Jasmine Li

This is a custom ADC-to-CAN differential voltage amplifier that is able to amplify precise signals in the microvolt magnitude. This custom PCB was used to amplify load cell and strain gauge sensors integrated in our electric racecar's suspension (pushrods and control arms)
See Schematics and Design Decisions
Tech Stack: Signal Processing, Altium PCB design, C firmware, circuit design, ICs, Microcontrollers (STM32)
Date: August 2025

This is a game of solitaire that allows the player to play with thought and eye movement alone.
Explanation Video
GitHub
Tech Stack: Python, OpenCV, the Neurosity Crown, and CMU Graphics (a MVC graphics package that uses persistent objects).
Date: December 2024

Built a DDR system using sensor pads, circuits, and an FPGA!
We learnt how to code in Verilog for the first time within one week during the Build18, 2025 Hackathon! From 0 exposure to completing a working project as freshmen!
We were also nominated for an award!
Slideshow
Tech Stack: Verilog, FPGAs, Circuitry
Date: January 2025

This app bridges the gap between medical professionals and patients. Patients are able to scan a pill bottle label, then our app outputs instructions and ingredients legibly and defines all medical jargon detected. Each year in the U.S, about 1.5 million PREVENTABLE medication errors occur.
1st place in senior division Technovation pitch competition
Tech Stack: API implementation, database manipulation, app UI/UX, camera capture, data extraction
Date: May 2024

This is a custom raspberry PI hat. This custom PCB was used to process analog and digital outputs from tire temperature, time-of-flight, and linear potentiometer sensors. After processing the data, the PiHat stores it on the Pi itself and we SSH into the Pi to retrieve telemetry data in real-time.
See Schematics and Design Decisions
Tech Stack: RTOS, Python Threads, Parallel Computing, Signal Processing, Altium PCB design, Python firmware, circuit design, ICs, Raspberry PIs
Date: September 2025

This is a custom PCB I designed in order to control our autonomous electric car's drive state.
See Schematics and Design Decisions
Tech Stack: RTOS, CAN, Altium PCB design, C firmware, circuit design, ICs, Microcontrollers (STM32)
Date: September 2025

Built a mobile app that prompts collective self-improvement and helps maintain connections amongst long-distance friend groups.
Tech Stack: XCode, Swift
Date: July 2024

I designed a PCB on Carnegie Mellon's Formula SAE team (electric race car team) to help make sure any dangerous voltages present in the tractive system is brought to light - haha see what I did there :)
Tech Stack: PCB design, Altium Designer
Date: January 2025

A small device attached to pill bottles that can alert and track medication taken.
Tech Stack: microcontrollers, physical design
Date: July 2023

Piggy Pencil Holder: A gift for my mom! I designed a pencil holder shaped like an open-mouthed pig.
Man Pen Holder: A gift for my dad! I designed a magnetic pen holder shaped like a man! - My first 3D printing project and first Solidworks CAD
Tech Stack: Solidworks CAD, 3D printing
Date: January 2025

I conducted my own research by generating electricity from a windmill made of soda cans. The investigation surrounded how the aspect ratio of a windmill's blades affects its effeciency. Tech Stack: Motors, Voltage, Self-Conducted Research Skills
Date: December 2023

An automated, herbicide-free solution to uproot weeds from a lawn. Leverages computer vision to identify weeds and properly adjust the robot's position.
Top 15 at Hack-A-Startup Competition (Graduate Entrepreneurship Program)
Tech Stack: Solidworks CAD, Pytorch, Microcontrollers
Date: November 2024