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This page provides helpful information about many coursework units offered by Computer Science and Software Engineering in 2023.

The information here is not official - for official information please see the current UWA Handbook. Instead, it will help students to prepare for their future units, before the beginning of each semester, and before they have access to UWA's Learning Management System (LMS).

About the unit STAT4064 Applied Predictive Modelling (1st semester 2023)

Unit description:

This unit covers a set of tools for modelling, understanding and predicting from complex data sets. The tools are selected from topics that are a natural blend of statistics and machine learning, and are motivated and demonstrated with applied examples. The underlying general concepts and basic theory are discussed at a level accessible to students. Data sets are analysed using the statistical package R and the unit provides an introduction to this software. Topics are selected from statistical inference, linear regression, model selection, classification, resampling methods, tree-based methods, support vector machines and machine learning.

Unit outcomes:

Students are able to (1) apply appropriate techniques from the above topics to real world data and communicate results in a logical and coherent fashion; (2) apply statistical reasoning in general to analyse the essential structure of problems in various fields of data science; (3) extend students' knowledge of statistical modelling techniques and adapt known solutions to different situations; and (4) undertake continuous learning in statistical predictive modelling and inference, being aware that an understanding of fundamentals is necessary for effective application.

Unit coordinator:

Assoc. Prof. Adriano Polpo
[email protected]

Unit homepage:

Unit is offered in these majors and courses:

Indicative weekly topics:

week 1 1. Introduction and Key Ideas.
week 2 1. Linear Regression.
week 3 1. Logistic Regression; 2. Discriminant Analysis.
week 4 1. KNN; 2. Classification Error; 3. Validation-set approach; 4. Cross-Validation (k-fold, leave-one-out).
week 5 1. Bootstrap; 2. Feature selection (subset selection, stepwise selection).
week 6 1. Shrinkage (Ridge and Lasso); 2. Polynomial Regression; 3. Step Functions.
week 7 1. Piecewise Polynomials; 2. Splines (linear, cubic, natural); 3. Smoothing splines; 4. Local Regression; 5. Kernel regression; 6. Generalised Additive Models.
week 8 1. Error estimation.
week 9 1. Clustering (k-means, hierarchical).
week 10 1. Multilpe Hypothesis Test; 2. KNN implementation.
week 11 1. K-fold implementation, details, and example.
week 12 1. K-means implementation and discussion.

Indicative assessment:

Quizzes, Assignments, Practice Test, Exam

Operating system(s) used in this unit:

Different units will use different operating systems for their teaching - for in-class examples, laboratory exercises, and programming projects.
If an operating system is REQUIRED, it will be used when marking assessments.


ANY reasonable platform




This information last updated 1:55pm Mon 17th Jul 2023

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