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Research software at the University of Southampton

Research software at the University of Southampton
Research software at the University of Southampton
Most research would not be possible without software. It is the enabling technology behind major advances, from decoding the human genome to the discovery of the Higgs boson, it lies at the heart of strategically important technologies, such as artificial intelligence, and it is a tool of constant use and fundamental importance in day-today research. Despite its pivotal role, support for software and software skills within academia has not kept pace with the rapid adoption of software as a research tool. This is a major barrier that inhibits research and puts results at risk.

A 2014 study [1] found that 92% of UK researchers use software and 69% report that it is fundamental to their research. It is not possible to disentangle the reliability of the software used to generate results from the reliability of the research itself. Unreliable software leads to unreliable results that cannot be trusted. Trust cannot be established in poorly engineered software, because it is too difficult to understand whether the software is reliable. Without trust, researchers will not build on existing software and will instead recreate it themselves: an avoidable duplication of effort and a waste of resources.

In 2019, the Southampton Research Software Group (SRSG) [2] conducted a survey of research staff to identify the relationship between software and research at the University of Southampton. The SRSG works across faculties to provide software engineering expertise and training to researchers. The survey found that software use is near ubiquitous across all but one faculty, researchers report that software is vital to their work, a third of researchers develop their own software, and around a third who develop software are interested in commercialisation. Worryingly, around two thirds of staff who develop software do not believe they have had sufficient training to develop reliable software.

Software has an almost unparalleled power to advance research and enterprise. Much of this potential is likely to remain unrealised at the University, unless researchers are given access to the necessary software skills and expertise.
RSE, Research Software, Research Software Engineer
University of Southampton
Hettrick, Simon
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Brown, A.
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Crouch, Stephen
a136ad57-82ec-4664-8d8e-79a605808e6d
Graham, J.
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Grylls, Philip J
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Mangham, SW
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Robinson, John
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Wyatt, Claire
03c233b7-be2a-4899-9303-00659472c26c
Hettrick, Simon
9eef9cf0-86e8-4562-bead-684915a1de5c
Brown, A.
01efb565-ae86-4d02-9987-fa00774a1dac
Crouch, Stephen
a136ad57-82ec-4664-8d8e-79a605808e6d
Graham, J.
6ad03f7d-5b36-4519-b3d1-2f4f72679594
Grylls, Philip J
dff3e462-df6d-46cd-8366-91a75abc9a9e
Mangham, SW
24fe31ad-ea3d-4754-b2be-3e1dad044d94
Robinson, John
44327568-9728-46ec-89d4-f9fde6a88c63
Wyatt, Claire
03c233b7-be2a-4899-9303-00659472c26c

Hettrick, Simon, Brown, A., Crouch, Stephen, Graham, J., Grylls, Philip J, Mangham, SW, Robinson, John and Wyatt, Claire (2019) Research software at the University of Southampton University of Southampton 17pp.

Record type: Monograph (Project Report)

Abstract

Most research would not be possible without software. It is the enabling technology behind major advances, from decoding the human genome to the discovery of the Higgs boson, it lies at the heart of strategically important technologies, such as artificial intelligence, and it is a tool of constant use and fundamental importance in day-today research. Despite its pivotal role, support for software and software skills within academia has not kept pace with the rapid adoption of software as a research tool. This is a major barrier that inhibits research and puts results at risk.

A 2014 study [1] found that 92% of UK researchers use software and 69% report that it is fundamental to their research. It is not possible to disentangle the reliability of the software used to generate results from the reliability of the research itself. Unreliable software leads to unreliable results that cannot be trusted. Trust cannot be established in poorly engineered software, because it is too difficult to understand whether the software is reliable. Without trust, researchers will not build on existing software and will instead recreate it themselves: an avoidable duplication of effort and a waste of resources.

In 2019, the Southampton Research Software Group (SRSG) [2] conducted a survey of research staff to identify the relationship between software and research at the University of Southampton. The SRSG works across faculties to provide software engineering expertise and training to researchers. The survey found that software use is near ubiquitous across all but one faculty, researchers report that software is vital to their work, a third of researchers develop their own software, and around a third who develop software are interested in commercialisation. Worryingly, around two thirds of staff who develop software do not believe they have had sufficient training to develop reliable software.

Software has an almost unparalleled power to advance research and enterprise. Much of this potential is likely to remain unrealised at the University, unless researchers are given access to the necessary software skills and expertise.

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Published date: 2019
Keywords: RSE, Research Software, Research Software Engineer

Identifiers

Local EPrints ID: 504695
URI: http://eprints.soton.ac.uk/id/eprint/504695
PURE UUID: ba2d373e-1c3d-445e-a595-6fe8fe2c6a38
ORCID for Simon Hettrick: ORCID iD orcid.org/0000-0002-6809-5195
ORCID for Stephen Crouch: ORCID iD orcid.org/0000-0001-8985-6814
ORCID for Philip J Grylls: ORCID iD orcid.org/0000-0001-9677-5852

Catalogue record

Date deposited: 17 Sep 2025 17:11
Last modified: 18 Sep 2025 01:38

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Contributors

Author: Simon Hettrick ORCID iD
Author: A. Brown
Author: Stephen Crouch ORCID iD
Author: J. Graham
Author: Philip J Grylls ORCID iD
Author: SW Mangham
Author: John Robinson
Author: Claire Wyatt

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