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Information Technology
R Programming for Data Science (v1.0)
What You'll Learn
In this course, you will use R to perform common data science tasks.You will:
Set up an R development environment and execute simple code.
Perform operations on atomic data types in R, including characters, numbers, and logicals.
Perform operations on data structures in R, including vectors, lists, and data frames.
Write conditional statements and loops.
Structure code for reuse with functions and packages.
Manage data by loading and saving datasets, manipulating data frames, and more.
Analyze data through exploratory analysis, statistical analysis, and more.
Create and format data visualizations using base R and ggplot2.
Create simple statistical models from data.
Description
In our data-driven world, organizations need the right tools to extract valuable insights from that data. The R programming language is one of the tools at the forefront of data science. Its robust set of packages and statistical functions makes it a powerful choice for analyzing data, manipulating data, performing statistical tests on data, and creating predictive models from data. Likewise, R is notable for its strong data visualization tools, enabling you to create high-quality graphs and plots that are incredibly customizable.
This course will teach you the fundamentals of programming in R to get you started. It will also teach you how to use R to perform common data science tasks and achieve data-driven results for the business.
Who Should Attend
This course is designed for students who want to learn the R programming language, particularly students who want to leverage R for data analysis and data science tasks in their organization. The course is also designed for students with an interest in applying statistics to real-world problems.
A typical student in this course should have several years of experience with computing technology, along with a proficiency in at least one other programming language.
Course Overview
In our data-driven world, organizations need the right tools to extract valuable insights from that data. The R programming language is one of the tools at the forefront of data science. Its robust set of packages and statistical functions makes it a powerful choice for analyzing data, manipulating data, performing statistical tests on data, and creating predictive models from data. Likewise, R is notable for its strong data visualization tools, enabling you to create high-quality graphs and plots that are incredibly customizable.
This course will teach you the fundamentals of programming in R to get you started. It will also teach you how to use R to perform common data science tasks and achieve data-driven results for the business.
Course Prerequisites
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Course Agenda
9 Title
Course Agenda
1
Lesson 1: Setting Up R and Executing Simple Code
Topic A: Set Up the R Development Environment
Topic B: Write R Statements
Topic B: Write R Statements
2
Lesson 2: Processing Atomic Data Types
Topic A: Process Characters
Topic B: Process Numbers
Topic C: Process Logicals
Topic B: Process Numbers
Topic C: Process Logicals
3
Lesson 3: Processing Data Structures
Topic A: Process Vectors
Topic B: Process Factors
Topic C: Process Data Frames
Topic D: Subset Data Structures
Topic B: Process Factors
Topic C: Process Data Frames
Topic D: Subset Data Structures
4
Lesson 4: Writing Conditional Statements and Loops
Topic A: Write Conditional Statements
Topic B: Write Loops
Topic B: Write Loops
5
Lesson 5: Structuring Code for Reuse
Topic A: Define and Call Functions
Topic B: Apply Loop Functions
Topic C: Manage R Packages
Topic B: Apply Loop Functions
Topic C: Manage R Packages
6
Lesson 6: Managing Data in R
Topic A: Load Data
Topic B: Save Data
Topic C: Manipulate Data Frames Using Base R
Topic D: Manipulate Data Frames Using dplyr
Topic E: Handle Dates and Times
Topic B: Save Data
Topic C: Manipulate Data Frames Using Base R
Topic D: Manipulate Data Frames Using dplyr
Topic E: Handle Dates and Times
7
Lesson 7: Analyzing Data in R
Topic A: Examine Data
Topic B: Explore the Underlying Distribution of Data
Topic C: Identify Missing Values
Topic B: Explore the Underlying Distribution of Data
Topic C: Identify Missing Values
8
Lesson 8: Visualizing Data in R
Topic A: Plot Data Using Base R Functions
Topic B: Plot Data Using ggplot2
Topic C: Format Plots in ggplot2
Topic D: Create Combination Plots
Topic B: Plot Data Using ggplot2
Topic C: Format Plots in ggplot2
Topic D: Create Combination Plots
9
Lesson 9: Modeling Data in R
Topic A: Create Statistical Models in R
Topic B: Create Machine Learning Models in R
Topic B: Create Machine Learning Models in R

