Handles stripping unused shader variants during Unity builds to reduce build size and improve performance. This self-contained system analyzes shader keywords and variants to determine which combinations are actually used in the project, then strips the unused ones. Demonstrates sophisticated understanding of Unity's build pipeline and shader variant management. Could be extracted to other Unity projects with minimal modification to provide similar build optimization benefits.

Provides a comprehensive material validation system that checks for common issues and provides fix recommendations. The framework is highly extensible, allowing new validation rules to be easily added. It validates material properties, shader compatibility, and best practices, offering automated fixes where possible. This reusable component demonstrates skill in creating extensible validation systems and could be adapted for other asset validation scenarios in Unity.

Contains utilities for batch editing materials, including copying properties between materials, resetting materials to defaults, and cleaning up unused properties. The system is designed around a core material editing framework that can be extended with specific operations. Shows thoughtful design for handling Unity's material system efficiently and safely, with proper undo support and error handling. The batch processing patterns are broadly applicable to other asset management tasks.

A modular water rendering system that breaks down complex water effects into separate, reusable components (waves, caustics, refraction, reflection, depth fog). The system uses a clean functional approach with well-defined interfaces between components, making it easy to enable/disable specific features. Demonstrates advanced shader architecture skills in managing complexity through modularity. While Unity-specific, the modular approach to complex effect systems is broadly applicable to other rendering contexts.