I help hardware teams turn concepts, scans, and legacy parts into clean parametric CAD for prototyping, fit validation, and manufacturing workflows.
Fixed-scope engineering sprints with clear deliverables, timelines, and iterations included—so you can prototype sooner and move toward manufacturing with confidence.
Turn physical parts, scans, or legacy components into clean parametric CAD models suitable for manufacturing workflows.
Mechanical design of parts and assemblies for hardware products and prototypes—interface-controlled and buildable.
Mechanical packaging and enclosure design for electronics and hardware products—PCB-ready and prototype-ready.
A few engineering examples showing reverse engineering, fit-critical CAD, and manufacturable deliverables.
Reconstructed a physical multi-part tool into clean parametric CAD suitable for manufacturing and prototyping workflows.
Read Case Study →Reverse engineered 30+ automotive parts into structured parametric CAD for repeatable fit and production workflows.
Read Case Study →PCB-ready enclosure CAD with port alignment, fasteners, internal structure, and fit/clearance validation.
Read Case Study →A structured workflow focused on interfaces, fit, clearances, and manufacturable outputs.
Understand functional constraints, datums, and mating geometry.
Build structured CAD assemblies designed for controlled edits.
Validate fits, clearances, alignment, and access constraints.
Deliver STEP/IGES + STL outputs ready for prototyping builds.
Iterate for DFM readiness and production constraints.
If you have a part, prototype, or concept that needs manufacturable CAD, feel free to reach out.
Start a Project