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Michael Phillip
@michael_cadxpro
Turning Complex Ideas Into Factory Ready, High Market Value Products
United States
English, Spanish, Italian, Urdu
About me
Stop risking your capital on unmanufacturable designs. I’m a mechanical engineer and industrial designer who bridges the gap between a brilliant concept and a flawless factory run. From your initial sketch to CNC, sheet metal, or injection molding reality, I build products engineered to scale.
What I deliver:
High-End Industrial & Product Design
Production-Ready 3D CAD Modeling
DFM (Design for Manufacturing) Optimization
Standard 2D Technical Blueprints for Factories
Don't just launch a product, dominate the market. Send over your sketches or files, and let's engineer your success.
Skills
Michael Phillip
Offline •
Average response time: 1 hour
See my services
3D Modeling & Rendering
I will do industrial product design and 3d cad modelling for manufacturing
Design for Manufacturing
I will do mechanical design and 3d cad modeling for injection mold or sheet metal dfm
Work experience
Lead Industrial Designer & CAD Engineer
Electronicx • Freelance
Apr 2026 - Present • 3 mos
Led end-to-end product development and 3D CAD modeling for hardware startups, inventors, and consumer electronics brands. Transformed rough conceptual sketches into high-fidelity, market-ready 3D solid models using SolidWorks and Fusion 360. Key Achievements: • Engineered 14+ consumer product enclosures specifically optimized for plastic injection molding and snap-fit assembly, reducing factory rejection rates by 22%. • Collaborated directly with tooling manufacturers in the US and Asia to ensure seamless handoffs of STEP files and detailed engineering blueprints. • Maintained a 100% success rate in translating complex industrial design aesthetics into structurally sound mechanical assemblies.
Senior Mechanical Design Engineer
Self Employed • Freelance
Apr 2022 - Present • 4 yrs 3 mos
Specialized in mechanical engineering, reverse engineering, and Design for Manufacturing (DFM). Handled complex mechanical assemblies, sheet metal structures, and high-precision CNC machined parts. Key Achievements: • Successfully converted 40+ legacy 2D blueprints and legacy STL meshes into parametric, fully editable 3D CAD STEP files ready for CNC production. • Generated strict ISO-compliant 2D technical drawings, geometric dimensioning & tolerancing (GD&T), and detailed Bill of Materials (BOM) for high-stakes factory floor production. • Optimized sheet metal chassis designs, cutting material waste by 15% and streamlining laser-cutting setups for manufacturing partners.
