This skeleton-robot-dog is designed to be a fast runner. It will be able to cover over 1 meter per second upon completion of its running algorithm. It is completed 3D printed out of PLA and programmed using a Raspberry Pi.

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I designed and manufactured the charging cart that houses the charging unit and all charging circuitry for the electric vehicle of the Columbia Formula SAE team. It will also house the accumulator when it is being charged.

I worked with one partner from the Low Voltage team of the Columbia Formula SAE club to update the schematics and PCB design of the main low voltage board. We also created a bill of materials, ordered the pieces, and will begin assembly soon.

I designed this PCB to be able to test the Shutdown Circuit and Brake System Plausibility Device of the Columbia Formula SAE team's EV independently from the rest of the vehicle using switches, potentiometers, and LED indicators.

I designed and assembled the frame of the Columbia University Robotics Club's robot for the MATE ROV competition. The frame is made from high density polyethylene.

I designed and assembled the thruster guards of the Columbia University Robotics Club's robot for the MATE ROV competition. The guards were 3D printed with an Ultimaker printer.

I built a speedometer for an RC vehicle using an Arduino, infrared sensor, and an OLED display. The OLED display was placed in front of a POV camera that I mounted on the vehicle.

I designed a toilet paper holder on SolidWorks from scratch for the midterm project of my Computer Graphics and Design class. The assignment was to create a model of any item found in our house making use of as many techniques as we could.

I worked in a team of three in my Computer Graphics and Design class to come up with a fun, handheld game that would teach young children simple algebra and then modeled it on Solidworks.

I worked with a team of 5 students to come up with, design, and build a game for the final assignment of my Art of Engineering class at Columbia University. I was responsible for creating the CAD design of the housing box and the circuitry for the Arduino.

I designed and developed a Star Wars-themed space shooter game inspired by the classic game Galaga. In the game, you can choose to play as the rebels or the empire and defeat your enemy with a boss spaceship appearing before the end of each level.

I designed and developed a 3D platformer game that can be played with a VR headset. This game was submitted as my final assignment for the CS50: Game Development course offered by Harvard.

I led the team for the Global Youth Mentorship Initiative's podcast GYMI Some Time. I also wrote the script and edited the recordings of the podcast.

I assisted two professors in their investigation of the relationship between SEL and creativity in children and wrote a chapter for a book that was published by IGI Global.

I rearranged the well-known piece Seven Nation Army into an electronic/disco style using Garageband.