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Projects
MECH 202 Robot Project
Semester-long project to build a robot to complete a set of tasks in a set amount of time
January - May 25
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Team of four
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My role was mechanical design and manufacturing
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Final assembly in CAD was over 500 components
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The design was completely from scratch, which included mostly laser-cut and 3D printed components
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The project included an Arduino, DC motors, motor controllers, a boost converter, a buck converter, and a servo
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The robot was controlled wirelessly
3DFly
3D printed fly fishing and fly tying accessories
June 24 - current
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Goal: Practice CAD and rapid prototyping
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3D-printed in my apartment
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Designed in SolidWorks
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Printed out of ABS or ABS-GF
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Incorporated magnets, elastic cord, heat inserts, and screws into the 3D prints
Renzetti Traveler base workstation:
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Integrated magnets
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2 color prints
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Tight fit around preexisting base
Tabletop magnet organizer:
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Magnets incorporated into the print during the printing process
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4 color prints
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allows for customizable configurations
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8x6 organizer integrated 48 magnets
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7x2 organizer integrated 14 magnets
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Currently 12 different attachments to choose from
Renzetti shaft mounted tool holder:
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Slides on to most shafts that Renzetti sells
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No hardware required to hold in place which prevents scratching of shaft
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Incorporates magnets to hold tools for quick access
Indicator Holder:
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Hold 4 medium sized indicators
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floats and light weight
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openings to allow for drying
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2 different versions
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Sliding door w/ magnets
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elastic cord stretched around opening​
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Rod tube:
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Printed in 8 pieces
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Light weight and floats
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Tight tolerance to the rod to prevent rods from moving
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Includes magnets for the lid locking
3D printed fly reels
3D printed and created with only components from my apartment
September - December 24
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Started as MECH 201 design project (fall 2024)
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Mostly 3D printed but incorporates screw, bearing, and imbedded nuts
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Click and paw design
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Light weight w/ minimal parts
Model of water control assembly
1/10th scale 3D printed model of a water control assembly
March - April 23
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First converted 2D DXF files of the assembly to 3D SolidWorks assemblies by hand
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Incorporates real hardware
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Can be taken apart and put back together
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Used for teaching
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The 3D printed pieces were sanded and painted
Battery temperature management system
Temperature management system for 6T prototype battery
June - August 22
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Uses an Arduino for the electronics
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Multiple temperature senors
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​Small screen, potentiometer, Relay, and heaters
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Takes power from battery
Concept lunar rover wheels
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Made for scaled down RC truck
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Restriction on materials
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flexible in design
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3D printed for prototyping
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Spring steel for full sized
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Mostly 3D printed with heat inserts and screws
June - August 21
3D printed articulated swimbaits
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Started as high school design project
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3D printed, sanded, air brushed, and epoxied
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Molds 3D printed and injection molded with old soft plastics
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Started with hand drawn pictures and designed in SolidWorks
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3D printed with metal pin for the motion
April 19 - April 22
Jon boat build
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Started will and old jon boat and ripped it down to the hull
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Repaired leaks & holes
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Created a frame and desk from wood
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carpet for the desking and lighting throughout
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Rewired whole boat
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Completed normal maintenance on the 40 HP outboard
March - May 18
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