Robotic Prosthetic Hand with Haptic Feedback
Arduino • Fusion 360 • FSR Sensors • Servo Motors
Designed 5-finger articulated prosthetic with force-sensitive haptic feedback enabling users to feel grip pressure through vibration motors.
About Me
Mechanical engineering student passionate about robotics, automotive systems, and hands-on prototyping
I'm a Mechanical Engineering student at Rice University with a minor in Engineering Design, expected to graduate in May 2027. What excites me most about engineering is working on projects hands-on—prototyping and building physical solutions where I can see tangible results from my work.
I'm pursuing a career in robotics and automotive engineering, where I can combine my passion for hands-on design with cutting-edge technology. After graduation, I plan to either work in the automotive or automation industry, or eventually start my own company focused on innovative mechanical systems.
What Drives Me
The process of building something from concept to reality and seeing the end result come to life always makes me incredibly happy and motivated. Whether it's designing a robotic prosthetic hand to help people feel with their fingertips, building antenna systems for rocket telemetry, or customizing electric bikes, I love the challenge of turning ideas into working prototypes.
Technical Skills
CAD & Design
SolidWorks, Fusion 360, OnShape, AutoCAD
Manufacturing
3D Printing, CNC Machining, MIG Welding, Manual Machining
Programming
Python, MATLAB, Java, JavaScript, C++, Arduino
Hardware & Electronics
Arduino, Servo Systems, Sensor Integration, Circuit Design
