For hardware founders, industrial design studios, and engineering teams who need their concepts engineered into manufacturable, fabrication-ready packages.
With 14 years of SolidWorks practice and a focus on Design for Manufacturing, I deliver parametric solid models, manufacturing drawings, and ASME Y14.5 GD&T schemes that survive contact with real shops, real materials, and real tolerances.
Medical Devices (FDA / ISO 13485) ·Maritime & Defense (DNV / ABS / IMO) ·IoT & Smart Infrastructure ·Industrial & Mining ·Consumer Electronics ·Food-Grade Equipment (NSF / ANSI) ·Pro Audio ·Automotive ·Outdoor Electronics
01
I convert industrial design concepts and rough sketches into robust, fully parametric 3D models built for precision machining.
Focus: CAM-friendly geometry that minimizes CNC setup times and machining costs.
Deliverables: Native SolidWorks files, STEP / IGES exports, and manufacturing drawings with strict tolerance schemes and thread callouts.
02
Heavy-duty equipment design is not just CAD — it is structural integrity, safety codes, and weldment fabrication realities.
Focus: Towers, lifters, container platforms, and heavy industrial machinery designed for DNV, ABS, and IMO compliance.
Deliverables: Weldment profiles, cut lists, FEA-validated geometry (via ANSYS), and assembly instructions.
03
From large-scale acoustic studio chassis with thousands of components down to compact IoT lockers — sheet metal parts and enclosures that fit the first time.
Focus: Thermal management, EMI shielding, PCB integration, and IP54 / IP65 / IP67 ingress protection.
Deliverables: DFM-ready flat patterns, DXF laser-cut files, accurate bend tables, and BOMs.
04
Most freelancers cap out at a few hundred components. I have engineered and managed SolidWorks assemblies up to 8,759 components without performance degradation or rebuild errors.
Focus: Top-down assembly methodology, equation-driven configurations, and disciplined mate strategy.
Deliverables: Stable, navigable assemblies with documented hierarchy, cleaned-up references, and Pack-and-Go-ready file structures.
05
Medical hardware design needs CAD discipline and documentation that survives audits.
Focus: FDA-regulated medical device CAD, biocompatible material selection, and hygienic design (NSF / ANSI).
Deliverables: Tolerance stack-ups and Design History File (DHF)-ready documentation packages.
06
Bringing old data into modern systems, or protecting new IP internationally.
Focus: Tolerance-verified PDF / 2D drawing-to-3D SolidWorks conversions, and ISO-compliant line drawings for EU, UK, USA, and China patent filings.
Deliverables: Native SolidWorks rebuilds, multi-view documentation, and STEP conversions.
Most CAD drafters create models that look right on a screen but are difficult or expensive to manufacture. I design with standard tooling, real material behavior, and fabrication realities in mind.
Manufacturing-aware.
I know when a bend radius is too tight for a standard press brake, when a milled pocket needs custom tooling, and when a sheet-metal flange will collide with itself in flat pattern. These issues get caught before you pay a fabricator.
Large-assembly performance.
Proven on 8,759-component assemblies without crashes, mate errors, or data loss.
Reliable delivery.
Across 300+ projects: 99% on-budget, 87% on-time. Direct communication with the engineer doing the work — no agency handoff chains.
European client (NDA)
Equation-driven parametric design that cut studio resize iterations from ~1 week to ~10 minutes.
Read case study →German client (NDA)
Single parametric weldment design scalable from 20 m to 30 m, engineered for DNV / ABS / IMO compliance.
Read case study →USA (NDA)
Lock-agnostic sheet metal enclosure designed to integrate UL 294-certified lock modules from multiple manufacturers.
Read case study →Send your sketches, 2D drawings, or STEP files, and I will give you a direct, honest assessment of manufacturability — what works, what will fail in production, and what to do about it.
Send Project Brief →