projects that can move as controlled by the electronics, including vehicles, toy or real cars, wheelchairs, carts, quadcopters, bicycles, locks, and more
The App-controlled electic skateboard project would allow the user to ride and control an electric skateboard through a mobile application. The app can control of the throttle, display speed/battery information, and track the skateboards gps location.
This senior design project focuses on automated execution and book keeping of the results of an AI optimization engine for cellular networks in a database system. Strong skills with JAVA programming language, IDEs including IntelliJ, JBoss, and MySQL database are needed. Interested groups are encouraged to contact Prof. Homayoun Yousefi'zadeh at hyousefi@uci.edu.
Develop a comprehensive dynamic data monitoring system for the UCI FSAE Electric Racecar. The system will consist of several microcontrollers, sensor arrays, analog and digital data, data logging functionality, and other features in order to provide rich and detailed dynamic data about the vehicle. This data will then be analyzed and used to help re-design the vehicle for better performance, handling, and reliability over time.
This project is about helping Amazon third party sellers by optimising their advertising performance to assist in lowering the cost of advertisement. By utilizing the request data from Amazon server, analyze the data and develop a program that will filter to the seller keywords that customers use to find their products. In addition, we plan to develop a function that will add positive keywords to their Amazon seller central. Along with block out negative keywords that would not help with selling their commodity on Amazon.
Andrew Tec (EE), Sean McCutcheon (CpE), Mark Mekkittikual (CpE), Shreshth Kumar (EE), Langtian Tan (EE)
Mentors:
Professor Roger Rangel, Professor Michael Green
Description:
This project aims to document and develop a distributed control system for the prototype Hyperloop Pod that will utilize over 30 sensors and actuators which are filtered using signal processing techniques for accurate data acquisition and control.