About
I provide mechanical CAD design and additive manufacturing support for engineers, product developers, and manufacturers who need reliable, production-ready models—not conceptual sketches.
My work focuses on functional parts, mechanical assemblies, and design-for-manufacturing (DFM) for additive processes. I regularly support clients with prototyping, test-fit iterations, and preparation of models for small-batch production or vendor handoff.
Unlike generalist CAD freelancers, my background includes hands-on manufacturing, print validation, and QA inspection, which allows me to design parts that account for real-world constraints such as tolerances, fasteners, material behavior, and assembly requirements.
Typical engagements include:
• Mechanical part modeling from concept or reference
• Refinement of existing CAD for manufacturability
• Tolerance-aware assemblies and fastener integration
• Additive manufacturing optimization (FDM-focused)
• Prototype iteration and documentation support
I work well with engineers, startups, and shops that value clear communication, fast iteration, and technically grounded design decisions.
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Experience
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Mechanical CAD Designer / Additive Manufacturing Specialist
layerworks3dllc · Self-employed
Sep 2020 –
Present
5 yrs 3 mos
New Haven, CT, United States
Mechanical CAD design and additive manufacturing support for engineers, product developers, and manufacturing teams requiring functional, production-aware models.
Responsibilities include:
• Designing mechanical components, fixtures, fasteners, and enclosures for real-world use
• Developing CAD models optimized for FDM additive manufacturing, including orientation, tolerances, and structural performance
• Refining and correcting existing CAD files for manufacturability and print reliability
• Supporting rapid prototyping cycles, test-fit validation, and design iteration
• Preparing production-ready files and documentation for short-run manufacturing or subcontracting workflows
• Performing QA inspection and dimensional verification on printed parts
Education
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Lincoln technical institute
Technical Training (Mechanical & Manufacturing Focus), Mechanical Systems / Manufacturing Technology
2019 – 2020
Activities and Societies:
Hands-on technical training; mechanical systems and manufacturing fundamentals
Hands-on technical education focused on mechanical systems, manufacturing fundamentals, and applied problem-solving. Training emphasized practical understanding of mechanical components, tolerances, and real-world fabrication considerations rather than purely theoretical instruction.
Other experience
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Other CAD/CAM experience
Mechanical CAD design and additive manufacturing support for engineers, product developers, and manufacturing teams requiring functional, production-aware models.
Responsibilities include:
• Designing mechanical components, fixtures, fasteners, and enclosures for real-world use
• Developing CAD models optimized for FDM additive manufacturing, including orientation, tolerances, and structural performance
• Refining and correcting existing CAD files for manufacturability and print reliability
• Supporting rapid prototyping cycles, test-fit validation, and design iteration
• Preparing production-ready files and documentation for short-run manufacturing or subcontracting workflows
• Performing QA inspection and dimensional verification on printed parts
Licenses & Certifications
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Manufacturing Engineering
lincoln technical
Sep 2020 –
Present