Anthony B.
Senior CAD Design Engineer | Parametric Modeling & Sheet Metal Specialist
Cincinnati,
United States
Global rank:
16,768
/
136,702
Skill pts: 5
3D Assembly Design
3D Printing Design
Flat Pattern Generation
Parametric Modeling
Siemens Solid Edge 2026
About
Senior Design Engineer with over 20 years of hands-on expertise specializing in mechanical drafting, 3D parametric modeling, and Design for Manufacturability (DFM). I act as the critical bridge between a conceptual idea and a machine shop floor, translating design requirements into highly structured, error-free engineering data.
My core competencies focus deeply on heavy-duty sheet metal fabrication, structural component configuration, complex parametric assemblies, and top-down product layout. I excel at capturing empirical shop-floor data—such as bend allowances, material stretch factors, and tooling constraints—and embedding those rules directly into automated, robust parametric models and Excel-linked variable trees.
Core Philosophies:
Design for Reality: I design with a deep respect for actual shop equipment, ensuring parts are optimized for laser/plasma cutting, multi-roll plate forming, and press brake limitations.
Parametric Integrity: I build fully constrained parametric assemblies with clean feature history trees, ensuring models can adapt dynamically without breaking down when a variable changes.
Shop-Ready Documentation: I deliver meticulously detailed 2D fabrication drawings utilizing standard Geometric Dimensioning and Tolerancing (GD&T), explicit weldment callouts, clean section views, and exact flat patterns to eliminate guesswork on the production floor.
Platform Deployment:
Primary Platform: Siemens Solid Edge. Expert in structured, history-based Ordered parametric modeling, high-density assembly design, and production-ready detailing.
SolidWorks Integration: Extensively experienced in the SolidWorks ecosystem. Fully capable of delivering high-fidelity, neutral-format geometry (STEP, IGES, Parasolid) optimized for flawless import and reconstruction within client SolidWorks environments.
Licensing & Infrastructure: Native SolidWorks development is readily available for contracts where the client provides platform licensing, secure VPN, or VDI workstation access.
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My core competencies focus deeply on heavy-duty sheet metal fabrication, structural component configuration, complex parametric assemblies, and top-down product layout. I excel at capturing empirical shop-floor data—such as bend allowances, material stretch factors, and tooling constraints—and embedding those rules directly into automated, robust parametric models and Excel-linked variable trees.
Core Philosophies:
Design for Reality: I design with a deep respect for actual shop equipment, ensuring parts are optimized for laser/plasma cutting, multi-roll plate forming, and press brake limitations.
Parametric Integrity: I build fully constrained parametric assemblies with clean feature history trees, ensuring models can adapt dynamically without breaking down when a variable changes.
Shop-Ready Documentation: I deliver meticulously detailed 2D fabrication drawings utilizing standard Geometric Dimensioning and Tolerancing (GD&T), explicit weldment callouts, clean section views, and exact flat patterns to eliminate guesswork on the production floor.
Platform Deployment:
Primary Platform: Siemens Solid Edge. Expert in structured, history-based Ordered parametric modeling, high-density assembly design, and production-ready detailing.
SolidWorks Integration: Extensively experienced in the SolidWorks ecosystem. Fully capable of delivering high-fidelity, neutral-format geometry (STEP, IGES, Parasolid) optimized for flawless import and reconstruction within client SolidWorks environments.
Licensing & Infrastructure: Native SolidWorks development is readily available for contracts where the client provides platform licensing, secure VPN, or VDI workstation access.
Education
-
ITT Technical Institute
Associate of Applied Science, CAD Drafting and Design, A
2008 – 2010
Comprehensive technical program focused on applying engineering graphics, mathematical principles, and advanced multi-platform computer-aided design software to generate precise technical representations, solids modeling, and simulations in support of complex engineering and manufacturing projects.
Engineering Graphics & Foundations: Mastery of the technical graphic language, including geometric construction, orthographic projections, sectional views, auxiliary views, and pictorial drawing techniques.
Standards & Dimensioning: Application of rigorous geometric dimensioning and tolerancing (GD&T) practices in strict accordance with American National Standards Institute (ANSI) and ASME standards.
2D & 3D Parametric Modeling: Extensive hands-on development of detailed 2D engineering drawings, complex assembly layouts, and advanced 3D solid modeling, utilizing chronological feature-history workflows to ensure model intent, optimization, and stability.
Cross-Disciplinary Technical Drafting: Interpretation of field data, raw measurements, and engineering notes to construct accurate documentation across mechanical, structural, and electromechanical specializations.
Stats
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Joined: June 24, 2026
Last seen: June 24, 2026
Area of Expertise
3D Printing Design
3D Modeling
3D Design Services
CAD Drawing Services
2D to 3D Conversion Services
Reverse Engineering
Sheet Metal Design
3D Solid Modeling
3D Models of Machine Parts
2D CAD Drafting Services
Assembly Drawing Services
CAD Migration Services
CAD Drafting Services
2D CAD Design Services
PDF to CAD Conversion
Mechanical CAD Design
3D CAD Translation Services
2D to 3D Modeling
Design for Manufacturing and Assembly
Drafting and Design Services
Languages
English Native or bilingual proficiency
Ukrainian Elementary proficiency
German Elementary proficiency
Location
Cincinnati, OH, United States