Applying Interoperable Metadata Standards (AIMS) - A Platform for Creating and Sharing Metadata Standards and their Integration into Scientific Workflows in Mechanical Engineering and Related Disciplines

• Applicants: Professor Dr. Matthias S. Müller; Professor Dr.-Ing. Peter F. Pelz; Professor Dr.-Ing. Robert Schmitt; Professor Dr. Thomas Stäcker
• Subject Area: Engineering Design, Machine Elements, Product Development ; Production Automation and Assembly Technology ; Hydraulic and Turbo Engines and Piston Engines ; Fluid Mechanics
• Term: since 2020
• Project identifier: Deutsche Forschungsgemeinschaft (DFG) - Project number 432233186

Management of research data requires precise documentation of their content and creation via metadata. In order to enable the highest possible degree of interpretability and (re-)usability as demanded by the FAIR principles, metadata must be readable by machines as well as by humans. Standards defining the format as well as the required and permitted content are a necessary prerequisite for this. At present, however, suitable metadata standards are only available for a very limited number of scientific disciplines and types of research data, which constitutes a major obstacle to efficient research data management.Since establishing metadata standards is a complex and collaborative process, it should be supported by an infrastructure enabling the efficient creation, sharing and reuse of metadata standards. To this end, we intend to create a tool for the easy generation and adaptation of metadata standards linked to a platform collecting and indexing the created standards to make them accessible to the scientific community. The metadata standards will be assembled from controlled vocabularies and comply with application profiles as current state-of-the-art for interoperable metadata.In addition, it is necessary to ensure that the creation of metadata compliant to the defined standards does not disrupt research. Another essential part of the project will therefore be to establish workflows in which the metadata are generated with minimum extra effort and beneficial synergy effects like use in electronic lab notes or as index for data archives and backup strategies are exploited.In order to keep the scope of the project manageable and to capitalize on RWTH Aachen University’s and TU Darmstadt’s expertise in that subject area, the focus will be on mechanical engineering as a prime candidate for a discipline that could greatly benefit from suitable metadata standards and strategies for efficient documentation of research data with metadata.

• DFG Programme: Research data and software (Scientific Library Services and Information Systems)
• Co-Investigators: Dr. Thomas Eifert; Dr. Marc Fuhrmans; Dr. Marius Politze; Dr. Wolfgang Stille