About

I’m an undergraduate at MIT studying Physics and Electrical Engineering with Computing. I’m drawn to systems, signals, and electromagnetics—the places where hardware and computation meet.

I like working across the whole system, from circuit design and simulation to low-level programming. I’m always trying to learn something new, and this site is where I keep a growing collection of that work.

Education
MIT · Physics + Electrical Engineering with Computing; Georgia Tech · Dual Enrollment in Mathematics and Computer Science (2022 - 2024)
Focus Summary
Quantum physics, photonics, signals, and applied electromagnetics; analog and mixed-signal circuits, mmWave and THz; computation and mathematics
Based in
Cambridge, Massachusetts

Experience

Avionics Engineer

MIT Rocket Team

Jan. 2026 - PresentCambridge, Massachusetts

Designs and evaluates RF circuits and PCB interconnects using simulation and vector network analyzer measurements.

Hardware Development Engineer (Systems Engineering) Intern

Amazon Lab126

May 2025 - Aug. 2025Sunnyvale, California

Contributed to systems engineering, schematic design, PCB layout, and hardware validation for power-electronics systems.

Areas of focus

Quantum Physics, Photonics, Signals & Applied Electromagnetics

Exploring quantum systems, light-matter interactions, photonic devices, and how signals and energy move through practical systems.

Analog & Mixed-Signal Circuits, mmWave & THz

Designing and analyzing circuits and high-frequency systems across analog, mixed-signal, millimeter-wave, and terahertz regimes.

Computation and Math

Exploring algorithms, combinatorics, machine learning, and numerical methods.

Skills & Expertise

Design and Analysis

RF & Electromagnetics

  • Electromagnetic modeling
  • RF/microwave circuits
  • S-parameters
  • Transmission lines
  • Impedance matching

Circuits & Systems

  • Analog/mixed-signal ICs
  • Power circuits
  • SPICE
  • PCB/system design

Fabrication and Test

IC Layout & Fabrication

  • Custom IC layout
  • DRC/LVS
  • GDS/KLayout
  • Photolithography
  • Cleanroom processing

Assembly & Measurement

  • SMD assembly
  • VNA measurements
  • Oscilloscope measurements

Software and HDL

Languages

  • Python
  • C
  • Java
  • Julia
  • MATLAB
  • Bash

HDL & Assembly

  • VHDL
  • Bluespec HDL
  • RISC-V assembly

Libraries & Workflow

  • NumPy
  • pandas
  • gdstk
  • Git

EDA Tools

Ansys

  • HFSS
  • Maxwell
  • Q3D
  • SIwave
  • PyAEDT

Cadence

  • Cadence Virtuoso
  • AWR Microwave Office
  • Allegro

Layout & PCB

  • Calibre
  • Altium
  • OrCAD
  • KLayout

Coursework

Computer Science & Computation

  • 6.100A · Introduction to CS Programming in Python
  • 6.1200 · Mathematics for Computer Science
  • 6.1010 · Fundamentals of Programming
  • 6.1903 · Introduction to Programming in C & Assembly
  • 6.1910 · Computation Structures

Mathematics

  • 18.01 · Calculus I
  • 18.02 · Multivariable Calculus
  • 18.C06 · Linear Algebra and Optimization
  • 18.03 · Differential Equations
  • MATH 3012 · Applied Combinatorics

Physics

  • 8.012 · Physics I
  • 8.022 · Physics II
  • 8.03 · Physics III
  • 8.20 · Introduction to Special Relativity
  • 8.223 · Classical Mechanics II
  • 8.04 · Quantum Physics I
  • 8.044 · Statistical Physics

Electrical Engineering

  • 6.2030 · Electronics First Laboratory
  • 6.2050 · Digital Systems Laboratory
  • 6.2000 · Electrical Circuits: Modeling and Design of Physical Systems
  • 6.2080 · Semiconductor Electronic Circuits
  • 6.3000 · Signal Processing
  • 6.2090 · Solid-State Circuits
  • 6.6020 · High-Frequency Integrated CircuitsGraduate level
  • 6.6300 · ElectromagneticsGraduate level
  • Microwave Engineering and AntennasCoursera
  • RF and Millimeter-Wave Circuit DesignCoursera

Miscellaneous Classes

  • 14.01 · Principles of Microeconomics