Robotics · Course Project · Spring 2024
ME35: Robotics
Robotics class at Tufts where I built a range of cool projects working with hardware, sensors, microcontrollers, and programming to design and control robotic systems.
Electronics · PCB Design · Fall 2023
3.3, 5, 12V Voltage Supply PCB
Designed a custom PCB that takes a 12V input and outputs regulated 3.3V, 5V, and 12V rails — useful for powering mixed-voltage embedded systems from a single supply.
CAD · SolidWorks · Reverse Engineering · Spring 2023
Electric Knife Teardown & Modeling
Disassembled a Proctor Silex Easy Slice Electric Knife and reverse-engineered every component into a detailed virtual assembly in SolidWorks, matching real-world geometry and tolerances.
CAD · SolidWorks · Fall 2023
San Siro Stadium
Modeled the iconic San Siro Stadium in Milan using SolidWorks, recreating the stadium's distinctive architecture and structural geometry in a full 3D virtual model.
Embedded Systems · MicroPython · Fall 2021
Microwave Control Panel
Used an ESP32 microcontroller with MicroPython to build and program a fully functional microwave control panel, handling button input, display output, and timing logic.
CAD · Onshape · Fall 2017
CAD Train
Took 2D engineering drawings for a toy train and converted them into a full 3D virtual model using Onshape, practicing the translation from flat technical drawings to complete CAD assemblies.
CAD · Onshape · Math · Spring 2021
CAD Pipe Intersection (with Calculus)
Used Onshape to model and visualize the perpendicular intersection between two pipes of equal radius, then analytically calculated the exact volume of the intersection using calculus.
Embedded Systems · Tufts CEEO · Summer 2019
SPIKE Touch Sensor Calibrator
Built a robot at Tufts CEEO that pushes a LEGO SPIKE Prime touch sensor and a Vernier Go Direct force sensor together in increments, then plots the paired readings to calibrate the SPIKE sensor's code against a much more precise reference.
AI Algorithms · Tufts CEEO · Summer 2020
Morse Code Decoder
On the AI team at Tufts CEEO, used the k-nearest neighbor algorithm to classify short and long LEGO SPIKE Prime button presses as dots and dashes, translating the resulting Morse code into English letters, words, and sentences.
AI Algorithms · Tufts CEEO · Summer 2020
Basketball Shooter
Also on the AI team at Tufts CEEO, built an intelligent LEGO SPIKE Prime basketball-shooting device that uses linear regression to predict the launch angle needed to score based on the hoop's distance from the thrower.
ME10 · Manufacturing Processes · Fall 2023
Pewter Casting Soccer Ball
Cast a working replica of the Ballon d'Or trophy out of pewter, working through sand casting, lost-wax casting, and eventually molding directly off a real soccer ball to get a hollow core to cast cleanly.
ME45: Musical Instrument Design · Spring 2024
Building a Trumpet
Hand-built a brass mouthpiece and horn from sheet metal, then analyzed it — including an STFT/power-spectrum look at the bell's overtones.
ME70: Experiments/Instruments · Spring 2024
LabVIEW Pressure Distribution Analysis
Built an array of load cells into a shoe to measure foot pressure distribution on inclined, declined, and flat surfaces, and analyzed the results in LabVIEW to recommend more comfortable shoe support.
ME74: Senior Design Capstone · Fall 2024
Senior Design: Kaleidosphere
Designed the Kaleidosphere, a moiré-pattern toy sponsored by Professor James Intriligator, using a weighted inner sphere and water interface to create a dynamic optical effect for kids.
ME140: Inventive Design · Fall 2024
Modified Snow Shovel
Rethought the classic snow shovel design to make snow removal easier for older and less able-bodied users, replacing lifting with a fulcrum-and-wheel push-and-roll motion.
CS21: Concurrent Programming · Spring 2025
Concurrent Programming Casino Game
Built a multiplayer casino game with a multithreaded server-client architecture.
Cellino Biotech · 2022 — Present
Cellino Projects
Mechanical engineering work at Cellino Biotech, from an automated fluidics system as an intern to designing architecture for a next-gen automated cell-processing prototype full-time.
