BS/MS honors student at Georgia Tech with a passion for CFD, fluid dynamics, thermodynamics and air breathing propulsion systems.
3.85/4.0
GPA
Hi, I'm Emory!
I'm a BS/MS honors student in Aerospace Engineering at Georgia Tech (BS: Dec '27 | MS: Dec '28) with a 3.85 GPA. My academic and research focus lies at the intersection of high-speed aerodynamics, fluid dynamics, and compressible flow.
Lately, I’ve been diving deep into computational fluid dynamics (CFD) analysis- specifically focusing on nozzle architectures. Over the summer, I’ve been leveraging ANSYS Fluent for high-fidelity nozzle simulation analysis and optimization, using MATLAB to post-process the data.
Beyond simulation, my SolidWorks (CSWP) certification and hands-on experience with machining (lathe/mill and CMM) ensure that my virtual models are always grounded in manufacturing reality. I’m excited to bring this blend of computational analysis and practical intuition to an internship in aircraft design or aerodynamics and propulsion research.
Let’s connect and talk!
MAY 2026 – AUG 2026
Intern – Fabritek Aerospace Manufacturing (AS9100)
SolidWorks · Autocad · CMM · Mill/Lathe
Performed high‑precision inspection of aerospace components using Mitutoyo metrology tools and CMM systems, identifying program‑driven defects and preventing major scrap across high‑value orders. Improved laser‑engraving throughput by 6× through a redesigned fixture validated with time studies. Supported a customer‑facing machining project for a high‑speed rotating part, producing CAD/drawings, interpreting GD&T, and delivering the job ahead of schedule.
AUG 2024 – PRESENT
Structures Engineer - Georgia Tech Propulsive Landers
SolidWorks · MATLAB · ANSYS Fluent
Developed and optimized a 70 kg‑rated rocket landing gear meeting strict mass and terrain requirements, achieving a 24% mass reduction through geometry changes and topology‑inspired redesigns. Designed and tested TPU honeycomb footpads, printing 20+ prototypes and increasing energy absorption 5.2× via Instron testing and FEA‑guided shaping. Contributed to team design reviews with physical models and live CAD/FEA walkthroughs.
High‑fidelity ANSYS Fluent CFD of a supersonic convergent‑divergent nozzle using k‑ω SST turbulence modeling.
Nonlinear 6‑DOF quadcopter simulation with ODE‑based dynamics, thrust solving, and autonomous point‑to‑point and helical paths.
MATLAB Magnus‑effect trajectory predictor modeling aerodynamic lift, drag, and spin‑induced curvature.
Studied sloshing reduction in nitrous‑oxide tanks by analyzing baffle perforation counts using ANSYS Fluent.
Designed and tested TPU honeycomb footpads, improving energy absorption 5.2× through FEA‑guided shaping.
Developed a 70 kg‑rated landing gear system with 24% mass reduction via FEA-guided geometry optimization.