During October 2025, this developer contributed to the ManMetGames/Game-Engines-25-26-Ionix-2 repository by implementing foundational joint systems in the Ionix-2 physics engine using C++. Their work focused on building DistanceJoints to maintain fixed spatial relationships between bodies and RevoluteJoints to enforce rotational constraints with configurable angular limits and motor settings. This approach enables more realistic and flexible mechanical interactions within game environments, laying the groundwork for articulated systems and advanced gameplay features. The implementation was tracked through targeted commits, demonstrating depth in both physics simulation and game development, and providing a robust base for future enhancements and maintenance.