Engineering

Education

Brown University, S.c.B. Mechanical Engineering. Graduation 2026.

Relevant Courses
- ENGN1735: Vibration of Mechanical Systems
- ENGN1300: Structural Analysis
- ENGN1760: Computer Aided Visualization and Design
- APMA0360: Partial Differential Equations
- ENGN0520: Electronic Circuits and Signals
- HIAA0100: Architectural Design Studio
- MUSC1210: Real Time Systems
Skills
- Programming: Matlab, MAX, Python.
- Modeling: Solidworks, Fusion360, Rhino, AutoCAD.
- Design: Photoshop, Illustrator, Bluebeam.

Experience

Acentech, Noise and Vibration intern. June 2025-August 2025.

Intern in the Cambridge office in the Noise and Vibration group.
Conducted field measurements for commercial gyms, environmental noise surveys, structure-borne vibration issues, and other vibro-acoustic needs using industry standard acoustic equipment. Processed data into client-facing reports that included 1/3 oct. bands, FFT plots, and SPL analyses.
Research Projects:
- Researched the transmission of vibration across a slab cut using experimental methods and finite element methods. Experience in using force hammers, accelerometers, and signal processing in Excel and Matlab.
- Microflown technology to obtain highly detailed sound level measurements in flow. Additioanlly for un-situ impedance and absorption measrumetns of different materials.
Experienced in setting up remote monitoring systems, installed/uninstalled systems at Yale and Brown.

Breuer Fluid Mechanics Lab, Undergraduate Researcher

- Experience with running experiments In the lab's wind tunnel, Matlab data processing and visualization, and Solidworks design/simulation.

Projects

PLA Recycling Machine

ENGN1735: Vibration of Mechanical Systems

Completed as a semester-long project for ENGN1735: Vibration of Mechanical Systems, my team approached a vibration isolation project for the Brown Design Workshop (BDW), Brown's student run maker space.

Using rubber isolators and base stiffening, my team successfully reduced transmission of vibration from the machine to the table It rests on by 87%, only 2% lower than the theoretical isolation value.

Point Street Bridge Static & Modal Analysis

ENGN1300: Structural Analysis

Final project for David Hennan's structural analysis class. Used abaqus to accurately model a local Providence bridge to understand it's properties under traffic-induced vibration and static loads.

Gained a strong competency in using abaqus.

Wind Tunnel Turbulence Grid

Breuer Fluid Mechanics Lab

Designed a turbulence grid in Solidworks for the Breuer Lab at Brown University. Designed to reach homogenous Isotropic turbulence within the 8ft span of the Lab's wind tunnel.

This grid will be used to study wind turbine peformance under turbulence.