About me

I’m a second-year Electrical Engineering student at Georgia Institute of Technology, passionate about Circuit and PCB design, Power systems, and Robotics.

I enjoy hands-on projects that explore hardware and generate new ideas.
Building things and collaborating with people from diverse backgrounds is how I learn best.
When I'm not working on electronics, I like playing games, listening to music, or spending time with friends.

What i'm doing

  • pcb design icon

    PCB design

    I like designing PCBs & circuits and collaborating on cool hardware projects.

  • converter icon

    Power Systems

    I love building power systems and exploring different converter topologies & control strategies.

  • robotics icon

    ROS2 & Simulink

    I have research experience in robotics with ROS2 and Simulink.

  • oscilloscope icon

    Analog Systems

    I build analog filters and amplifiers for my personal projects.

My Organizations

  • FNL

    Flavin Neuromachines Lab

    The Flavin Neuromachines Lab at Georgia Tech's School of Electrical Engineering focuses on research in smart wearables, haptics, and human-machine interfaces. As an undergraduate research assistant, I contribute to a distributed pressure sensor project.

  • DCSL

    Dynamics & Control System Lab

    Lab at Georgia Tech's School of Aerospace Engineering. The lab focuses on research in spacecraft dynamics, control, and robotic systems. I work as an undergraduate research assistant here, contributing to projects involving modeling, simulation, and control of ASTROS - a 5DOF platforms.

  • Jessica miller

    ARGT

    ARGT is the RoboMaster competition team at Georgia Tech. We design and build competitive robots to participate in the annual North America RoboMaster Robotics Competition. As the electrical lead, I oversee the implementation of our supercapacitor system.

  • Emily evans

    Marine Robotics Group

    The Marine Robotics Group is a Georgia Tech student team focused on autonomous marine vehicles. As part of the RobotX Competition team, I help develop a 16-foot WAM-V robotic boat for the international RobotX Challenge, where our vehicle navigates obstacles, locates sonar pingers, and coordinates with aerial drones. My work here primarily involves designing and implementing the boat's power system.

Resume

Education

  1. Georgia Institute of Technology

    2024 — Present

    Cumulative GPA: 4.00 / 4.00

    Relevant Courseworks: ECE 4180 Embedded Systems Design, ECE 2031 Digital System Lab, ECE 2026 Intro Signal Processing
    ECE 2040 Circuit Analysis, ECE 2020 Digital System Design

  2. Shanghai Starriver Bilingual School

    2021 — 2024

    Cumulative GPA: 3.98 / 4.00

    Honors: Physics Bowl D1 Global Top 42, AP Capstone Diploma

Experience

  1. Electrical Lead @ ARGT Robotics Club

    Aug 2024 — Present

    Founded the EE subteam; handled component selection, procurement, and budget management. Evaluated and assembled supercapacitor arrays with OVP and multiphase buck-boost converters. Designed a 4-switch buck-boost supercapacitor controller PCB (0-28V, 24V bus, ~500W) using STM32G474. Led onboarding projects, PCB reviews, and coordinated a 3-member team for hardware and firmware development.

  2. Electrical Member @ Marine Robotics Group

    Jan 2025 — Present

    Designed 4+ custom PCBs for RobotX and RoboBoat competitions, including buck converters and power distribution boards. Specified and integrated a ~400W power system for WAM-V supporting Jetson AGX Orin and sensors. Led E-stop system development and managed battery operations at competitions.

  3. URA @ Flavin Neuromachines Lab

    Jan 2025 — Present

    Corrected circuit topology for FSR sensors, converting to parallel voltage divider for direct ADC measurement. Developed a low-power BLE flexible PCB for wearable tactile research with FSR arrays and Li-Po management. Implemented BLE firmware for wireless data acquisition and system validation.

  4. URA @ Dynamics and Control Systems Lab

    Aug 2025 — Present

    Develop ROS2 nodes for a 5-DoF spacecraft simulator and frictionless motion experimental platform facility. Contribute to modeling, simulation, and control of ASTROS, a 5-DoF platform.

  5. Engineering Intern @ Shanghai BF Engineering

    Summers 2022 & 2023

    Co-designed and validated 4+ versions of air/hydro-cooling lightboxes for hydrogen car testing (patent pending). Wired control cabinets and developed custom PCBs using LCEDA.

My skills

  • Circuit & PCB Design
    80%
  • Embedded Programming
    50%
  • Control Systems
    60%

Portfolio

  • B

Blog

Contact

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