Mechanical Engineering (‘27) student @ Boston University with a focus on Design and Product Development.
I'm a mechanical engineer undergrad who has always been drawn to how things work and why they're built the way they are. Aerospace was my first interest in engineering as my grandfather worked for Pan American Airlines and my aunt worked at Tinker Air Force Base which made airplanes a recurring interesting part of my life. It pushed me toward science early on, because I wanted to understand how airplanes fly and the forces that make it possible.
By 5th and 6th grade, I was the first and only student in my school's aircraft club, learning about lift, drag, and pressure differences long before I knew what "engineering" really meant. Science fairs became my place to experiment, and in 6th grade I built my own wind tunnel and tested all kinds of airfoils just because I was genuinely curious.
From there, engineering just became the way I saw the world. Through middle and high school, I took every engineering class I could and spent years learning CAD 3D modeling softwares.
Now, as I look toward Summer 2027 opportunities, I'm driven by that same mix of curiosity, hands‑on building, and the excitement I felt the first time I watched air move through the wind tunnel I built as a kid.
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Designed and built a 2.5-DOF vending machine system by integrating mechanical and electrical subsystems to demonstrate controlled motion. Developed custom joint mechanisms and components optimized for load, accuracy, and manufacturability, resulting in a functional prototype showcasing precise and reliable operation.
Half-Semester design of a speed-controlled cart to travel 10 ft and return without tipping a 12×1×1 in bar. Applied kinematic modeling to optimize acceleration, velocity, and wheel radius, then validated simulated performance with physical testing.
Designed a contactless soap dispenser with a sensor-driven actuator, modular waterproof housing, and optimized ergonomics; led mechanical design and supported circuit integration.
Built an Arduino-based temperature monitor with real-time alerts (LED, buzzer, LCD) for out-of-range conditions; handled wiring, enclosure design, and code, and validated system performance.
Designed and prototyped a dig-box enrichment system for a three-banded armadillo, improving accessibility and durability to support natural foraging behavior and visitor engagement.
Designed and optimized a cost-efficient truss using computational analysis to maximize strength and minimize bending; built and tested a 31-inch prototype meeting load and design constraints.
Analyzed a four‑bar linkage to determine torque requirements and bearing reaction forces across different crank angles and speeds.
Designed a 4‑bar mechanism to move a trash tray without tipping, using Math Illustrator for geometry and SolidWorks for the full motion study.
Current Summer Internship.
Led reconciliation of EFT discrepancies and denial management workflows; automated 835 processing and clearinghouse tracking to improve posting accuracy and reduce resubmission delays.
Delivered high-volume customer support and front-desk operations; guided patrons on equipment use and managed daily transactions with accurate cash handling; recognized as 2× Employee of the Month.
I'm actively looking for entry-level job opportunities for Summer / Fall 2027 in product development, design, aerospace, or anywhere I can apply and expand my engineering skills to build meaningful, well-designed solutions..