Current face count: 8,272
Software: Blender

Current Project: Fish & Game Hunting Training Simulation - Mule Deer

    This Mule Deer model was created for a Fish and Game Hunting Training VR Simulator. To balance performance optimization for VR headsets with a realistic appearance, the animal models were designed in a low-poly style with high-quality, realistic textures.

Software: Adobe Substance Painter

Current Project: Fish & Game Hunting Training Simulation - Mule Deer

    For this Mule Deer model, I developed high-quality textures optimized for a VR hunting simulation. Using a low-poly mesh, I created detailed textures that enhance realism while maintaining performance efficiency. I utilized Substance Painter to create Base Color, Height, Metallic, Normal, and Roughness Maps, ensuring the final asset closely resembled real-world deer while staying optimized for real-time rendering.

Software: Adobe Substance Painter

Current Project: Fish & Game Hunting Training Simulation - Chocolate Black Bear

    For this Black Bear model made by one of my peers, I developed high-quality textures optimized for a VR hunting simulation. Using a low-poly mesh, I created detailed textures that enhance realism while maintaining performance efficiency. I utilized Substance Painter to create Base Color, Height, Metallic, Normal, and Roughness Maps, ensuring the final asset closely resembled real-world bear while staying optimized for real-time rendering.

Software: Adobe Substance Painter

Current Project: Fish & Game Hunting Training Simulation - Log Cabin

    For this log cabin model, created by one of my peers, I developed high-quality textures optimized for a VR hunting simulation. Since the cabin is only viewed from the interior, my texturing efforts focused on enhancing the realism and detail of the indoor surfaces. Using a low-poly mesh, I created detailed textures that balance visual fidelity with performance efficiency. I utilized Substance Painter to generate Base Color, Height, Metallic, Normal, and Roughness maps, ensuring the final asset accurately replicates real-world wood materials while remaining optimized for real-time rendering.