R Programming Online Courses & Certifications
R programming language is an open-source language widely used in statistical analysis and data visualization. It is a great software package that contains many statistical and graphical techniques, including linear and nonlinear modelling, statistical tests, time-series analysis, and clustering.
Data science is an emerging domain and is likely to create 11.5 million job opportunities for data scientists by 2026. According to a Kaaggle survey, a reputable source in the data science community, 36% of data scientists prefer R programming for their data science work.
In this article, we will discuss the top R programming courses, how to learn R language, applications of R programming, and many more.
{{%h2%}}R Programming Course Highlight{{%/h2%}}
Particular |
Details |
Course Level |
Beginner to Advanced |
Duration |
2-6 months (depending on the level) |
Eligibility |
Basic programming knowledge preferred |
Fees |
Varies from free to paid courses (₹5,000 - ₹50,000) |
Top Institutes |
IIT Madras, IIM Calcutta, Coursera, edX, Udemy |
Median Salary |
₹6.5 LPA (Entry-level), ₹12 LPA (Experienced) |
Top Recruiters |
Amazon, Google, Microsoft, IBM, Accenture |
Job Positions |
Data Analyst, Data Scientist, Statistician, Business Analyst |
{{%h2%}}Why to Learn R Programming in 2024{{%/h2%}}
Reason |
Details |
Data Analysis and Visualization |
R is designed for data analysis, providing numerous packages like dplyr and ggplot2 for data manipulation and visualization. |
Statistical Computing |
R is powerful for statistical computing, with built-in functions and packages like lme4, survival, and caret. |
Machine Learning |
R supports machine learning through packages like randomForest, xgboost, caret, and h2o for various algorithms. |
Open Source |
R is open-source and free, supported by a large community of developers and researchers who contribute packages and updates. |
Comprehensive Package Ecosystem |
The Comprehensive R Archive Network (CRAN) hosts over 18,000 packages, covering a wide range of statistical and graphical techniques. |
Reproducible Research |
Tools like RMarkdown, knitr, and Sweave integrate code, output, and documentation, promoting reproducible research. |
Cross-Platform Compatibility |
R is compatible with Windows, MacOS, and Linux, ensuring that scripts and applications can run on any operating system. |
Integration with Other Languages |
R can interface with Python, C++, Java, and other languages using packages like reticulate and Rcpp, offering flexibility in development. |
Strong Community Support |
The R community provides extensive support through forums like Stack Overflow, user groups, and annual conferences like useR! and RStudio Conference. |
Career Opportunities |
R skills are in demand across various industries, including finance, healthcare, academia, and tech, with roles such as Data Analyst, Data Scientist, and Statistician. |
Educational Resources |
There are abundant learning resources for R, including MOOCs, online tutorials, textbooks, and courses on platforms like Coursera, edX, and DataCamp. |
Data Wrangling |
R excels in data wrangling with packages like dplyr for data manipulation, tidyr for data tidying, and stringr for string operations. |
Advanced Graphics |
R's ggplot2 package is renowned for creating sophisticated and customizable visualizations, from simple plots to complex multi-panel charts. |
Big Data Handling |
R can handle large datasets using packages like data.table and can integrate with big data technologies like Hadoop and Spark through packages like sparklyr. |
Automation |
R allows automation of repetitive tasks in data analysis and reporting, with scripting capabilities and tools like Shiny for interactive web applications. |
{{%h2%}}How to Learn R Programming in 2024{{%/h2%}}
Stage |
Goals and Actions |
Resources |
1. Introduction |
Understand the basics of R: Learn what R is, its history, and its applications in data analysis and statistical computing. |
|
2. Installation |
Set up R and RStudio: Install R from CRAN, install RStudio as an IDE for R, and familiarize yourself with the RStudio interface. |
|
3. Basic Syntax |
Learn basic R syntax and operations: Understand variables, data types, basic arithmetic operations, and writing simple functions in R. |
|
4. Data Structures |
Understand R data structures: Learn about vectors, matrices, lists, and data frames, and practice manipulating these structures. |
|
5. Data Manipulation |
Manipulate and clean data: Use dplyr for data manipulation, tidyr for data tidying, and practice data cleaning and transformation tasks. |
|
6. Data Visualization |
Create visualizations: Learn ggplot2 for creating various types of plots and visualizations, and practice creating and customizing plots. |
|
7. Statistical Analysis |
Perform statistical analyses: Conduct basic statistical tests (t-tests, chi-squared tests), and learn linear and logistic regression techniques using R. |
|
8. Machine Learning |
Implement machine learning models: Learn basic ML algorithms (decision trees, random forests) and use the caret package for building and evaluating models. |
|
9. Advanced Topics |
Explore advanced R topics: Study time series analysis with forecast, text mining with tm and text2vec, and other specialized areas as per interest. |
|
10. Big Data Handling |
Handle large datasets: Use data.table for efficient data handling, and integrate with big data tools like Hadoop and Spark through sparklyr. |
|
11. Reproducible Research |
Create reproducible research workflows: Use RMarkdown and knitr to combine code, output, and documentation in dynamic reports and presentations. |
|
12. Project Work |
Apply knowledge in real projects: Work on personal or open-source projects, and participate in Kaggle competitions to apply and refine your R skills. |
|
13. Community Engagement |
Engage with the R community: Join R user groups and forums, participate in discussions, and attend R-related conferences and webinars. |
|
14. Continuous Learning |
Keep up-to-date with R developments: Follow R blogs and news, and take advanced and specialized courses to stay current with the latest trends and tools in R programming. |
Check Advanced Courses on: |
{{%h2%}}Top Online R Programmin
R programming language is an open-source language widely used in statistical analysis and data visualization. It is a great software package that contains many statistical and graphical techniques, including linear and nonlinear modelling, statistical tests, time-series analysis, and clustering.
Data science is an emerging domain and is likely to create 11.5 million job opportunities for data scientists by 2026. According to a Kaaggle survey, a reputable source in the data science community, 36% of data scientists prefer R programming for their data science work.
In this article, we will discuss the top R programming courses, how to learn R language, applications of R programming, and many more.
{{%h2%}}R Programming Course Highlight{{%/h2%}}
Particular |
Details |
Course Level |
Beginner to Advanced |
Duration |
2-6 months (depending on the level) |
Eligibility |
Basic programming knowledge preferred |
Fees |
Varies from free to paid courses (₹5,000 - ₹50,000) |
Top Institutes |
IIT Madras, IIM Calcutta, Coursera, edX, Udemy |
Median Salary |
₹6.5 LPA (Entry-level), ₹12 LPA (Experienced) |
Top Recruiters |
Amazon, Google, Microsoft, IBM, Accenture |
Job Positions |
Data Analyst, Data Scientist, Statistician, Business Analyst |
{{%h2%}}Why to Learn R Programming in 2024{{%/h2%}}
Reason |
Details |
Data Analysis and Visualization |
R is designed for data analysis, providing numerous packages like dplyr and ggplot2 for data manipulation and visualization. |
Statistical Computing |
R is powerful for statistical computing, with built-in functions and packages like lme4, survival, and caret. |
Machine Learning |
R supports machine learning through packages like randomForest, xgboost, caret, and h2o for various algorithms. |
Open Source |
R is open-source and free, supported by a large community of developers and researchers who contribute packages and updates. |
Comprehensive Package Ecosystem |
The Comprehensive R Archive Network (CRAN) hosts over 18,000 packages, covering a wide range of statistical and graphical techniques. |
Reproducible Research |
Tools like RMarkdown, knitr, and Sweave integrate code, output, and documentation, promoting reproducible research. |
Cross-Platform Compatibility |
R is compatible with Windows, MacOS, and Linux, ensuring that scripts and applications can run on any operating system. |
Integration with Other Languages |
R can interface with Python, C++, Java, and other languages using packages like reticulate and Rcpp, offering flexibility in development. |
Strong Community Support |
The R community provides extensive support through forums like Stack Overflow, user groups, and annual conferences like useR! and RStudio Conference. |
Career Opportunities |
R skills are in demand across various industries, including finance, healthcare, academia, and tech, with roles such as Data Analyst, Data Scientist, and Statistician. |
Educational Resources |
There are abundant learning resources for R, including MOOCs, online tutorials, textbooks, and courses on platforms like Coursera, edX, and DataCamp. |
Data Wrangling |
R excels in data wrangling with packages like dplyr for data manipulation, tidyr for data tidying, and stringr for string operations. |
Advanced Graphics |
R's ggplot2 package is renowned for creating sophisticated and customizable visualizations, from simple plots to complex multi-panel charts. |
Big Data Handling |
R can handle large datasets using packages like data.table and can integrate with big data technologies like Hadoop and Spark through packages like sparklyr. |
Automation |
R allows automation of repetitive tasks in data analysis and reporting, with scripting capabilities and tools like Shiny for interactive web applications. |
{{%h2%}}How to Learn R Programming in 2024{{%/h2%}}
Stage |
Goals and Actions |
Resources |
1. Introduction |
Understand the basics of R: Learn what R is, its history, and its applications in data analysis and statistical computing. |
|
2. Installation |
Set up R and RStudio: Install R from CRAN, install RStudio as an IDE for R, and familiarize yourself with the RStudio interface. |
|
3. Basic Syntax |
Learn basic R syntax and operations: Understand variables, data types, basic arithmetic operations, and writing simple functions in R. |
|
4. Data Structures |
Understand R data structures: Learn about vectors, matrices, lists, and data frames, and practice manipulating these structures. |
|
5. Data Manipulation |
Manipulate and clean data: Use dplyr for data manipulation, tidyr for data tidying, and practice data cleaning and transformation tasks. |
|
6. Data Visualization |
Create visualizations: Learn ggplot2 for creating various types of plots and visualizations, and practice creating and customizing plots. |
|
7. Statistical Analysis |
Perform statistical analyses: Conduct basic statistical tests (t-tests, chi-squared tests), and learn linear and logistic regression techniques using R. |
|
8. Machine Learning |
Implement machine learning models: Learn basic ML algorithms (decision trees, random forests) and use the caret package for building and evaluating models. |
|
9. Advanced Topics |
Explore advanced R topics: Study time series analysis with forecast, text mining with tm and text2vec, and other specialized areas as per interest. |
|
10. Big Data Handling |
Handle large datasets: Use data.table for efficient data handling, and integrate with big data tools like Hadoop and Spark through sparklyr. |
|
11. Reproducible Research |
Create reproducible research workflows: Use RMarkdown and knitr to combine code, output, and documentation in dynamic reports and presentations. |
|
12. Project Work |
Apply knowledge in real projects: Work on personal or open-source projects, and participate in Kaggle competitions to apply and refine your R skills. |
|
13. Community Engagement |
Engage with the R community: Join R user groups and forums, participate in discussions, and attend R-related conferences and webinars. |
|
14. Continuous Learning |
Keep up-to-date with R developments: Follow R blogs and news, and take advanced and specialized courses to stay current with the latest trends and tools in R programming. |
Check Advanced Courses on: |
{{%h2%}}Top Online R Programming Course Providers{{%/h2%}}
Course Name |
Provider |
Description |
Duration |
R Programming |
Coursera (Johns Hopkins University) |
Comprehensive introduction to R, covering data manipulation, visualization, and programming concepts |
4 weeks |
Statistics and R |
edX (Harvard University) |
Covers statistical concepts and their implementation in R, including data analysis, regression, and machine learning |
8 weeks |
Data Scientist with R |
Udemy |
End-to-end data science curriculum using R, from data manipulation to modeling and deployment |
20 hours |
R Programming for Data Science |
DataCamp |
Interactive course focused on using R for data science tasks, including data wrangling, visualization, and modeling |
Self-paced |
R for Data Science |
Pluralsight |
Practical R skills for data analysis, covering dplyr, ggplot2, and other popular packages |
8 hours |
R Programming: Advanced Analytics In R |
Coursera (University of Michigan) |
Advanced R programming concepts, including machine learning, text mining, and building data products |
4 weeks |
Data Analysis and Visualization Using R |
edX (Microsoft) |
Covers data analysis, visualization, and reporting using R and Power BI |
6 weeks |
R Programming: Master the Basics |
Udemy |
Beginner-friendly course covering R syntax, data structures, and basic programming concepts |
6 hours |
R Programming for Business Analytics |
Coursera (University of Pennsylvania) |
Application of R for business analytics, including data manipulation, modeling, and visualization |
4 weeks |
Interactive Data Visualization with R |
DataCamp |
Focuses on creating interactive and web-based visualizations using R packages like ggplot2, plotly, and shiny |
Self-paced |
{{%h2%}}Top Job After Completing R-Programming Course{{%/h2%}}
Job Role |
Skills Required |
Salary (in Indian Currency) |
R, SQL, Excel, Data Visualization, Statistical Analysis |
₹6.4 LPA |
|
R, Python, Machine Learning, Statistical Modeling, Big Data Tools |
₹14.4 LPA |
|
R, Statistical Modeling, Hypothesis Testing, Experimental Design |
₹5.8 LPA |
|
R, SQL, Data Analysis, Reporting, Business Intelligence |
₹9.6 LPA |
|
Quantitative Analyst |
R, Financial Modeling, Risk Analysis, Portfolio Management |
₹23 LPA |
Marketing Analyst |
R, Marketing Analytics, Customer Segmentation, A/B Testing |
₹11.9 LPA |
Research Analyst |
R, Statistical Analysis, Data Visualization, Reporting |
₹4.8 LPA |
Bioinformatician |
R, Bioinformatics Tools, Genomics, Computational Biology |
₹9.7 LPA |
R, Python, SQL, Big Data Tools (Hadoop, Spark), Data Pipelines |
₹10.7 LPA |
|
R, Python, Machine Learning Algorithms, Deep Learning |
₹10.2 LPA |
{{%h2%}}Fundamental Concepts of R Programming{{%/h2%}}
Concepts |
Description |
Data Types and Structures |
Vectors, Matrices, Lists, Data Frames, Factors - building blocks for organizing and storing data in R |
Data Manipulation |
Subsetting, Merging, Reshaping data - techniques for selecting, combining, and transforming data |
Control Structures |
Conditional Statements (if-else), Loops (for, while) - for controlling the flow of execution |
Functions |
Writing and Using Functions - building blocks for modular programming and code reusability |
Data Visualization |
Base Plots, ggplot2 - creating static and interactive visualizations for data exploration and communication |
Statistical Analysis |
Descriptive Statistics, Hypothesis Testing, Regression - performing various statistical analyses on data |
Data Import/Export |
Reading and Writing Data from/to various formats (CSV, Excel, databases, etc.) - facilitating data exchange |
Package Management |
Installing, Loading, and Managing Packages - leveraging R's vast package ecosystem for extended functionality |
Programming Paradigms |
Functional Programming, Object-Oriented Programming - different programming styles in R |
Debugging |
Techniques for identifying and fixing errors in R code |
Reproducible Research |
R Markdown, Shiny - tools for creating dynamic reports and interactive web applications |
{{%h2%}}Syllabus of R-Programming Course{{%/h2%}}
Module |
Topics |
Introduction to R |
R Basics, RStudio, Data Structures (Vectors, Matrices, Lists, Data Frames) |
Data Manipulation |
Subsetting, Merging, Reshaping Data, dplyr package |
Data Visualization |
Base Plots, ggplot2, Interactive Plots (plotly, shiny) |
Statistics with R |
Descriptive Statistics, Hypothesis Testing, Regression Analysis |
Programming in R |
Control Structures, Functions, Debugging |
Data Import/Export |
Reading and Writing Data (CSV, Excel, databases) |
Advanced Data Manipulation |
Tidyverse, data.table |
Machine Learning |
Introduction to Machine Learning, Supervised Learning (caret, randomForest), Unsupervised Learning (clustering) |
Time Series Analysis |
Time Series Data, Forecasting, Time Series Models (ARIMA, exponential smoothing) |
Text Mining |
Text Data Manipulation, Sentiment Analysis, Topic Modeling |
Reproducible Research |
R Markdown, Shiny Web Applications |
Projects and Case Studies |
Real-world Applications and Projects in various domains (e.g., finance, marketing, bioinformatics) |
{{%h2%}}Application of R-Programming{{%/h2%}}
Application |
Description |
Healthcare and Bioinformatics |
R is used for analyzing genomic data, clinical trial data, and bioinformatics. It helps in identifying genetic markers and analyzing patient data for better treatment plans. |
Financial Analytics |
R is used in finance for risk management, portfolio optimization, and fraud detection. Financial institutions use R to analyze large datasets and create predictive models. |
E-commerce and Retail |
R helps in customer segmentation, sentiment analysis, and sales forecasting. Retailers use R to analyze customer behavior and optimize their marketing strategies. |
Social Media Analytics |
R is used to analyze social media data to understand trends, sentiment, and user behavior. Companies use R to track brand sentiment and measure the impact of campaigns. |
Environmental Science |
R is employed in environmental science for analyzing climate data, air quality monitoring, and ecological modeling. It aids in understanding and predicting environmental changes. |