Learn how to process and analyse data using many of R's powerful functions, install packages for additional functionality and produce high quality graphics for use in publications.
This course offers an intensive, hands-on introduction to the R statistical computing environment, focusing on practical aspects of data analysis. The programme is designed to give you as much practical experience as possible.
The course will cover the following key aspects of using R:
- Data analysis, reading in data, data exploration and filtering
- Vectors, arithmetic, recycling
- Graphics and advanced graphics
- Analysis workflow
- Making your own functions
- Linear modelling
- Object-orientated programming
- Principal component analysis
You will experience a range of teaching and learning methods, including lectures, active participation in tutorials, practical sessions, debates and discussions. You will also receive academic guidance and feedback on your progress throughout.
By the end of this course, you will be able to read in a variety of structured and unstructured datasets. You will be able to ‘clean’ data, which contain errors or are badly entered, as well as re-structuring data to make it more useful to you. By the end of the course you will have applied both linear and non-linear models on a number of different datasets to help identify and quantify important relationships between variables. You will have created publication-quality visualisations that help express these relationships visually. In your final day task you will build a predictive model based on real data concerning either: the factors that predict survival on the titanic AND/OR the factors that predict childhood bullying. This task will involve real world datasets that will require data cleaning, visualisation as well as data modelling and will demonstrate your new ability to handle and gain insight from large and unfamiliar datasets.
Those interested in large-scale data analysis and in further programming training should consider Introduction to Python in Week 2. This combination will offer a competetive edge to anyone interested in analysing, managing and working with different types of data.
The course is directed by Dr Will Lawrence, who completed his PhD at the department of Electronics and Computer Science at the University of Southampton, and who has a background in psychology. Will has rich experience in delivering training in both Python and R, to diverse audiences.
We are committed to providing reasonable teaching adjustments for students with disabilities that may impact on their learning experience. Please be advised that in order to provide an assessment and plan appropriate support we require as much notice as possible and, in some circumstances, up to 3 months. If you are planning to book, or have already booked, onto a short course please contact Goldsmiths Disability Team (email@example.com) at your earliest convenience.
- 10% when a participant enrolls for more than one of our courses (at the same time)
- 20% UK students
- 25%Members of the UK Law and Society Association (UKLSA)
- If five people register from the same institution for the same intake, the fifth place is free
- Goldsmiths students, staff and alumni - email us for current discounts
As a University, we are able to offer our courses at minimum prices, and free of VAT - to make knowledge available to as wide audience as possible.
Refund policy: See AIR courses main page
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14-18 Jan - Goldsmiths' Senate House venues, London, Bloomsbury, London
18-22 Feb - Goldsmiths' Main Campus, New Cross, London
8-12 Apr - Goldsmiths' Main Campus, New Cross, London