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Technical Drafting
Clear, dimensionally accurate drawings designed around practical manufacturing requirements.
2D CADDimensionsTechnical drawings
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CAD DESIGN / ENGINEERING WORKFLOW
Designed with precision.Built for real-world use.
CAD design spanning technical drafting, mechanical components, laser-cutting preparation, and 3D modeling—with a focus on practical geometry and manufacturing workflows.
3D CAD / ONSHAPE
FEATURED MODELMODEL STUDY / 01
01Technical drafting
02Mechanical parts
03Laser-cutting files
043D CAD modeling
WHAT I DO
From geometry to manufacturing.
From production-oriented 2D drawings to detailed 3D models, each project starts with understanding the geometry and its intended use.
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Mechanical Components
Component design with attention to geometry, fit, material use, and real-world application.
Part designGeometryDetailing
03 / 06
Laser-Cutting Preparation
Clean production geometry and files prepared for laser-cutting workflows.
Cutting pathsDXF workflowProduction
04 / 06
3D CAD Modeling
Mechanical parts, curved forms, repeated features, and 3D geometry developed in CAD.
3D ModelingOnshapePart design
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3D Printing Design
Exploring model geometry and design considerations for additive manufacturing.
3D PrintingModel reviewGeometry
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Production Workflow
A practical approach to reviewing requirements, refining designs, and preparing suitable deliverables.
Design reviewFile preparationWorkflow
FEATURED PROJECT / 3D CAD
From digital geometry to 3D form.
A collection of models exploring mechanical details, repeated features, curved surfaces, and geometry relevant to 3D printing.
MODEL STUDY / 013D CAD DESIGN
3D CAD & 3D Printing
A collection of 3D models exploring mechanical geometry, repeated features, curved surfaces, and design considerations for additive manufacturing.
3D Modeling3D PrintingOnshape
CAD modeling showcase
Explore 3D models
REPEATED FEATURESMODEL / 02
Pegged Block
A solid form exploring repeated cylindrical features on a rectangular base.
CURVED SURFACESMODEL / 03
Vase Form
A curved organic form created to explore smooth transitions and surface geometry.
FORM DEVELOPMENTMODEL / 04
Tapered Container
A tapered form that explores shape, proportions, and hollow geometry.
ADVANCED GEOMETRYMODEL / 05
Helical Spring
A helical form demonstrating repeated geometry along a curved path.
Models shown are CAD studies. 3D-print readiness and successful physical printing should only be claimed after the relevant geometry and manufacturing checks have been completed.
OTHER SELECTED WORK / CAD
Designed for a purpose.
Explore more technical drafting and production-focused work.
CAD · Manufacturing
PROJECT / 01
Laser-Cutting Production Design
A case study featuring approved examples of production-oriented CAD files and design work.
2D CADLaser Cutting
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View case studyHOW I APPROACH A PROJECT
A practical design workflow.
STEP 01
Understand
Review the part requirements, dimensions, intended application, and manufacturing constraints.
STEP 02
Design
Build and refine the geometry with accuracy, clarity, and the intended use in mind.
STEP 03
Prepare
Review the model and prepare the files required for the intended manufacturing workflow.
TOOLS & WORKFLOW
The right tools for the job.
My workflow combines CAD design and drafting software with laser-cutting preparation tools. The tools used depend on each project's requirements.
OnshapeAutoCADCypCutCypTubes
HAVE A PROJECT IN MIND?
Let's turn your requirements into a considered design.
For CAD modeling, technical drafting, or manufacturing-file preparation, let's discuss the application and deliverables.
Discuss a project