This document summarizes Jerry Crichfield's portfolio of work modeled in SolidWorks. It includes parts modeled using features like revolve, hex boss, patterns, fillet, extrude, extrude cut, loft, shell, sweep, and surfacing tools. Models include objects, remote controls, trucks, nests, tooling, intake manifolds, and more. The parts were both modeled digitally in SolidWorks and some were physically machined using Surfcam.

1. PORTFOLIO
PREPARATION
Jerry Crichfield

2. SolidWorks
This part was modeled using SolidWorks.
Features used were revolve, hex boss, and
creating patterns.

3. Modeled with SolidWorks the
objectives learned where how to
create planes and using the fillet
command.

4. Features to create this model
where the fillet command, extrude
and extrude cut.

5. This part was modeled from SolidWorks.

6. Features learned from this
assignment was loft, shell,
sweep and learning to use
planes to create features.

7. This model was produced using
features such as creating planes
and using the loft feature.

8. The remote was created from a sketch and
then several surfacing features. Such as
surface-knit, surface trim, ruled surface,
surface sweep, and surface loft.

9. The two wheel truck was
modeled from a 3D sketch,
planes, and trim/extend
features.

10. Parts modeled in Soliworks and machined with Surfcam.
The nest below was created
in SolidWorks. Then it was
brought in as a solid model
into Surfcam and the tool
path was programmed for a
3 axis milling machine to
produce the part.

11. This is a piece of prototype
tooling that is now in use on the
production floor that was also
machined with a three axis. The
part was modeled in SolidWorks
and the tool path was
programmed using Surfcam.

12. Portfolio Design Project
My design sketch for the intake flange.

13. Drawing of intake flange.

14. Intake flange bolts to the cylinder head and is part
of the intake.

15. This hand sketch was for modeling the blower base.

16. Drawing of intake runner from solid model.

17. This is where the blower will mount on the intake. This
part has a o-ring groove to help seal off the blower.

18. Intake runner drawing from solid model.

19. Solid model of the plenum for the intake.

20. This is my Portfolio Project designed using SolidWorks. All parts
were modeled and assembled using this program.