My Engineering Projects
Current Project List
- CAD Fully-Functioning Chess Board and Table
- Robot End Defector
- Custom Birdhouse and Feeder
- Fully-Functioning Reverse Engineering Tumblr CAD
- Outer Space Themed Golf Course Layout 3D model
- Dragster C02 Cartridge Powered Mini-Car
- Custom Clock (from CAD to reality)
- Half-Arc Wooden Bridge
- Hydroelectric Powered Car
- Pulley system
- Robot
CAD Fully-Functioning Chess Board and Table
This project consists of a fully modeled chess set and circular table created with Onshape CADing software. Each chess piece was modeled with proper geometry and proportion, and the board was added onto the table surface to form an assembly.


Robot End Defector
This end effector was modeled as a compact chain and sprocket mechanism mounted to aluminum plates. The assembly includes a motor, dual rotating wheels, and gears to transfer motion from motor to intake wheels.

Custom Birdhouse and Feeder
This model represents a modern birdhouse and feeder designed for construction with PVC board.

Fully-Functioning Reverse Engineering Tumblr CAD

To create this model I used precision dial calipers to measure each dimension on a water tumbler and create a to-scale movable 3D model.
The lid can be moved, opened and closed with the same movement as it would in real life.


Outer Space Themed Golf Course Layout 3D model

The model is equipped with a shooting star, black hole, constellation, and the planet Saturn.
It also maintains a color scheme throughout to mimic the environment in outer space.



Dragster C02 Cartridge Powered Mini-Car

This dragster was modeled to enclose a standard CO₂ cartridge while minimizing drag in order to produce a faster car.
It was cut out from a wooden block using a CNC, sanded to match the CAD shape, and fitted with lightweight wheels.




Custom Clock (from CAD to reality)

It was inspired by my love for travel and engineering with the gear around the outline of the globe.
I 3D modeled it, manufactured it using a CNC, embedded a quartz clock mechanism and added lighting through back channels to create the final functional clock.



Half-Arc Wooden Bridge
This bridge is constructed from lightweight wooden rods arranged in a half-arc truss format.
It was tested under controlled loads to evaluate stiffness and strength of design.



Hydroelectric Powered Car
This prototype uses small water-electrolysis cells to separate hydrogen and oxygen, which then provide electrical output to the driving motor.
The chassis is built from metal plates, with gears and wheels mounted to a central base.


Pulley system
This system shows a pulley mounted to a horizontal support. The assembly is suspended with rope, and is modified to create fixed and movable pulleys.

Robot

This robot uses aluminum side plates, a base chassis, multiple shafts, belts and pulleys for ball intake and transfer.
Several motors power the intake wheel mechanisms and the drivetrain.


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