Mechanical engineering student at Northeastern, class of 2029. I take hardware from CAD to printed and CNC-routed parts and debug it on the bench. For the firmware and apps around it, I write the specs and test on the device, and AI coding agents write the code.
Looking for a Summer 2027 internship or a Fall 2027 co-op (July–December) in hardware, motorsports or product engineering. Based in Boston, MA.
Northeastern Electric Racing · Aerodynamics subteam, mold tooling · Spring 2026 – present
I make the carbon-fiber molds for the car's body panels and wings: from the CAD model, through CAM and the CNC router, to a mold surface ready for infusion.
Jun 2026 – Present · Solo personal project
A 3D-printed phone lockbox with a servo latch, a touchscreen countdown and a tunable emergency override, paired over Bluetooth to an iOS app. Prototype working; still in development.
Feb – Apr 2026 · 5 students, Cornerstone of Engineering (Project 2)
A Plants vs. Zombies arcade exhibit for upper-elementary kids that teaches why solar panels tilt. A joystick aims a servo-mounted sunflower at a lit LED sun on a 91 cm MDF dome.
Jan – Feb 2026 · 5 students, Cornerstone of Engineering (Project 1)
A pasta truss bridge for a LEGO astronaut crossing a 20 cm Mars crevasse. I designed, drew and tested my own Waddell A truss, then helped merge five test bridges into a team design that held about 288 times its own weight, 52% more than our best first bridge and second in the class. It was then disqualified for being too low for the astronaut.
Cornerstone of Engineering, AutoCAD lab 4 · Feb 2026
A desk-clock style enclosure for the course's Pico LCD kit, drawn in AutoCAD and laser-cut from MDF. I measured the board at 3.0 mm with calipers and sized every finger joint to it (0.1181 in). One panel is taller so the screen tilts up toward the user, internal brackets hold the PCB, and side and back cutouts reach the LCD pins and power light. Everything is glued except the front panel, which is a friction fit so the LCD can come out. It assembled on the first cut.
Cornerstone of Engineering, SolidWorks lab 4 · Mar 2026
A lawnmower-shaped stamp handle for the Solar Tracker exhibit, modeled in SolidWorks with lofted, swept and draft features and sized to print in about five hours. I split it into a body and a slot-in handle so it needs less support material. Real lawnmower wheels sit below the body, but a stamp needs a flat bottom, so I modeled the wheels full size and cut them flush.
Cornerstone of Engineering, SolidWorks lab 2 · Mar 2026
A six-part flywheel assembly in SolidWorks: bracket, bushing, axle, wheel, collar and set screw, with mates, an exploded view and a drawing sheet with a bill of materials.
Model, CAM-program, machine and surface-prep carbon-fiber molds (SolidWorks, Fusion 360, CNC router).
Volunteer at community outreach events.
Relevant coursework: Mechanics of Materials (with lab), Statics, Thermodynamics, Materials Science (with lab), Cornerstone of Engineering I and II, Physics 2 (with lab), Differential Equations and Linear Algebra, Calculus 3
Email is the fastest way to reach me. The PDF portfolio gives each hardware project a one-page summary.