CMF & 3D Visualization
My body of 3D work focuses on the development and visualization of colors, materials, finishes, and graphics across product-driven applications. Each project is built through a hands-on process of modeling, rendering, and surface refinement, exploring how material selection, texture, and graphic integration influence both performance and perception. The work supports early concept ideation through production-ready visualization, including pattern development, finish studies, and realistic material simulations that align with manufacturing considerations. With an emphasis on clarity, precision, and execution, these visuals are designed to communicate CMF intent across cross-functional teams, helping translate design direction into cohesive, scalable solutions for real-world applications.
All Balls Racing
The All Balls Racing work focuses on high-performance powersports components, emphasizing durability, precision, and real-world use. The visuals highlight material selection, surface wear, and accurate logo placement to reinforce brand identity and performance-driven design.
J & N
The J&N work centers on rotating electrical components and industrial applications, with a focus on precision and functional clarity. The polished paint finish on the truck is used to emphasize surface quality, reflectivity, and how finish treatment enhances both visual impact and perceived durability.
Stens
The Stens work explores aftermarket components designed for outdoor power equipment, focusing on rugged use and long-term reliability. The contrast between different plastic materials is used to highlight part differentiation, function, and how material choice supports real-world performance.
Irrigation Pressure Monitoring
This work highlights agricultural system components with a focus on environmental exposure and long-term use. Details such as worn metal surfaces, wheat grain, and dirt on the tire reinforce realism and show how materials respond to continuous use in outdoor conditions.
Weld Water Control Station
The Weld Water Control Station focuses on a pre-engineered industrial system designed for controlled performance in robotic welding. Realistic cabling and tubing, along with the contrast between painted pipe and raw brass finishes, emphasize material variation, organization, and functional clarity.
Innovative Custom Solutions
This work explores custom-engineered products built to meet specific application needs. Details such as dirt on the track and worn metal on the scoop highlight real-world use, while reinforcing how materials, finishes, and form adapt to demanding environments.