Natalia Furmanczyk

I’m pursuing an MSE in Mechanical Engineering and Applied Mechanics at the University of Pennsylvania. I earned my BS in Mechanical Engineering from UCLA in 2025.

My experience spans mechanical design, manufacturing, and simulation, from aircraft systems at Honeywell to experimental research and rocket recovery hardware at UCLA. I’m interested in robotics and turning designs into working hardware.

Education

University of Pennsylvania

MSE in Mechanical Engineering and Applied Mechanics

Aug 2025 – Expected May 2027

University of California, Los Angeles

BS in Mechanical Engineering

Aug 2021 – Jun 2025

Summa cum laude · GPA: 3.99/4.00

Experience

Honeywell

Systems Engineering InternJun – Aug 2025

Analyzed aircraft vapor compression cycles and built a Python interface to explore power draw and system utilization across flight conditions.

Gear Research Center, Technical University of Munich

InternMay – Jun 2024

Tested flow through wet clutches with different disc geometries, analyzed failure conditions in MATLAB, and refined a Fortran simulation.

Multiscale Thermosciences Laboratory, UCLA

Undergraduate ResearcherJan 2023 – Apr 2024

Studied fluid flow and interfacial behavior through Ansys Fluent simulations, CFD post-processing, and MATLAB analysis.

Stellant Systems

Manufacturing Engineering InternJun – Aug 2023

Designed alignment and attachment fixtures, built a tool for visualizing temperature measurements, and developed validation checks to improve assembly quality.

Rocket Project at UCLA

Recovery LeadOct 2021 – Apr 2024

Led a team of 4–10 in testing and manufacturing rocket recovery systems, including structural tests, electronics validation, and a 3D-printed pull-pin switch.

Skills

Software & programming

Python, MATLAB, C++, C, C#, Java, Git

Engineering tools

SolidWorks, Creo, Autodesk Fusion, Onshape, Tecplot, Ansys Fluent, Arduino, Photoshop

Fabrication & manufacturing

3D printing, Laser cutting, Composite fabrication (carbon fiber and fiberglass layups), GD&T, DFM