Available for work

Hi, I'm Jeremy

Full-stack developer and embedded systems engineer studying Mechanical Engineering and CS at Stanford, bringing hardware and software together.

Portrait of Jeremy
A little about me...

I love building things

I believe that data, devices, and ideas should be connected and accessible to everyone. Whether it's integrating frontend experiences with backend systems, bridging hardware and software, or designing embedded solutions that bring intelligence to the physical world, I focus on creating cohesive products that just work.

My approach is simple: listen carefully, iterate quickly, and always keep the end user in mind. I'm constantly learning from the amazing open source community and trying to give back whenever I can.

Some live stats

A real-time glimpse into my coding journey and tech stack

Github Activity

Contributions this year

Coding Time

Last 7 days

Top Language

Most used last 7 days

Code Streak

Current streak

While Working I Was Listening To...

Last.fm

Languages (Last 7 Days)

Top 0 of 0
Total coding time N/A
Tech Stack

Bridging Software & Hardware

These are the tools that I have worked with recently

Developer

Languages

JavaScript
JavaScript
Python
Python
Go
Go

Frameworks

Svelte
Svelte
Vue
Vue
PyTorch
PyTorch
Jest
Jest

Technologies

MongoDB
MongoDB
Kubernetes
Kubernetes
Docker
Docker
AWS
AWS

Embedded Engineer

Languages

C++
C++
Rust
Rust
Python
Python

Technologies

CAN Bus
FreeRTOS
FreeRTOS

Platforms

RP2040
RP2040
Teensy
STM32
PX4
PX4

... and always exploring new technologies to solve complex problems

Featured Work

Things I've Built

Some projects I'm excited about! From tinkering with hardware to building web apps, I love diving into new challenges and learning something new along the way.

Polytechnic Solar Car
SolidWorksOpenFOAMRustPythonMIG WeldingCAN Bus

Polytechnic Solar Car

Our team of 10 high school students spent two years designing and building a solar-powered race car from scratch to compete in the 2025 Texas Solar Car Challenge. Starting with just CAD models and a lot of ambition, we built everything from the carbon fiber aeroshell to the 429-cell lithium battery pack, learning to weld, design eletronics, and work with composites along the way. The final car could cruise at highway speeds powered entirely by the sun. After 1,200+ miles of driving through four days of racing through Texas, we are proud to have brought home 2nd place nationally.

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Get in Touch

Let's Work Together

I'd love to hear from you. Send me a message and I'll get back to you within a few days! This form notifies my devices instantly.