Portfolio · 2026

Rowan Lodato

Mechanical Engineering student at Duke University Learning to fly, and building the systems that do

Aircraft Design Manufacturing Structural Analysis
See my projects →
01
About

How I got here.

Rowan Lodato
FIG. 01Durham, NC

My passion for mechanical engineering and aerospace began in elementary school, when my uncle came to live with me for a year while studying aerospace engineering as an undergraduate. I had always been fascinated by how things moved—airplanes, boats, rockets, and cars—but after multiple trips to the Udvar-Hazy Air and Space Museum, that curiosity became an obsession. Building our first airplane out of balsa wood was only the beginning. Today, I live that passion through my studies in mechanical and aerospace engineering, with a focus on structural analysis and aircraft design, while also pursuing my love of aviation by flying aircraft and working towards my pilot's license. What began with building a simple balsa-wood airplane with my uncle has grown into a passion for understanding, designing, and ultimately flying the machines that first captured my imagination.

I am a rising junior at Duke University's Pratt School of Engineering, pursuing a Bachelor's degree in Mechanical Engineering with a certificate in Aerospace Engineering. My engineering interests center on autonomous aerospace systems, which I pursue through both independent projects and research.

Focus
Aerospace systems, with a lean toward design and test
Currently
Engineering Abroad - Studying and Continuing Projects in Madrid, Spain
Tools
ANSYS, XFOIL, CAD, Manufacturing
Looking for
Summer 2027 internship in unmanned systems, aerospace structures, manufacturing, or flight test
3.88
GPA
Mechanical Eng.
Major
Duke University
School
2028
Expected graduation
02
Projects

A taste of my work thus far.

Each case study covers the constraints, what I tried, the numbers, and what went wrong, ending with a focus on the future.

Project 012026
CAD render of the UAV from above, showing the sectioned fuselage, wings and tail.

Project Oil Change: Fixed-Wing UAV for Autonomous Payload Delivery

Project Lead · Independent build

Designed and built an autonomous GPS-guided UAV from scratch, from airfoil selection to avionics, with the ultimate goal of delivering a payload within a defined degree of precision.

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Project 022026
ANSYS modal deformation contour of a folded wingtip wing

Folded Wingtip Aeroelasticity: Modal Analysis and Coupled-Mode Classification

Research · Duke Aeroelasticity Group

Modal analysis of folded wingtips in ANSYS, benchmarked against Euler-Bernoulli and Saint-Venant theory. Used FEA to check prior hammer-testing results, aiming to conduct flutter analysis experiments on similar models in the future.

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Project 032025
The team's rocket, Devil's Advocate, standing on its launch rail in the desert under a clear sky.

Payload Engineering: Guided Recovery, Camera Housing, and Descent Systems

Duke AERO · High-powered rocketry

Redesigned and built the guided recovery system and designed a transparent camera housing for the payload onboard Duke AERO's Devil's Advocate, contributing to a 3rd place finish at IREC 2026.

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03
Resume

My experience, summarized.

Rowan Lodato — Resume, 2026

PDF · 1 page · Updated July 2026