In this course you will learn about modern machine learning methods through five topics:
Classification explains how best to predict discrete classes (for example, accept or reject credit applications).
Training Models introduces the methods used to solve the core optimisation problem: which variant of a class of models has the least error?
Trees & Random Forests explores how tree models can be derived, extended and deployed to produce models with validated estimates of performance on new data instances.
Dimensionality Reduction covers the rationale for and methods applicable to reducing the number of features used in predictive machine learning models.
Unsupervised Learning considers how to learn and deploy models for which there is no target variable.
Advanced Python code is supplied and explained for each topic. Your key learning outcomes are to determine what models are applicable for different data and objectives, and to conduct hyperparameter-tuning or model-selection as appropriate to the model.
Who is this course for?
The course is aimed at professionals with a high level of numeracy who are seeking to understand the core concepts, methods and technologies that underpin modern machine learning.
The topics explain the key methods used to derive models that will reliably and robustly predict new and unseen instances.
The ability to contribute to such workflows is a core skill in finance (fraud prevention and credit decisions), healthcare (diagnostic and prognostic decisions), marketing (targeted ads and customer retention), and many other fields.
This is a self-paced online learning short course with lecture content, interactive elements, and access to a masterclass with the course leader after completion of the course.
This course is suitable for those who are competent in programming using Python (including notebooks, packages, data manipulation, design and use of pipelines, model evaluation functions) but are not expert programmers. The Introduction to End-to-End Machine Learning is an excellent basis for this short course.
The focus of the course is the use of released and curated Python machine learning code, rather than implementing algorithms from scratch.
Coursework consists of the creation of code to solve a specific problem, together with a short report that describes the approach taken and critically evaluates the results. This code can be developed either using learners’ equipment (such as a laptop or PC), or with cloud-based tools such as CoLab and Kaggle Notebooks, or Jupyter notebook. A good internet connection is more important than powerful computational equipment.
The time commitment for this course is typically six to eight hours per week.
Funding and scholarships
This course is eligible for funding from the Scottish Funding Council’s University Upskilling Fund. The University of St Andrews is able to offer a limited number of fully-funded Upskilling scholarships.
To apply for a scholarship, please complete the Upskilling Eligibility Form.
On successful completion of this online short course, you will be issued with a Certificate of Completion from the University of St Andrews.
- Start date:
- Monday 15 January 2024
- End date:
- Monday 26 February 2024
- 42 days