This bachelor’s thesis focuses on the synthetic generation of interference moiré images, which serve as a fundamental tool for testing and validating algorithms in the fields of image metrology and automated measurement. The theoretical part defines the physical and geometric principles behind moiré phenomena and analyzes the key factors influencing the resulting visualization, particularly the spatial parameters of the grids and the optical properties of the imaging chain. The core of the work consists of the design and implementation of a software tool with a graphical user interface that enables interactive adjustment of intrinsic and extrinsic camera parameters alongside the characteristics of the interfering structures. The application is designed with a modular architecture, allowing for flexible modification of individual computational steps according to simulation requirements. In addition to generating individual images, the system supports batch processing based on defined input parameter lists, facilitating the creation
of extensive databases for subsequent research. The final section provides an evaluation of the achieved results and outlines possibilities for further application development within the context of advanced image data processing.