💡 What is R4DEV?
I created the R for Development (R4DEV) workshop while working at the OECD to train my constantly rotating team. Word got around and eventually over 80 people joined R4DEV from across the organisation.
Here’s what the workshop is all about:
🦾 What you can expect to learn
Wrangling:Clean, transform and prepare data for analysis with dplyr, tidyr, stringr, lubridate, forcats, tibbleVisualization:Build static and interactive plots with ggplot2, plotly, ggiraph, tidygraph and learn to do animations using gganimate. Explore many ggplot2 extensions.Text analysis:Transform characters, words, sentences, pages and books into data with tidytext, regex and ggwordcloudReporting:Write reports with prose and data at the same time Quarto and learn how to manage references with Zotero️
Mapping:visualize geospatial data with sf, and go interactive with leaflet and spectacular with rayshaderData recovery:Import data from APIs and webpages with httr2, rvest, chromote, pdftools, readrPublishing:Create apps and dashboard with shiny. Build entire websites with quartoAI, programmatically:Call Large Language Models from R with ellmer, turn prose into tidy data with structured extraction, and build apps that chat with your data using shinychat, querychat and ggsqlScale:Replace for-loops with purrr’s functional style, then parallelize that same code across cores (or a cluster) with a single wrapper function using mirai
💫 Apply it to your own project!
If you want, you can start your own project (a thesis, a blog, a paper, etc.) during the workshop.
The idea of this project is not to burden you with extra work, but to avoid that 6 months from now you’ll say “wait, that looks familiar but, of course, I didn’t use it for a while and now I can’t remember anything!”. All of these are practical and important tools for your work, and applying them to something you are already passionate about will let you keep all these lessons beyond your time working with us.
🔥 Extra content
If time allows, these are additional topics that we’ll cover with overly enthusiastic and committed students:
Iteration: You’ll learn to write better and shorter code with functional programming purrrModels: Learn how to build reproducible and tractable models with tidymodelsBayesian analysis: You need to unlearn a lot of what you were taught on statistics, but the Think Bayes session will start you off, and so will rethinking, bayesplot, brms and bayesrulesCausal inference: Why you must draw your assumptions before you compute –colliders, confounders and mediators, animated and interactive in the bonus track of session 4