Puzzleverse

To tackle the issue of level balancing, I used Unity's testing features to playtest each level extensively. By gathering player feedback and adjusting puzzle elements accordingly, I was able to ensure a smooth progression curve that kept players engaged without overwhelming them. This approach allowed me to refine the difficulty of each level, ensuring they were challenging but still solvable.

For performance optimization, I focused on reducing the load on the game engine by implementing efficient object pooling and using lighter textures. These changes ensured the game ran smoothly across various devices, even as the complexity of the puzzles increased. By optimizing assets and managing memory more effectively, I was able to provide a consistent experience for players, regardless of their device specifications.

In terms of interactive mechanics, I integrated Unity's physics and input systems to develop dynamic interactions. This allowed each puzzle element to feel fresh and responsive, avoiding repetition in gameplay. To ensure smooth multi-level navigation, I implemented a level manager that handled state transitions efficiently, enabling players to progress through the game without encountering friction or becoming stuck.