Computational and signal processing tasks are largely executed using digital methods. This is because digital circuits, known for their robustness, can be implemented using remarkably small and simple structures. This advantage bolsters the predominance of digital techniques in nearly all areas of communication, supporting a broad range of applications with reliable, straightforward designs. Nevertheless, the physical world remains analog to data converters (ADCs) are needed as interface with the digital processing (DSP) core. Within the context of this thesis, the application focus is on Delta-Sigma Analog-to-Digital Converters (DS-ADCs). The primary goal is to automate the design process of the digital filters required for such structures.