Paper Short Abstract

The Scientific Software funding line of the German foundation Klaus Tschira Stiftung tackles challenges in research software engineering through systemic support and participatory formats such as Sandpits and Pitches. This talk will showcase innovative funding approaches and key lessons learned.

Paper Abstract

The Scientific Software funding line of the German foundation Klaus Tschira Stiftung exemplifies how innovative funding instruments can address systemic challenges in research software engineering, a critical yet under-supported component of modern science. Despite its central role in enabling complex research, scientific software development often lacks sustainable structures, leading to inefficiencies, reproducibility issues, and a loss of long-term value.

This program leverages metascientific principles to enhance the quality, sustainability, and impact of research software by focusing on structural innovations. It fosters systemic improvements, such as creating permanent roles for Research Software Engineers, building institutional capacities, and promoting best practices in software development.

A hallmark of the program is its participatory approach to funding. Using a Sandpit format, the Foundation engages researchers, funders, and stakeholders in collaborative workshops to co-create project ideas, integrating diverse perspectives and fostering new alliances. Additionally, the use of Pitches as an alternative to traditional written proposals prioritizes creativity, reduces administrative burdens, and ensures a human-centered approach to funding.

By embedding principles of experimentation, collaboration, and learning, the Scientific Software program directly aligns with metascience’s broader goals: improving the processes, infrastructures, and cultures that underpin scientific research. This talk will explore how these innovative funding methods can serve as a model for supporting research infrastructures, demonstrating how metascience can drive practical change. It will also highlight lessons learned and discuss how such approaches can be scaled to advance institutional support for research software engineering globally.