The Human Brain Project (HBP) was an EU Flagship project that started in 2013 with the aim of establishing a research computing infrastructure to enable advancements in the fields of neuroscience, computing, and medicine. This involved work across several computing systems in Europe, including the SpiNNaker hardware at the University of Manchester, which had been under development for a number of years before that.

Find out how Research IT research software engineers are playing a key role in SpiNNaker, part of the Human Brain project.

One of our Senior Research Software Engineers (RSE), Andrew Rowley, recently helped to develop software for and launch SpiNNaker, a machine with million cores.

Thank you to everyone who came along to the latest Research IT Club and especially those who took the opportunity to ask questions! To see presentations on the latest news from research infrastructure and software engineering and applications support as well as a fantastic example of our research software engineers in action, click on the links below.

The next Research IT club will take place on the 5^th of June and will feature updates from our research infrastructure and software engineering teams. Our two feature presentations will look at how Research IT is helping to create new parallel computer architecture inspired by the human brain. There will also be a presentation from IT Services on the planned changes to staff and cluster desktops across the university.

THIS EVENT HAS BEEN POSTPONED.

The next Research IT club will take place on the 25^th of April and will feature updates from our research infrastructure and software engineering teams. Our two feature presentations will look at how Research IT is helping to create new parallel computer architecture inspired by the human brain. There will also be a presentation from IT Services on the planned changes to staff and cluster desktops across the university.

Research IT has been providing the SpiNNaker project with research software engineer (RSE) expertise to help them simulate billions of simple neurons in order to create brain inspired computing systems.