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Professional Summary

I’m a Master’s student in AI Engineering at Carnegie Mellon University, specializing in robotics and control systems. My background in mechanical engineering, combined with hands-on experience in edge AI, embedded systems, and cloud pipelines, allows me to bridge the gap between intelligent software and real-world hardware deployment.

I’m highly efficient in Python, C++, and MATLAB, and comfortable using SQL for data tasks. I’ve built end-to-end pipelines for on-device ML and cloud analytics, developed robotic systems with real-time control, and led teams in high-impact, cross-functional settings. At ESTAT Actuation, I helped secure $1.1 million in SBIR Phase II funding by contributing to the design, testing, and documentation of a wearable tech product for fighter pilots.

There, I developed a lightweight head and neck safety exotendon device for High G maneuvers, taking it from initial concept through three full prototypes. I designed, built, and programmed wear and high-speed test stands that enabled rapid material screening—saving both time and cost. I also led the design and testing of clutch and housing components for internal research and customer contracts, created basic prototypes such as a potential lower leg exotendon, and sourced specialized materials to support novel R&D. As Product Process Manager, I implemented PDCA and lean frameworks to optimize development workflows and represented the company at industry conferences.

My technical toolkit spans both ML and engineering domains. I work fluently with PyTorch, TensorFlow, Spark ML, EdgeML, Kafka, and PostgreSQL, and have hands-on experience with Fusion 360, ANSYS Workbench, SolidWorks, Simulink, and FEA. I’m also proficient in electrical assembly, hardware validation, and mechanical system integration.

I’m passionate about building smart, efficient systems — whether that means pruning deep networks for mobile deployment or optimizing robotics for real-time control. I’m eager to apply this mindset at the intersection of machine learning, robotics, and product innovation.

Outside of work, I hold the Eagle Scout Award, which reflects my dedication to leadership, service, and follow-through. View my full resume or explore selected highlights below.

Graduate School Coursework

  • Spring 2025
    • Machine Learning with Large Datasets
    • Generative AI and LLMs
    • Deep Learning
    • Machine Learning and Artificial Intelligence for Engineers
    • Funding Early Stage Ventures
    • Financial Investment (unofficial audit)
  • Fall 2024
    • On-Device Machine Learning
    • Machine Learning
    • Systems & Toolchains
    • Numerical Methods

Undergraduate Coursework

  • Spring 2024
    • Data Structures & Algorithms
    • Cyber-Physical Systems
    • Introduction to Machine Learning
    • Robotic Control
  • Fall 2023
    • Coop Program - ESTAT Actuation
  • Summer 2023
    • Coop Program - ESTAT Actuation
    • Heat & Mass Transfer
  • Spring 2023
    • Mechanical Vibrations
    • Mechanical Measurements II
    • Senior Design Capstone Project
    • Game Theory
    • Science, Technology and Culture of Craft Brewing
  • Fall 2022
    • Coop Program - ESTAT Actuation
  • Summer 2022
    • Coop Program - ESTAT Actuation
    • Engineering Perspective: Renaissance & Sustainability (Study Abroad)
    • Renaissance Art (Study Abroad)
  • Spring 2022
    • Materials and Manufacturing
    • Mechanical Design II
    • Mechanical Measurements I
    • Mechatronics
    • Applied Engineering Simulation in Design
    • American Politics
  • Fall 2021
    • Mechanical Engineering Design
    • Fluid Mechanics
    • Dynamic Systems
    • Mechanical Design I
    • Computational Methods in Physics
    • Introduction to Macroeconomic Theory
  • Spring 2021
    • Bioengineering Thermodynamics
    • Electrical & Computer Engineering: Problem Solving with C++
    • Materials Structure & Properties
    • Statics & Mechanics of Materials II
    • Rigid-Body Dynamics
  • Fall 2020
    • Introduction to Cell Biology I
    • Linear Systems & Electronics I
    • Introduction to Matrices & Linear Algebra
    • World History
  • Spring 2020
    • General Chemistry II
    • Engineering Computing
    • Statics & Mechanics of Materials I
    • Differential Equations
    • Engineering Communication in Professional Context
  • Fall 2019
    • Engineering Analysis
    • Analytic Geometry & Calculus III
    • Physics, Science & Engineering II
    • Introduction to Microeconomic Theory
    • Seminar: Physics & Astronomy