My STEM Projects

I'm designing this Electric Tri-Rear Quadcycle to showcase the skills that I have acquired over the past 3 years, utilizing Fusion 360. 

• Power: 36V Battery

• Material: Mild Steel, TPU, Bike

• Fabrication Method: 3D Scan/Print, Mill, Lathe, Waterjet, Weld, Solder

I designed this 5-leg planetary gear tool to hold down heated flanges as they cool and shrink into place on timing belt pulleys made by Dodge Industrial. It was made for the operators machining these parts and designed in SolidWorks.

• Ø Range: 4.5"-15"

• Material: A36 Steel, PETG

• Fabrication Method: Laser Cutting, Additive

I designed this threaded coin collector with Fusion360. It is meant to hold coins and help me save change.

• Material: PETG

• Fabrication Method: Additive Manufacturing

I designed these attachments with Fusion360. It is meant to tidy up my 3D printing space and hold commonly used tools.

• Material: PETG

• Fabrication Method: Additive Manufacturing

One of my supervisors at STEAM Studio asked me to make something for storing an imperial wrench set, this is the result. It was designed with Fusion360.

• Material: Mild Steel

• Fabrication Method: Water Jet, Box & Pan Brake, Hammering, Fasteners

Fusion360

• Material: Maple Wood

• Fabrication Method: CNC Router

Fusion360

• Materials: 6061 Aluminium, PETG

• Fabrication Method: Water Jet, TIG Welding, Additive Manufacturing, Box & Pan Brake

Fusion360

• Materials: Mild Steel, Steel Square Tube

• Fabrication Method: Water Jet, MIG Welding, Saws

I worked with a team to bring these animals to life. I was responsible for machining numerous parts for these singing animatronics and building several circuits responsible for motion control. 

• Materials: Stainless Steel, 6061 Aluminum, Lead-Free Solder

• Fabrication Method: Manual Mill, Manual Lathe, Soldering