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Course Outline

Developing Efficient and Modular R Code

  • Evaluating the characteristics that support scalable, interpretable, and maintainable R scripts
  • Constructing reusable functions with well-defined inputs, outputs, and default parameters
  • Mitigating redundancy through optimized function design and structured script architecture

Streamlined Data Transformation Processes

  • Establishing transparent analytical pipelines utilizing tidyverse methodologies
  • Executing grouped aggregations, data joins, and structural reshaping operations
  • Organizing data preparation sequences to ensure analytical reproducibility

Functional Programming for Automated Tasks

  • Leveraging iteration tools to reduce reliance on traditional looping structures
  • Implementing vectorized workflows via the purrr package
  • Enhancing error handling and missing value management in repetitive processes

Troubleshooting and Performance Optimization

  • Identifying and resolving common script-level and functional errors
  • Employing effective debugging strategies within the R environment and RStudio
  • Evaluating computational bottlenecks to implement targeted performance enhancements

Reproducible Reporting and Stakeholder Communication

  • Generating dynamic, reproducible reports using R Markdown
  • Refining graphical outputs with ggplot2 to facilitate clearer insights
  • Preparing analytical findings for dissemination to internal or external stakeholders

Applied Exercise and Forward Planning

  • Synthesizing function creation, data workflows, debugging, and reporting in a capstone exercise
  • Evaluating core methodologies and standard patterns applicable to routine R operations
  • Defining actionable steps for continued professional development in R programming

Requirements

  • Comprehensive knowledge of fundamental R syntax, data types, vectors, and data frames
  • Practical experience developing scripts in R within the RStudio environment
  • Intermediate-level proficiency in R programming, encompassing essential data manipulation and visualization techniques

Target Audience

  • Data analysts seeking to enhance the efficiency, reusability, and maintainability of their code for government applications
  • Data scientists aiming to strengthen analytical workflows, reporting capabilities, and collaborative processes
  • Researchers and technical professionals utilizing R for applied data analysis
 14 Hours

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