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Course Outline

Writing Cleaner, More Reusable R Code

  • Examining the principles that make R code scalable, readable, and maintainable.
  • Building reusable functions with well-defined inputs, outputs, and default values.
  • Minimizing repetition through improved function design and organized scripting.

Practical Data Transformation Workflows

  • Constructing clear analysis pipelines using tidyverse tools.
  • Performing grouped summaries, joins, and data reshaping operations.
  • Organizing data preparation steps to ensure repeatable analysis.

Functional Programming for Repetitive Tasks

  • Utilizing iteration tools as a robust alternative to traditional loops.
  • Implementing map-style workflows with the purrr package.
  • Safely managing errors and missing values in repeated processes.

Debugging and Performance Optimization

  • Identifying and resolving common coding errors in scripts and functions.
  • Applying practical debugging techniques within R and RStudio.
  • Profiling slow code and executing targeted performance enhancements.

Reproducible Reporting and Communication

  • Generating reproducible reports using R Markdown.
  • Refining visual outputs with ggplot2 to enhance message clarity.
  • Preparing analysis results for effective sharing with business and research stakeholders.

Applied Workshop and Future Steps

  • Integrating functions, data workflows, debugging, and reporting in a comprehensive practical exercise.
  • Reviewing essential techniques and common patterns for daily R usage.
  • Identifying pathways for continued growth in R programming skills.

Requirements

  • A solid grasp of core R syntax, data types, vectors, and data frames.
  • Experience in writing R scripts and navigating the RStudio interface.
  • Intermediate R programming skills, including basic data manipulation and plotting.

Target Audience

  • Data analysts seeking to produce more efficient, reusable, and maintainable R code.
  • Data scientists requiring robust workflows for analysis, reporting, and collaboration.
  • Researchers and technical professionals utilizing R for practical data-driven tasks.
 14 Hours

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