Capcine

Automation Components & Mechanical CAD Design

Festo

Feb 2015 - Mar 2017 • 2 yrs 1 mo

This project concept demonstrates professional CAD development for automation equipment, mechanical components, and industrial product systems. The focus is on creating accurate, functional, and manufacturing-conscious 3D models that can support engineering development from an initial idea through to a prototype ready design. The CAD workflow can include individual components, mechanical assemblies, mounting systems, pneumatic or automation related housings, brackets, adapters, covers, and customized machine components. SolidWorks and Fusion 360 provide the tools required to develop detailed parts and assemblies while maintaining a clear and organized design structure. For each design, functionality and manufacturability are considered alongside visual appearance. Dimensions, tolerances, mating interfaces, fasteners, clearances, material selection, and assembly requirements can all be incorporated into the model. DFM principles are particularly important when developing industrial components. The objective is to create designs that are not only visually accurate but also practical to manufacture using processes such as CNC machining, sheet metal fabrication, injection molding, or additive manufacturing. The final CAD solution can include detailed 3D models, assemblies, engineering drawings, exploded views, and manufacturing ready documentation depending on project requirements. This type of design approach is ideal for companies developing automation products, industrial equipment, machinery components, and engineered products where precision and reliability are essential. Services demonstrated: 3D CAD, SolidWorks, Fusion 360, mechanical engineering, DFM, industrial design, assemblies, and prototyping.

Industrial Robotics & 3D CAD Product Design

KUKA

Jan 2012 - Feb 2014 • 2 yrs 1 mo

This project concept focuses on professional 3D CAD modeling and mechanical product development for industrial automation and robotics applications. Inspired by the type of engineering challenges found in advanced automation systems, the design approach combines precise mechanical modeling, functional assemblies, component integration, and manufacturing considerations. Using SolidWorks and Fusion 360, I can develop detailed 3D parts, assemblies, mounting components, protective housings, brackets, mechanical interfaces, and supporting structures. Each component can be modeled with practical dimensions, appropriate material considerations, and manufacturing requirements in mind. The design process begins with understanding the product concept, functional requirements, operating environment, and assembly constraints. From there, I develop a structured CAD model that can be used for visualization, engineering review, prototyping, and manufacturing preparation. Special attention is given to mechanical clearances, component relationships, fastener locations, assembly access, and overall functionality. Where required, DFM principles can be applied to simplify manufacturing, reduce unnecessary complexity, and improve the practicality of the final design. The objective is to transform an initial concept, sketch, reference, or engineering requirement into a clean, professional, production oriented 3D CAD solution suitable for modern mechanical and industrial applications. Services demonstrated: SolidWorks, Fusion 360, 3D CAD modeling, mechanical design, assembly design, DFM, product development, and prototype ready engineering.