technical Portfolio
Welcome to my technical portfolio!
Table of Contents:
3D Modeling & Texturing
3D Animation
3D Rigging & VFX
CWRU Baja SAE
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Fabrication
Futuristic/Cyberpunk Motorcycle, 2026, Model - Blender. Texture - Adobe Substance Painter
3D modeling & Texturing
Concept development
Rigging Motorcycle in Blender
Motorcycle Sketches
Version one with human scale
Without texture revisions and minor panel changes
Self Portrait Bust, 2026, Model - ZBrush
Great Leonopteryx / Toruk from Avatar, 2026
Model - ZBrush
Texture - Adobe Substance Painter
Mission Bay Handling System, 2025, Model & Textures - Blender
CAD Retopology, 2025, Blender
Drone to Car Transforming Vehicle, 2026
Model & Texture - Blender
During my time at Fairbanks Morse Defense I created assets and animation for work instructions for FMD product lines. I created 3D assets in Blender for marketing purposes which includes 3D modeling, texturing, rigging, animation and rendering. I optimized the Blender Cycles and EEVEE render engine by retopologizing complex CAD models. I researched preliminary Unity Engine integration for work constructions. I built reusable geometry node pipelines and procedural effects.
3D Animation
Ship Wake Solution: Water Simulation, 2025, Blender
Mission Bay Handling System Technical Rig, 2025, Blender
Mission Bay Handling System Pistons and Tubing Simulation, 2025, Blender
Mission Bay Handling System Pins Driver, 2025, Blender
Automatic Bus Transfer Technical Rig, 2025, Blender
3D Rigging & vfx
During my time at the Cleveland Institute of Art I developed character rigging skills in Autodesk Maya. I then expanded this technical skillset into using Blender’s Geometry Node system for visual effects. My thesis short film Cordyceps is a showcase of my technical skillset in both Blender and Maya. I focused on rigging, VFX, cinematography in the storyboards, and compositing. As a part of the film making process, I was also directing the pipeline of the film using organizational software and extra attributes such as the Blender Asset Library.
Compositor node setup and Notion Asst list for Cordyceps, 2026
Facial Rig, 2024, Rig - Autodesk Maya
Cordyceps - Shot 1, 2026, Autodesk Maya and Blender
Rig Demonstration
Robot Rig, 2026, Model - Blender. Rig - Autodesk Maya
Rock Buddy Rig, 2026, Rig - Autodesk Maya,
Leaf Creature Rig, 2026, Rig - Autodesk Maya,
Cordyceps Growth, 2025, Blender Geometry Nodes
Fungi Path Growth, 2025, Blender Geometry Nodes
Mushroom Growth, 2025, Blender Geometry Nodes
Grass Sludge Disintegration, 2025, Blender Dynamic Paint + Geometry Nodes + Shader Editor
Disintegration Effect, 2025, Blender Shader Editor
Color Shift Effect, 2025, Blender Shader Editor
Case Western Reserve University Motorsports is a student team that designs, builds, tests, and races an off-road vehicle for the international Baja SAE competition. During this competition they asses vehicle level design elements such as Acceleration, Suspension, Endurance and more.
Utilizing 3D pipelines such as UV unwrapping and retopology, I tackled the idea of making custom printed vehicle vinyl to place on the car panels.
I had pitched multiple designs, incorporated team critiques, legitimized unknown operations, and finalized a 3D-to physical application pipeline I was previously unfamiliar with.
Similarly, I optimized topology and UV mapped textures for Unreal Engine rendering in Twinmotion for additional car components such as the shocks.
CWRU Motorsports baja sae
Spartan Racing 2025 vehicle vinyl livery, 2025, Adobe Illustrator printed on vehicle vinyl, 52”x 144”
Spartan Racing 2024 vehicle vinyl livery, 2024, Adobe Illustrator printed on vehicle vinyl, 52”x 114”
CWRU Motorsports Merchandise Graphic, 2025, Procreate printed on cotton T-Shirts, 8”x 10”
FOX Shock Retopologized and Texture Mapped Model, 2024-2025, Maya & Adobe Substance Painter for Unreal Engine (Twinmotion)
Fabrication
As a lead fabrication technician at Sears think[box] , I manage a 15-person team of student fabrication technicians: introducing projects, facilitating weekly staff meetings, training team members on safe machine operation and ensuring technician growth. I educate users with hands-on demonstrations of equipment such as wood shop machinery, metal shop machinery, welding and the waterjet cutter. I maintain inventory records of all machinery components and perform routine maintenance on the machines and maintain a clean shop environment. I communicate and collaborate with users to achieve a desired outcome of their projects.
Weld Room Welding Sign, 2024, Stainless Steel and Mild Steel and Aluminum Welded, 5”x 34”
OMAX Intelli-Etch Animal Magnets, 2024, Illustrator .dxf cut on Waterjet with powder coat and flock, 3”x 4” x 0.25”
Metal Creature Tenticle, 2024, Welded Steel and Aluminum Washers, 7”x 1”
Howl’s Moving Castle Decoration, 2024, Illustration on Illustrator cut on Epilog Laser, 3’x 4’ x 0.25”
Storage Signage, 2024, VCarv Pro on CNC Router, 3” x 24” x 0.5”
Soccer Coach Chair Design, 2025, Illustrator and Embroidery, 8”x 8”
Body In Form, 2023, Paper, Tracing Paper and Cardboard, 2’x 5’
Lord Of The Rings Cloak and Light of Eärendil, 2023, Sewn and Glass Blowing with Wire, 40” x 40” & 3”x 3” x 5”
Work In Progress Parametric Children’s Stool, 2025, SoldiWorks model and Plywood cut on CNC Router, 30”x 30” x 24”
Custom Frame for Ballpoint Pen Illustration, 2024, Whitewashed Poplar, 3’x 4’
Glass Butt, 2023, Glass Sheet over Silica Mold, 10”x 10”
Moving Parametric, 2024, VCarv Pro on CNC Router, 12”x 12” x 4”
Wood-Turned Pen, 2024, Wood Lathe, 5”x 0.25”
