Assistive Design
Addressing the specific needs of Emily, a young adult with cerebral palsy, our project focused on developing an innovative kitchen mixer designed to facilitate ease of use for individuals with cerebral palsy and limited mobility.
Dancing Arms
This project aimed to create a set of robotic arms capable of performing a synchronized dance routine
Detailed CAD
In this project, I deconstruct a hand mixer and develop a comprehensive Computer-Aided Design CAD model of its entirety. This was aimed not only to understand the inner workings of the mixer but also to replicate its components with high precision.
Intelligent SecuritySystem
A smart security system that could detect direction and motion to allow the user to determine to arm or disarm their alarm.
PCB Design
In my Electronics and Controls class, I designed and fabricated two PCBs: a versatile power supply with multiple voltage outputs and an H-Bridge motor controller for dynamic robotics control,
Push-Activated Lamp
In this innovative project, I embarked on creating a unique, user-interactive lamp that illuminates with a simple push.The design process involved planning, from the initial concept to the final assembly, ensuring both functionality and aesthetic appeal.
Repurposed Bike Corn Hole
Designed and built a sustainable cornhole set from salvaged bike parts and scrap steel, enhancing my TIG welding skills
Robot Car
As part of my electronics and controls coursework in junior year, I helped design and build a robot car that could be wirelessly controlled from a computer to navigate a ramp
Smart Umbrella
For my senior design capstone we designed an autonomous, sun-tracking beach umbrella with tilting and rotating mechanisms, integrating light sensors and solar power, for the Samsung Think Tank Team to enhance UV protection when outdoors.
