Each sculpture merges traditional metal fabrication with digital prototyping to achieve precise silhouettes,
controlled balance, and kinetic visual tension.
A. Steel Fabrication
Design & Scale Studies — Sketches, CAD roughs, and physical maquettes determine stance and proportion.
Material Prep — Plate and bar stock selection; cutting, forming, and fixture setup. Assembly — Weld sequences designed to control heat distortion; fixturing ensures geometric accuracy.
Refinement— Grinding, edge-shaping, and surface correction to accentuate light planes.
Finish— Patinas, high-gloss coatings, or color systems for contrast and durability.
B. Ceramic Shell Casting (Lost-Wax)
Pattern Making — Wax, 3D-printed resin, or foam masters used for complex shapes.
Gating / Spruing — Flow-balanced design to minimize turbulence and defects.
Shell Building — Alternating slurry and stucco layers; dry between coats until proper shell thickness.
Burnout & Pour — Dewax, shell preheat, and controlled metal pour (bronze, iron, or aluminum).
Breakout & Chase — Shell removal, gate cutting, surface chasing, and weld integration.
Patina & Seal — Chemical patinas or heat-based coloration; sealed for longevity.
C. Digital Fabrication & 3D Printing
CAD Modeling — Parametric form exploration for proportion and dynamic balance.
Rapid Maquettes — PLA or resin prints test scale, stance, and shadow geometry.
Joinery Planning — Hidden alignment pins and sectioning for large-scale fabrication.
Scale-Up — Templates and jigs ensure accuracy when transferring from model to full-size steel.
This workflow enables precision, iteration, and risk-taking—balancing structural discipline with visual tension.