During December 2025, contributed to the CPMpy/cpmpy repository by developing a Minimal Transversal Computation Tool, expanding the library’s set-theory capabilities. This work involved implementing a Python function to compute all minimal transversals for a given family of sets, providing both the algorithmic logic and a concrete example to illustrate its application. The addition enhances the problem-solving toolkit for constraint programming, supporting both optimization and educational use cases. Leveraging skills in Python, algorithm design, and data science, the developer focused on clear, example-driven documentation to facilitate learning and adoption of transversal reasoning within the CPMpy ecosystem. No bugs were reported.