Clustering & Classification (2 of 11): Centroid-Based Models
Data rarely comes neatly labelled or structured, yet patterns still exist—even when they are not immediately obvious. Clustering and classification methods allow researchers to uncover structure in their data, group similar observations, and reduce dimensionality without imposing rigid assumptions about the underlying relationships.
This series introduces researchers to statistical and machine-learning methods for grouping, modelling, and interpreting high-dimensional data. Participants will learn a broad range of approaches—from hierarchical and centroid-based models to probabilistic, fuzzy, density-based, graph-based, and mixed-type clustering techniques—along with strategies for dimensionality reduction and fairness considerations. Emphasis is placed on understanding model assumptions, evaluating model performance, and selecting methods that align with the characteristics of the data rather than forcing data to fit inappropriate models.
All workshops will use R and RStudio, so some experience with R or other programming languages is encouraged but not required. See the R Fundamentals for Data Analysis for an introduction to R and RStudio. Attendees without prior experience are encouraged to review this content.
Centroid-Based Models (workshop 2 of 11): This session focuses on centroid-based approaches such as k-means and k-medoids. We examine initialization strategies, distance metrics, convergence behaviour, and model diagnostics. Participants will learn to fit these models in R, compare clustering quality, and understand when centroid-based methods are most appropriate.
Application: Customer Segmentation Data
REGISTER FOR INDIVIDUAL WORKSHOP
REGISTER FOR ALL WORKSHOPS IN THE SERIES
For a complete list of upcoming CSC Workshops, please visit our workshops page.
This workshop qualifies for the Scholarly Research, Writing, and Publishing Credential offered through the College of Graduate Studies.
Questions? Contact the Centre for Scholarly Communication at csc.ok@ubc.ca.
