RSMM: A focus area maturity model for research software projects
article
Context: Research software is instrumental in producing research results. It plays a special role in advancing scientific discovery through tasks such as data analysis, simulation, and visualization. However, despite its importance, the organizations that produce research software face challenges in managing research software projects. Existing frameworks for software engineering often overlook the needs of research software, including research software engineering practices and open science principles. Without clear guidance, organizations that produce research software must develop and invent new techniques for research software engineering, which is a slow and costly process. Objective: This work presents RSMM, a maturity model designed to improve organizational practices in research software project management. Methods: The initial version of RSMM was developed through a systematic literature review. Expert interviews were then conducted to evaluate and refine the model. Finally, multiple case studies were carried out to validate RSMM and demonstrate its applicability in real-world settings. Results: The final version of RSMM (v1.0) comprises 79 best practices, 17 capabilities, and 10 maturity levels, organized into 4 focus areas: ‘Software Project Management’, ‘Research Software Management’, ‘Community Engagement’, and ‘Software Adoptability’. We provide a comprehensive analysis of RSMM v1.0 and demonstrate its practical applicability through two illustrative case studies. Conclusion: The RSMM is designed to help organizations in evaluating and improving their research software project management by assessing a project’s current maturity level and providing best practices across four focus areas to guide its progression.
Topics
Focus area maturity modelQualitative evaluationResearch softwareResearch software engineeringResearch software project managementEngineering researchSoftware designSoftware reliabilityBest practicesFocus area maturity modelFocus areasMaturity modelQualitative evaluationsResearch softwareResearch software engineeringResearch software project managementSoftware projectSoftware project managementProject management
TNO Identifier
1029044
Source
Information and Software Technology, 195, pp. 1-20.
Publisher
Elsevier B.V.
Article nr.
108138
Pages
1-20