Projects
Projects labeled with * are ongoing
Myoelectric based robotic exoskeleton capable of enhancing and stablizing a user's arm
Several mathematical models I've developed for competitions or classes, with one model winning $10,000
Design a complete pacemaker, by filtering biosignals with analog circuitry, process signals with microcontrollers, and interact with tissue through electrodes.
High School Robotics Competition, involving building and coding a robot to complete various tasks
Robot to follow shapes, identify colors, distinguish between metal and plastic, and communicate wirelessly
Coffee Table designed to assist a client with ALS to use his Aeropress machine.
A collection of personal projects, often room decor or convenience items.
A collection of small projects for various engineering classes.
About
As a Biomedical Engineer with a knack for tinkering, I thrive on blending microcontrollers with 3D printing to breathe life into my projects.
Whether it's creating simple wall mounts or constructing moving robots, I'm all about diving into challenges, big or small,
that blend engineering with design. Lately, my focus has shifted towards integrating engineering principles with medical science,
especially in the field of medical robotics.
I'm always looking for project ideas and interests, so feel free to reach out if you have a creative robotics idea!