In this lesson, Rodrigo Brea sets out best practices for optimizing production pipelines between Maya and Unreal Engine. By understanding export/import settings, properly placing pivot points, and controlling how vertex data transfers between software, artists can avoid common mistakes and maintain an efficient workflow.

Duration: 32m 24s

This lesson covers essential techniques for optimizing 3D assets in Unreal Engine, through proper LOD configuration, lightmap setup, and collision creation. Understanding these systems is critical for game performance, allowing engines to render appropriate levels of detail based on distance while maintaining visual quality.

Duration: 37m 17s

This lesson emphasizes that proper texture workflows are important for game performance. By creating organized export templates, texture channels, and using appropriate compression settings, artists can reduce memory usage without sacrificing visual quality. The key is understanding which textures require full resolution and which can be reduced, and leveraging Unreal's texture-streaming system effectively while maintaining consistency across related texture maps.

Duration: 32m 18s

This lesson reveals that optimizing materials is about making trade-offs between visual quality and performance. By understanding costs, packing textures, using material instances, and monitoring use of texture streaming, artists can create materials that respect memory and performance budgets. It is important to consult with technical artists and engineers before making significant changes to project-wide settings like streaming pool sizes.

Duration: 29m 20s

In this lesson, Rodrigo reveals that mistakes are an important part of game development and should be embraced as learning opportunities rather than failures. While artists naturally take pride in their work, optimizing for overall game performance requires compromises on individual assets. The key is to identify issues, understand their causes, and always keep the overall goal in mind.

Duration: 6m 10s

This lesson demonstrates that proper optimization requires checking multiple view modes to identify bottlenecks across lighting, materials, geometry, and LOD systems. Whether it’s excessive lightmap resolution on small objects, unused UV channels, too many particle spawns, or overly detailed meshes at distance, the key principle is 'don't pay for what you don’t need'. By testing and fine-tuning, and using Unreal's visualization tools, artists can achieve significant performance improvements while maintaining visual quality.

Duration: 31m 53s

This lesson demonstrates that console commands provide important tools for artists and developers to monitor and troubleshoot performance issues in Unreal Engine. While these tools provide extensive technical data, understanding the basics allows for early identification of performance bottlenecks. By developing consistent performance-testing habits early, artists can use these commands to quickly isolate which aspects of the scene are causing performance issues.

Duration: 17m 33s

This lesson highlights the importance of merging static meshes to reduce draw calls, implementing cull distance volumes, and carefully managing reflection captures to improve frame rates. These techniques are valuable for open-world games or complex scenes where numerous objects, materials, and lighting elements could overwhelm the rendering pipeline.

Duration: 32m 19s

The final lesson in the workshop emphasizes that performance optimization in Unreal Engine is an ongoing process that requires consistent monitoring and collaboration. Artists should constantly check performance metrics throughout development, optimize assets, and maintain open communication with team members. By treating performance optimization as a continuous learning process rather than a final checkpoint, artists can create more efficient projects while building valuable troubleshooting skills for future work.

Duration: 5m 58s