I design, develop, and test mechatronics systems.

With a background in interdisciplinary engineering design, hands-on experience with iterative prototyping, and training in structured problem-solving, I help teams solve real-world problems and bring imaginative designs to life.

Qualifications & Technical Skills

B.S. Mechanical Engineering – Concentration in Mechatronics

3+ years of experience in system automation, robotics, and mechatronics

Automation: PLC programming • HMI graphics • Networking • Panel Design • Instrumentation • Data Historization

Design: Human-centered Design Methodology • Multi-domain analytical modeling • Electromechanical system integration • Iterative prototyping

Programming: Embedded programming • Python/MicroPython • C++/Arduino • MATLAB & Simulink • Ladder logic & Functional Block Diagram

Prototyping: PCB design • Soldering • Additive manufacturing • Laser cutting • Milling • Turning • Welding • Casting • Metrology

CAD: SolidWorks • Fusion 360 • Finite Element Analysis • Hand drafting & descriptive geometry • GD&T

Education

California Polytechnic State University, San Luis Obispo

Bachelor of Science in Mechanical Engineering, Concentration in Mechatronics

Graduated Cum Laude • GPA: 3.68 • Member of Tau Beta Pi, California Mu Chapter

  • Wearable Balancing Aid

    Over the course of a year-long interdisciplinary senior project, my team developed this wearable to help people experiencing difficulty with proprioception.

    View Project

  • Ball-balancing Platform

    This self-balancing platform was the culmination of my mechatronics concentration at Cal Poly, San Luis Obispo.

    View Project

  • Animatronic Mask

    My first attempt at animatronics, finished just in time for Halloween 2022.

    View Project

  • Zephyr Kite Companion

    Collect environmental and dynamic data about your kite while you fly your kite! Information is transmitted over low-frequency radio and displayed on a touch-screen interface.

    View Project

  • Zephyr Kite Steering

    Phase 2 of my Zephyr kite project, this module transmits positional data and receives commands via radio, then steers your dual-line kite!

    View Project
  • Nitinol Animatronic Eye

    Nitinol Animatronic Eye

    This Animatronic Eye Mechanism uses Nitinol memory wires for simple and silent actuation. Custom PCBs enable precise control and feedback of the eye’s position. 3D-printing the mechanism's components allowed for quick iterative prototyping.

    View Project