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The following are complete slide sets for a curriculum series in computer graphics, animation, and media arts. Copyright for images found in slides are retained by the original authors. For educational use only.
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Introduction to Computer Graphics
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Practical Course in Computer Graphics using OpenGL
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Basic Lighting and Illumination |
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Introduction to Computer Graphics |
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Introduction to Graphics: Viewing Transformations |
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Introduction to OpenGL & Hardware |
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Introduction to Graphics: Lighting and Illumination |
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OpenGL: Lighting & Color |
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Introduction to Graphics: Object Representation & Modeling |
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Modeling & Tesselation |
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Introduction to Graphics: Hidden Surface Removal |
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3D Object Representation |
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Raytracing |
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Texture Mapping |
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OpenGL: Texture Mapping |
Advanced Computer Graphics
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IGX Lab – Command-Line Framework for OpenGL |
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Shader Graphs |
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Raytracing and Global Illumination |
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Animation and Motion Capture
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History of Raytracing |
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Global Illumination: Radiosity, Photon Mapping & Path Tracing |
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Polygonal Modeling |
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Procedural Modeling |
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Non-Realistic Rendering: Drawing |
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Artificial Intelligence for Gaming |
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Non-Realistic Rendering: Painting |
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Collision Detection |
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Global Illumination: Radiosity and Photon Mapping |
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Animation: Basic Principles |
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Scene Graphs |
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Animation: Walk Cycles |
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Motion Capture: History & Basics |
Media Arts
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Motion Capture: Hardware & Workflow |
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Media Arts: A Brief History |
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Motion Capture: Recent Trends |
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Prototyping & Failure: The Art of Design |
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The Animation & Games Industries |
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Media Arts: Future Trends |
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Artistic Modeling |
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This new personal website contains previously 
Novel methods for fluid simulation were presented at the GPU Technology Conference, in Santa Clara, CA. The new Fluids v.3.1 can simulate over 4 million particles at 4 fps, is easier to build, and runs on CUDA 5.0 and 5.5.
This January, 2013, I start a new position in Graphics Research at NVIDIA Corporation in Santa Clara, CA, working with CAD clients to develop GPU technologies, and exploring topics in computer graphics.