As part of the NeSI and Genomics Aotearoa partnership to build and diversify digital skill capabilities for genomics researchers across New Zealand, NeSI was pleased to support Genomics Aotearoa’s ... Read more

NeSI has enhanced its High Performance Computing (HPC) platform to better support users running simulations with high memory demands. Two “large memory” nodes with 1536 gigabytes of memory, along w... Read more

Following the successful pilot of its ‘Quick Tips’ training webinar series from August - November 2019, NeSI is pleased to unveil a new programme of webinars for early 2020. 30 January - Got errors... Read more

Following an excellent response to the Call for Submissions, eResearch NZ 2020 co-hosts NeSI, Genomics Aotearoa, and REANNZ are pleased to unveil the draft programme for next year's event, themed '... Read more

NeSI is partnering with the National Institute of Water and Atmospheric Research (NIWA) to host the Cray User Group (CUG) 2020 meeting in Auckland from Sunday 3 May – Thursday 7 May 2020.Hosted ann... Read more

Joao Albuquerque NeSI Case Study University of Auckland

New Zealand 2100: The future through high-resolution wave modelling

"I’m lucky to have access to a cluster like NeSI’s. Without it, I’d be running this model for years, rather than about a month.”
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NeSI held its last training webinar of 2019 this week. There Alex Pletzer, a member of our Computational Science team, demonstrated how you can replace for loops with a single array operation to sp... Read more

NeSI team members were among more than 150 of Australia's computational and data scientists who gathered in Canberra from 6-8 November 2019 for the inaugural Australasian Leadership Computing Sympo... Read more

Since wrapping up the last session of NeSI's 'Quick Tips' webinar series earlier this month, we have gathered some highlights from this pilot initiative and are asking the research community to hel... Read more

NeSI Case Study Alexis Marshal University of Waikato

Parallel processing for ocean life

"We contacted NeSI because we were going from trying to assemble 100,000 individual 150 nucleotide base sequences, to trying to assemble 1.4 billion. We were having computational issues with memory, but also time."
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