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Workarounds—A Domain-Specific Modeling Language

Workarounds—A Domain-Specific Modeling Language

Carolin Krabbe, Agnes Aßbrock, Malte Reineke, and Daniel Beverungen
This study introduces a new visual modeling language called Workaround Modeling Notation (WAMN) designed to help organizations identify, analyze, and manage employee workarounds. Using a design science approach, the researchers developed this notation and demonstrated its practical application using a real-world case from a manufacturing company. The goal is to provide a structured method for understanding the complex effects of these informal process deviations.

Problem Employees often create 'workarounds' to bypass inefficient or problematic standard procedures, but companies lack a systematic way to assess their impact. This makes it difficult to understand the complex chain reactions these workarounds can cause, leading to missed opportunities for innovation and unresolved underlying issues. Without a clear framework, organizations struggle to make consistent decisions about whether to adopt, modify, or prevent these employee-driven solutions.

Outcome - The primary outcome is the Workaround Modeling Notation (WAMN), a domain-specific modeling language designed to map the causes, actions, and consequences of workarounds.
- WAMN enables managers to visualize the entire 'workaround-to-innovation' lifecycle, treating workarounds not just as deviations but as potential bottom-up process improvements.
- The notation uses clear visual cues, such as color-coding for positive and negative effects, to help decision-makers quickly assess the risks and benefits of a workaround.
- By applying WAMN to a manufacturing case, the study demonstrates its ability to untangle complex interconnections between multiple workarounds and their cascading effects on different organizational levels.
Workaround, Business Process Management, Domain-Specific Modeling Language, Design Science Research, Process Innovation, Organizational Decision-Making