Orthographic display of a Shaft Support component with 1:1 scale.

Orthographic display of three key frames of 3D objects.

Two key frame display of Floating Arm component, using 1:1 scale.

Two key frame display of Control Arm component, using 1:1 scale.

Diagram of Geneva Gear using Mirroring, Arrays, trimmed circles, and Offsetting.

Component diagram using 1:2 scale, fully dimensioned.

A 3D model of the “Scaled Dimension” 2D draft using SketchUp.

The final render of a ring model made using Rhino3D following guided instructions.

The unrendered orthographic view of the 3d ring model inside Rhino 3D.

Freehand 3D Model attempt of the Starlite Motel sign in Las Vegas. Googie architecture from the 50’s will always have a special place in my heart, so I figured I’d try paying homage to the art style by modeling one of the iconic signs to help practice and grow my skills. Made in Rhino.

A work in progress shot of the model in Rhino. I imported an image of the sign and built up from there.

3D model attempt in Rhino of a heart chocolate box. I tried to experiment with different shapes and commands like extruding curves and polar arrays. Primarily offset 2D curves then extruded into 3D to create uniform objects.

A work in progress shot of the model in Rhino.

Profile view of an Altman Ellipsoidal Stage Light. An ellipsoidal light uses a series of mirrors and lenses to increase the spread and intensity of light emitted from a single source and usually includes a frame for colored gels to insert into in front of the lens. It also includes 4 fins to adjust the flood of the light in case you need it to avoid hitting specific structures.

Front view of Altman Ellipsoidal Stage Light. I included several mirrors and lenses inside the structure to replicate the effect used in an ellipsoidal stage light.

Diagonal view of Altman Ellipsoidal Stage Light. I put a lot of effort into including all the details in the light, from the vents to the ridges to the gel slot and the adjustable fins.