A sheet metal lamp designed and fabricated using rivets, fasteners, and spot welding, for a manufacturing class

Modeled a Boeing Stearman 75 and hangar in AutoDesk Inventor. Created an animation and rendered images of a scene in 3ds Max.

Designed a pair of plant stands to be made using a CNC. All joints are press fit and no fasteners are used. 

MIG welded artwork from scrap steel extrusions in a 1' x 1' steel frame. Utilized oxyacetylene torch to bend solid steel bar. 

Work with a class of 27 students to build an automated latte machine. Minimum viable product was 3 lattes with no interference.

An engineering themed ice cube tray with gears, hammers, and wrenches designed with a partner for fabrication class.

Build a robotic car that holds a phone and drives remotely back to a classroom from within the building.

Disassembled and modeled a Black + Decker 8V Cordless Drill. I was responsible for modeling all internal drill components.

Use the create 3 robot to navigate a maze.  Using an airtable, the robot should receive commands from a different room. 

Conducted a finite element analysis using SolidWorks, modified the structure and evaluated modifications for safety. 

Designed and built a Super Mario themed line following robot using a Raspberry Pi and a color sensor. 

Created a model of a lamp for a midterm. The model came with a fully defined drawing set made in AutoCad.

Created a linkage system with 9 links that results in 10 centimeters of vertical linear motion replicating Mario sliding down the flag pole.

A wirelessly controlled tank designed to go up a ramp, completed in a team of four for electronics and controls class.

Individually coded and designed an electromechanical marble game with a button-controlled motor.

To write asynchronous code and get multiple methods of serial communication working between two different Raspberry Pi Picos.

A fully weight-bearing sheet metal staircase that was inspired from textured sheetmetal found in Home Depot.

A simple jewelry box to practice application of Design for Manufacturing principles and learn the CNC mill.

Earrings laser cut using a VLS 3.60 Laser Cutter. Ran a workshop that taught people how to use the laser cutter at Tufts.

Create custom gear profiles to gear down a stepper motor with a 4:1 gear ratio. All gears designed and prototyped by students.

All of the mediums I have experience in, all in one page. Sheetmetal working, soldering, laser cutting, 3D printing, and more. 

Applied images to basic shapes in 3DS Max. The phone and lamp were provided, everything else was modeled as an addition to the scene.

A collection of items that I have modeled, simple and complex, in and outside of classwork.

Gained an understanding of 3DS Max by applying bitmaps, bump maps, and opacity maps to a house (provided).