Past events

FULLY BOOKED: In this in-person workshop, learn how to extract DNA from metagenomic samples,. prepare libraries, carry out nanopore sequencing and analyse data.

This Advanced level workshop is ideal for researchers and technical workers with a background in biology and a basic knowledge of Python, to develop bigger or more complicated programs and increase skills and knowledge about the language, including object-oriented approaches to programming.

This Image Processing carpentry workshop uses Python and skimage to allow researchers to do fundamental image processing as part of their analyses. A working knowledge of Python and some previous exposure to the Bash shell is required.

This introductory level course is intended for people with a biological background but with no previous programming experience. The course introduces basic programming concepts with plenty of opportunity to practice writing code and work on your own data.

Data Carpentry workshops are for any researcher who has data they want to analyse, with no prior computational experience required.

Our goal is to help scientists become more productive by teaching them basic computing skills of program design, version control, testing and task automation.

This workshop is ideal for researchers and technical workers with a background in biology and a basic knowledge of Python, to work with large, complex datasets, mine them for biological insights, and create visualizations to display the results.

This course provides an introduction to single-cell genomics, for researchers who have basic experience of bioinformatics and who are planning a single-cell project.

This Advanced level workshop is ideal for researchers and technical workers with a background in biology and a basic knowledge of Python, to develop bigger or more complicated programs and increase skills and knowledge about the language, including object-oriented approaches to programming.

FULLY BOOKED - This 3-day course will help to provide scientists with an overview of eukaryotic genome annotation approaches, covering advances in Next Generation Sequencing (NGS) technologies, transcriptome assembly, best practice guidance for building gene models utilising short and long read sequencing data or cross species proteins, how to integrate and assess different gene models and create a publication/release ready gene set.

Learn how to extract DNA from metagenomic samples. prepare libraries, carry out nanopore sequencing and analyse the data.

FULLY BOOKED - Microbiome analysis going from samples, to sequencing, to numerical ecology analysis