Curriculum Vitae

Education

  • 2021-2025
    University of California, Los Angeles
    Computer Science BS and Physics BS
    • Computer Science - Algorithms, Computer Architecture, Operating Systems, Design of Logic Systems
    • Multivariable Calculus, Linear Algebra, Differential Equations, Fourier Analysis, Discrete Mathematics, Statistics
    • Physics - Mechanics, Electromagnetism, Quantum Optics, Special Relativity, Quantum Mechanics
  • June 2023
    University of Rochester
    Discovery Science Center Summer School for Matter at Extreme Conditions
    • Introduction to hydrodynamics and magnetohydrodynamics

Honors and Awards

  • 2024-2025
    Clare Booth Luce Scholar
  • 2021-2025
    Pedrozzi Scholar

Research Experience

  • Jun 2023 - Present
    Brookhaven National Laboratory
    Advisor: Layla Hormozi
    • Researching non-Abelian topological quantum error-correcting codes
  • Dec 2023 - Present
    Furlanetto Research Group
    Advisor: Steven Furlanetto
    • Assessing the sensitivity of the 21 cm signal to different models of reionization (Python)
  • JUN 2022-JAN 2023
    Lawrence Livermore National Laboratory
    Science Undergraduate Laboratory Intern
    • Created the PurgaExtendWithTF4 model utilizing the Purgatorio and Thomas-Fermi electron model (C++)
    • Wrote user-friendly scripts to assist users in utilizing MEOS (Bash, Python)
    • Presented PurgaExtendWithTF4 at the 2022 LLNL Summer Slam and 2022 LLNL Summer Slam Special Edition
    • Published a technical report on the PurgaExtendWithTF4 model

Work Experience

  • JUL 203-AUG 2023
    LabSmith
    Intern
    • Ported the uProcess SDK from Windows to Linux preserving parallel computation advantages and ensuring cross-compatibility (C++, CMake)
    • Implemented a dynamic menu for the uProcess scripting language, listing all available devices and their commands. Commands are auto-inserted into the script, accelerating uProcess script development (C++)
  • MAR 2021-SEP 2021
    LabSmith
    Intern
    • Added the Sensirion Flow Sensor to the uProcess software (C++)
    • Wrote an application note on maintaining a consistent flow rate with feedback control using a flow rate sensor
    • Handled cleaning, inspection, and assembly of microfluidic components
    • Handled programming, calibration, and testing of microfluidic components
    • Updated and edited documentation and application notes

Other Experience

  • AUG 2017-JUN 2021
    FIRST Robotics Team
    GravitechX - Team Co-Lead (2020-2021), Programming Lead (2019-2020)
    • Programmed vision code (Python, OpenCV), rotating mechanical arm (Java), and projectile launcher (Java)
    • Taught programming, applied for grants, managed budget of $20k, organized projects and meetings
    • Organized the fundraising and distribution of Arduino kits for hands-on learning during the pandemic

Presentations

  • August 2024
    Brookhaven National Laboratory Summer Internship Programs Symposium
    “Quantum error-correcting code architectures” (poster)
  • August 2022
    Lawrence Livermore National Laboratory Summer Slam Special Edition
    “Extending and Smoothing Two-dimension Equation of State Simulation Data”

Publications

  • Dungwatanawanich, N. 2022. “Extending and Smoothing Two-Dimension Equation of State Simulation Data.” LLNL-TR-840394. Lawrence Livermore National Lab. (LLNL), Livermore, CA (United States). https://doi.org/10.2172/1890073.

Skills

  • C++ , C, Python, Java, Verilog, Lisp, Octave, Bash, and JavaScript/HTML/CSS
  • Git, Jira, Object-Oriented Programming, Functional Programming, Parallel Programming, Linux, and Windows

Other Interests