Resume

Tufts University, Medford, MA

Minors: Music Engineering, Mathematics | GPA: 4.0

Honors: Samuels Mechanical Engineering Award (Spring 2025), Dean's List each semester

Relevant Coursework: Acoustics, Electronics and Controls, Robotics And Mechatronics

Extracurriculars: Competition Climbing Team Captain

Control Systems: PID control, frequency response analysis, FRFs, modal analysis, FFT, digital filtering

Programming: Python, MATLAB, LabVIEW, JavaScript, HTML, Git

CAD/Simulation: SOLIDWORKS (CSWA), Onshape, COMSOL CFD, KiCad PCB/schematic design

Embedded Systems: Arduino, Raspberry Pi, ESP32, sensors/actuators

Fabrication: Manual Mill, Lathe, CNC, Laser Cutter, Waterjet, 3D Printer, Sheet Metal

SharkNinja – Needham, MA

• Owned the design and integration of a modular electro-mechanical test rig, enabling rapid swap-out and evaluation of heated plate components and sensing configurations
• Designed and executed validation experiments to characterize thermal response, contact mechanics, and material effects; analyzed results to inform system-level design decisions
• Debugged electro-mechanical failures across hardware, sensors, and firmware, translating test data into actionable design improvements

Tufts University – Center for Engineering Education and Outreach, Medford, MA

• Developed Python-based tools for acoustic and electro-mechanical measurement, enabling real-time acquisition and analysis of frequency response and modal data
• Built interactive web applications to visualize transfer functions, resonance behavior, and damping characteristics of tested structures

Tufts University – Center for Engineering Education and Outreach, Medford, MA

• Designed and fabricated an automated impact excitation system using a robotic arm to improve repeatability and data quality for modal testing
• Developed Python algorithms to compute and curve-fit frequency response functions (FRFs), derive modal parameters, and animate mode shapes for experimental modal analysis

Tufts University – Center for Engineering Education and Outreach, Medford, MA

• Redesigned 3D printed housings for "Smart Motors," improving durability and cutting assembly time by 50%
• Integrated electromechanical systems in educational robotics kits and programmed user interfaces

Nolop Makerspace, Tufts University, Medford, MA

• Assisted makerspace users in their electronics, 3D printing, laser cutting, and woodworking projects
• Advised on mechanical design, electronics integration, and fabrication techniques for students and researchers
• Monitored and promoted a safe environment in the woodworking shop as part of the makerspace

Appalachian Mountain Club, Gorham, NH

• Co-led a seasonal team in a high-pressure environment, coordinated logistics to support service for up to 52 guests per day
• Developed strong communication and team leadership skills through training new crew members while fostering positive dynamics and efficient work practices