R programming with examples from health sciences
Summary
The course aims to provide a broad knowledge of how to use the programming language R. The scope of the course ranges from importing data, processing and tidying data, transforming and manipulating data, performing statistical analyses, and summarizing and visualizing the results
Throughout the course, data from various health sciences will be used as examples.
About
Target audience:
The course is aimed at those who work, or want to work, with data in health, healthcare, or similar fields. Being able to handle and understand parts or the entire process of data management and analysis yourself is becoming an increasingly important skill.
Content:
The course focuses on introducing the statistical programming language R as a tool for performing reproducible statistical analyses. Statistical programming is a necessary skill for working with data analysis, such as statistical analyses, machine learning, and artificial intelligence. In health sciences, R has become a key tool for managing and analyzing data.
A large part of the course deals with importing data, processing and cleaning data, transforming and creating new variables. This part of the process lays the foundation for being able to analyze and visualize data effectively. You will learn the basics of R programming such as data types and structures, control statements, and writing your own functions. You will also learn to write reproducible code that allows analyses to be repeated and reused.
After the course, you will be able to:
After the course, you will be able to manage data in R by importing data, processing and cleaning data, transforming and creating new variables, and performing statistical analyses and summarizing and visualizing the results.
Throughout the course, examples will mainly come from the health sciences. However, the skills are general and can be applied to data from many different sources. In the course, you will learn to perform statistical analyses, but the statistical methods will not be discussed in detail.
Study forms
Teaching is online only and consists of a mixture of pre-recorded material and live online lectures, workshops, and computer exercises. The teaching takes place on digital platforms.
Prerequisites and selection
Entry requirements
The entry requirements are at least 120 credits and English B/English 6.
Selection
Selection is based upon the number of credits from previous university studies, maximum 165 credits.