- Organized events at Tufts to help students become more organized and productive using Notion, a fantastic, all-in-one, free productivity and organizational tool

- Designed cooling systems for a high vacuum test stand for testing a high-power RF antenna in a strong magnetic field- Conducted comprehensive calculations to determine a pump, heat exchanger, sensors, and fittings to meet system requirements, considering the energy absorbed by the coolant, flow rate necessary, and pressure drop induced due to major and minor head losses- Designed fabricated components and system architecture in NX, using a P&ID to pre-plan the placement of critical components- Drafted technical drawings utilizing GD&T for fabricated parts and assembled Bill of Materials for procurement of purchased parts- Designed standard operating procedures for solder VPI manufacturing processes to clarify and optimize workflows- Coordinated a team for the assembly and commissioning of the high-vacuum test chamber- Considered safety implications in all aspects of my work including planning, design, assembly, and testing

- Designed in SolidWorks an automated system to convey material through a [REDACTED] machine to vastly increase throughput of a manufacturing process integral to the manufacturing of the hydrogen fuel cell- Created technical drawings for machinists and sourced parts- Built and tested the system to ensure it met requirements and increased process efficiency 50x by enabling the use of this new machine- Programmed a and simple pushbutton interface to control the motor and automate material conveyance

- Developed a proprietary mobility system (which is in the patent process) for the company’s main product, the Dronut- Programmed a control system from the ground up, including PID loop, to vastly improve the system’s controllability- Designed in SolidWorks, 3D printed, tested, and iterated on various complex parts for this project- Wired, soldered, and manufactured various electrical and mechanical components for $80,000 worth of drones (8 Dronuts)

- Gathered frequency data, conducted modal analysis, and created a physically realistic animation of oscillations of a plate with the end goal of conducting the same analysis on a violin- Developed the procedure for this analysis and animation and wrote a Python program to convert the frequency data to the amplitudes for the different modes of vibration- Designed, built, and programmed a system of robotic tools and programs to capture 3D video with the Japanese startup SwipeVideo. The system would automatically record a robot conducting some repeatable action up to 128 times and automatically parse and separate the 128 clips that SwipeVideo’s software would finally combine into a single video- Developed a fault-tolerant Python program to parse up to 128 camera angles using the Fast Fourier Transform to distinguish each- Created a “smart motor” with Arduino and built, programmed, and designed sample projects with the Raspberry Pi Build HAT and SPIKE Prime for Professor Chris Rogers

- Taught STEM topics including programming, 3D printing, robotics, and animation to kids from 2nd to 8th grade