By the end of the workshop, participants will be able to: 1) identify key international guidelines on the use of AI in research; 2) identify assistive AI tools relevant for research; and 3) critically evaluate the benefits and challenges of integrating AI into the research workflow, while identifying the ethical safeguards necessary to promote research integrity.

Missing data are a constant in applied research and, when mishandled, can lead to biased estimates, loss of statistical power, and invalid conclusions. This hands-on workshop provides an introduction to modern missing data analysis, moving from foundational theory to practical implementation in R. Participants will examine why missing data constitute a statistical issue, including a critical review of traditional ad hoc approaches such as deletion and single imputation. Core missing data mechanisms are introduced conceptually, with emphasis on their implications for valid statistical inference. The workshop then focuses on modern solutions under the missing at random assumption, including multiple imputation and full-information maximum likelihood. Through applied examples in R, participants will learn how to diagnose missing-data patterns, implement multiple imputation, and estimate models using full information maximum likelihood. By the end of the session, participants will be able to select, justify, and implement appropriate strategies for handling missing data in their own applied research.