Tanja Mayerhofer

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About

Tanja Mayerhofer is a leading researcher in model-driven engineering, with a focus on the rigorous representation of physical systems in software. Her work addresses a critical challenge in robotics and cyber-physical systems: ensuring that numerical values in software models correctly capture real-world physical quantities. Her most-cited paper, "Using physical quantities in robot software models" (2018, 7 citations), introduces a novel approach to incorporating both measurement uncertainty and units directly into software models. This contribution is foundational for improving the reliability and safety of autonomous systems, where even minor unit mismatches can lead to catastrophic failures. Beyond this key work, Mayerhofer's research spans model-based testing, domain-specific languages, and the integration of physical constraints into software design. Her achievements include advancing the state of the art in model-driven robotics, with her work cited by peers developing more robust simulation and control systems. For students and researchers, Mayerhofer's contributions offer a clear path to bridging the gap between abstract software models and the physical world they represent.