Boeing Tools
I.S.A, X.S.A, IVT, Enovia
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M.S. Computer Information Technology at UPenn
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Structural Analysis Engineer
Boeing
School: University of California Merced
Degree: Bachelors in Mechanical Engineering
GPA: 3.85
School: University of Pennsylvania
Degree: Masters in Computer Information Technology
GPA: 4.0
I am a master’s student in Computer Information Technology at the University of Pennsylvania, with a background in mechanical engineering from UC Merced, where I graduated magna cum laude. My professional experience at Boeing involved working on the 777-8 Freighter, where I performed detailed stress analyses and helped with the development of automation tools to improve engineering efficiency. At USC, I contributed to research on autonomous systems, applying Hamilton-Jacobi Reachability Analysis to enhance safety and decision-making for robotic vehicles using Python, LIDAR, and ROS 2. My goal is to break into the tech industry, where I can combine my engineering expertise and computer science education to drive innovation in automation, robotics, and safety-critical technologies. I am passionate about creating intelligent systems that solve real-world problems, enhance efficiency, and shape the future of technology.
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The Boeing Company
May 2024-Present
I.S.A, X.S.A, IVT, Enovia
Patran & Nastran, Hand calculations
Solidworks, NX, Catia
VBA Excel
University of Southern California
May 2024-August 2024
Primarily used Linux to run ROS 2 over Wi-Fi and control RC car dynamics via NVIDIA Jetson
Hamilton-Jacobi Reachability Analysis
Backward Reachability using hand calculations for wheel speed control
University of California Merced
December 2023- May 2024
Solidworks
Solidworks, COMSOL
data conversion, graphing, ML, and automation
University of California Merced
December 2023- May 2024
data processing and automation
Analysis of IV curves
University of California Merced
October 2023- May 2024
Primarily used to model a airfoil and build a model to include servo motors inside
Made sure airfoil was correctly caded and had no disconnect in aerodynamics
Controlled the servo motors inside the aerofoil to shape shift airfoil
University of California Merced
Pre-Calculus
Calculus I for Physical Sciences and Engineering
Calculus II for Physical Sciences and Engineering
University of California Merced
Introductory Chemistry
University of California Merced
Pre-Calculus
Calculus I for Physical Sciences and Engineering
Calculus II for Physical Sciences and Engineering
Vector Calculus
Linear Algebra and Differential Equations
Phyton and Matlab for Mechanical Engineers
Numerical Methods for Scientists & Engineers
University of California Merced
Introductory Chemistry
Introductory Physics I for Physical Sciences
Introductory Physics II for Physical Sciences
Circuit Theory
Statics & Dynamics
Some
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