Calibrated Components and Engineering
Precision in every detail
About CCE
Whether you need a custom component designed from scratch, an obsolete part recreated, or a complete engineered solution, I combine innovation and precision to deliver it. At Calibrated Components and Engineering, my expertise spans SolidWorks design, reverse engineering, 3D scanning and printing, custom fit motorsport grade wiring, sheet metal and tubular fabrication, and bespoke component manufacturing.
I hold a Professional SolidWorks certification, and an Associates of Applied Science in Automotive and Motorsport Technology. I am currently pursuing my Bachelors of Mechanical Engineering. Alongside that education, I spent a couple years at Modern Racing in Mooresville, NC, working alongside top talent in the industry getting hands-on experience that grounds my engineering in real world motorsports, not just theory.
CCE Services
SolidWorks Design
and 3D Scanning
I design and reverse engineer complex components for automotive and industrial clients. Blue laser 3D scanning captures precise geometry from existing components, providing the foundation for custom CAD development or reverse engineering. Whether you have an existing part in hand or just an idea, bring it to me, where we can take it from a concept into reality.
Additive Manufacturing
and CNC Machining
I turn digital designs into functional components using engineering grade materials for durable, light weight parts. Prototyping and design validation are also available, allowing concepts to be quickly produced and evaluated before moving to a final material. For projects requiring CNC machining, I work with Excel Machine Technology to bring precision machined components from CAD into your hands.
Metal Fabrication
and Laser Cutting
I build custom fabricated components and structures for automotive and industrial applications. TIG-welded tubing and sheet metal can be fabricated to your specifications, with laser cut components produced through SendCutSend for accurate and repeatable parts. From brackets and structural components to custom assemblies, each project is developed around the intended fit, function, and application.