I develop CNC programs with a deep understanding of part intent, tooling strategy, and manufacturing constraints. My background includes direct shop-floor support, machine setup awareness, and simulation-driven validation to reduce trial time and prevent downstream issues.
Experience includes:
CNC programming for production and prototype parts
Tooling strategy and process validation
Machining support during new tool and part releases
3D printing is used as a design verification and development tool, supporting concept validation, fit checks, and functional testing prior to tooling release.
Typical applications include:
Rapid concept validation
Form and fit testing
Design iteration prior to production tooling
I produce manufacturing-ready engineering drawings that serve as functional communication tools between engineering, tooling, and suppliers. My drawings routinely act as final customer or internal sign-off documents.
Drawing experience includes:
GD&T per ASME standards
Tooling, part, and assembly prints
Release documentation for production and customer approval
My CAD work is driven by manufacturability, tooling requirements, and downstream process success. I specialize in fully parametric models with clean topology, robust feature logic, and design intent that survives revision cycles.
Focus areas include:
Advanced surface modeling for production parts
Tooling-aware part design
Parametric models suitable for long-term product support
These tools are applied in real production environments to support:
Product development from concept to tooling release
Customer-facing engineering reviews and approvals
Manufacturing problem-solving and root cause analysis
Continuous improvement in tooling and production processes