projects that can move as controlled by the electronics, including vehicles, toy or real cars, wheelchairs, carts, quadcopters, bicycles, locks, and more
Details: A toy car with multiple cameras that can detect tennis balls. Then it will move toward tennis balls and use its mechanical arm to pick the ball and put it into a collecting box.
Purpose: In tennis training, tennis balls are everywhere.
Jeremiah Baca, Garineh Shamarian, Saman Safari, Coco Gao
Description
When you need a friend, all you have to do is call! Drone pets are voice-activated drones that want to play with you. Give it a command, and talk to it. It will always love you, forever and ever.
Ever want to take your morning cup of coffee with you on your bicycle commute to school? I bet you spilled it. Everywhere. With our idea, you will be able to mount a stabilized cupholder onto the handle bars of your bike so you can simply place and forget about your cup of coffee (or vodka depending on how you like to start your mornings) and ride off to your destination never having to worry about drinking an entire cup before leaving the door or spilling said cup of coffee again.
Visual Imparity has been an ongoing issue amongst the masses as showcased by the average 200,000 people whom suffer from some sort of Macular Degenration. Our idea is to utilize implantable microdevices, in the form of Microelectromechanical Systems to combat retinis pigmentosa. Although not set in stone as we are still discussing other viable project ideas, implementation of MEMS to assist with macular degeneration is our current task.
Team Members:
Abhishek Yellapu
Timothy Jan
Zhengzhi Xiong
Augustine Nguyen
Tony Phi
Team Mentor:
Ozdal Boyraz
The goal of our project is to create a data tranmission system using visible light waves instead of the more traditionally use radiowaves.
Our initial goal would be to be able to accurately transmit data at a rate of 500mbps within a range of 20 meters.
