Always learning, ocassionally making things work.
I'm currently a rising junior pursuing a B.S. in Mechanical Engineering with a combined M.S. in Electrical Engineering at Northwestern University. I'm broadly interested in the intersection of intelligent systems, embedded hardware, and physics. This site is a portfolio of my projects, notes, and occasional blog posts, documenting what I build and learn along the way.
Experience
Education
Featured
Seeing Atoms!
Published: at 12:39 AM ()I designed and built a scanning tunneling microcsope! Here's an overview!
Simulations on Hybrid Plasmonic Waveguides
Published: at 12:39 AM ()Some Julia simulations of concepts related to hybrid plasmonic waveguides. (Tried to recreate from R.F. Oulton et al.)
Theory behind Hybrid Plasmonic Waveguides
Published: at 04:19 AM ()Final oral presentation for my EE495 (Intro to Nanophotonics) class at Northwestern.
Baseball Bat Vibration Analysis
Published: at 03:22 PM ()My ME363 (Vibrations) final project! Vibrational analysis of baseball bats.
Webcam PCB + Firmware from Scratch!
Published: at 07:23 PM ()My EE326 project at Northwestern! Designed and wrote firmware for a functional webcam. Uses SAM4S8B + ESP32 Wifi Chip.
Calculate Input Ref. Thermal Noise for Any Circuit!
Published: at 03:29 AM ()Some work I did at my UROP this past summer!
Safesplash - DTC Spring Quarter 2024
Published: at 02:10 AM ()This was my final design project for the second of Northwestern's 2 quarter Design Thinking & Communication (DTC) sequence!
Nesting Number Blocks - DTC Fall Quarter 2023
Published: at 02:14 PM ()This was my final design project for the first of Northwestern's 2 quarter Design Thinking & Communication (DTC) sequence!
Introduction to Modern Physics Book
Published: at 04:43 PM ()I wrote, illustrated, and published an Introduction to Modern Physics book for middle and high schoolers!
Recent Posts
Derivation of Thermal Noise
Published: at 07:21 AM ()A derivation of Nyquist's thermal noise result!
Piper, a 1-DoF Robot
Published: at 06:10 AM ()A random 1-DoF robot idea that can traverse 2D landscape.