Genetic improvement (GI) is typically used as an approach for optimizing source code for a particular task, where examples include minimizing runtime, improving energy efficiency, and reducing memory footprint. As with any evolutionary algorithm, GI will optimize for a desired fitness objective and can be coerced into objectives that are not strictly for the improvement of software. This paper presents in-progress work towards using GI as a method for generating glitch art, or artwork that is created by intentionally corrupting files (i.e., databending) to provide an aesthetic or emotional experience. We use the PYGGI framework to explore how code patches can impact an existing glitch art framework, with the goal being to find new and interesting outputs that are different from what can be found with random search.