Projects
Vice Assembly Model
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CAD modeling in SolidWorks of a working vice assembly
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Modeled nine interlocking components to build the full product​
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Utilized dimensioning, mating, threading and other features with the platform
Bottling Station Assembly
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SolidWorks model of a Bottling Station assembly
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The video clip is a motion study showing all the components working together
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Modeled displays working solution to transform constant rotational in one direction to step-wise rotational motion in a different plane
Three Part Shifter Fork Detailed Drawing
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SolidWorks Part design for 3D component
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Created a Detailed Drawing for a three part shifter
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Tolerances were adjusted / calibrated to work within a larger assembly
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Design includes datum features, geometric tolerances, and manufacturing notes including surface finish
Electric Seated Scooter Design
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Designed a seated electric scooter with the capabilities to travel 26.36 mph and accelerate from 0-20 mph in 17 seconds
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I ran a FEA on the overall frame, the bolts, and the weldments in areas of high stress
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This FEA was analyzed with a general load case of a 200 pound person on the seat​
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I ran a FEA on the scooter with a load case where the scooter hits a wall with the maximum frontal impact
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This is the second picture​
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Rocket Thrust Vector Control
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Designing a thrust vector control system from the ground up that can dynamically stabilize a flight capable engine
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This system will likely use actuators mounted to directly to the engine.
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Towards the end of the year, we will test our system on a ground-based engine to show how our system will gimbal to all the necessary directions and speeds.
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This project entails working alongside the Cal Poly Space Systems Club.
