning the Chi Square Testβ’5 minutes
- Case Study on Survival Analysisβ’7 minutes
- Understanding the Concept of Probabilityβ’4 minutes
- Counting the Number of Combinationsβ’4 minutes
- Generating Random Numbersβ’7 minutes
- Generating Random Sequencesβ’3 minutes
- Converting Probabilities to Quantilesβ’4 minutes
- Criteria for Plotting a Density Functionβ’6 minutes
- Concept of Data Manipulationβ’4 minutes
4 assignmentsβ’Total 60 minutes
- Graded - Decision Models, Probability, and Data Manipulationβ’30 minutes
- Tree-Based Models and Hypothesis Testingβ’10 minutes
- Probability and Randomnessβ’10 minutes
- Probability Functions and Data Preparationβ’10 minutes
This module introduces machine learning concepts and demonstrates their application using R. Learners work with datasets, implement machine learning workflows, and apply models to real-world problems.
What's included
4 videos3 assignments
4 videosβ’Total 28 minutes
- Module on Machine Learningβ’8 minutes
- Machine Learning Concepts with Rβ’6 minutes
- Machine Learning Datasetsβ’7 minutes
- Machine learning project with Rβ’8 minutes
3 assignmentsβ’Total 50 minutes
- Graded -Machine Learning with Rβ’30 minutes
- Machine Learning Foundationsβ’10 minutes
- Applied Machine Learning in Rβ’10 minutes
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