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Over the years model-based development has rapidly gained popularity in various engineering disciplines. Numerous efforts have resulted in the invention of an abundance of appropriate modeling concepts, languages, and tools. Todaymodeling activities often spanmultiple disciplines and have to be addressed by collaborative efforts across disciplines such as industrial automation, business engineering, hardware/software co-design, real-time systemdevelopment, Web 2.0 application design, and so forth. As a consequence, model-based development techniques related to the analysis, synchronization, and execution of families of models that are concurrently developed by different engineers on different levels of abstraction play a major role in many software and systems development projects. Graphs, on the other hand, are among the simplest and most universal models for a variety of systems, not just in computer science, but throughout engineering and the life sciences. Graph transformations combine the idea of graphs as a universal modeling paradigm with a rule-based mathematically well-founded approach to specify their evolution. The area of Graph Transformation, also called Graph Grammars or Graph Rewriting, started around 1970 as a generalization of string grammars and term rewriting. It has since then grown to an independent research branch with its own Internal Conferences on Graph Transformation (ICGT), which is a forum for presenting both theoretical advances and practical applications. This conference series is complemented by the Symposium on Applications of Graph

Software and systems modeling with graph transformations theme issue of the Journal on Software and Systems Modeling