Vertical Hold-Down Toggle Clamp – U-Bar + Flange Base
Modeled for a client using Fusion 360. Shown here in wireframe view, high-resolution perspective render, and environmental rendering for context.

1 WORLD TRADE CENTER
Modeled for skill building purposes using Sketchup Pro and V-Ray for Sketchup.

CUSTOM RAIN GUTTER DESIGN - NJ TRANSIT BUS HUB
Modeled for a client using Fusion 360 and laid out in AutoCad. Sensitive client/job info is redacted.

SITE PLAN LAYOUT -
Created in Autocad. Shows several clearspan footprints scaled to satellite view for an event in north Jersey. Sensitive client/job info is redacted.

DINING TENT LAYOUT -
Created for a client using Autocad, showing the top view of a clearspan tent structure designed for a dinner event. Sensitive client/job info is redacted.

The 5 page drawing (below) was created for a client using Fusion 360 and AutoCAD for layout. It depicts a custom clear-span structure designed to integrate seamlessly with an existing brick-and-mortar restaurant building. The design’s primary purpose was to lower the roof profile relative to the existing structure, thereby enhancing the rooftop dining experience by providing guests with unobstructed, beautiful views over the surrounding area.

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Custom designed and 3d printed parts

The first image shows the rear section of my astrophotography rig. The red component labeled "EAF" is an electronic automatic focuser that required a custom bracket and coupler to connect two different shaft sizes, while ensuring proper alignment and mounting strength to the scope. I began by designing the coupler (the black cylindrical piece with a silver set screw) and then developed the bracket. This bracket not only securely holds the EAF and coupler in place but also features an integrated dovetail beneath to accommodate a Wi-Fi module. Designing for 3D printing requires solving the functional problem while ensuring the parts can be reliably printed. This project is a prime example of custom 3D modeling and printing used to precisely address a real-world astrophotography challenge.

Image #1 - Mission success.

Image #2 - After extensive research, precise measurements with a digital caliper, and refining my design concepts, I moved into Fusion 360 to begin modeling. The image shows the custom 3D part fully designed and ready for printing.

Image #3 - 3d Model imported to Prusa slicer from Fusion360 laid out and ready to print.

Image #4 - Close up view of the custom 3d printed bracket and coupler successfully coupling 2 different size shafts to rotate in-sync.

Image #5 - Close up view of the custom 3d printed bracket showing the perfect bracket fitment and dovetail design to hold the wifi module.