Resistor Sorter
Computer-Controlled Through-Hole Resistor Logistics Machine
About Us
Behind ECE 398 at Bradley University
ECE 398 at Bradley University, within the Electrical and Computer Engineering department, is a branch of Georgia Tech's Vertically Integrated Projects, or VIP. In VIP, students collaborate to produce projects to gain hands-on experience with engineering and product development.
All of this, led by students, for students.
5
Projects
50+
Students Participated
4
Semesters Running
Our Mission
What VIP at Bradley University Means
Vertical Integration
Expose students to varying types of experience by welcoming all academic levels from undergrad to graduate.
Building Tomorrow's Engineers
Giving students an avenue to experience what fields interest them early, giving them a head start when reaching industry.
Project Based
Use project-based learning to emphasize the combination of technical and practical skills within our field.
Student Led
Students build leadership skills by leading their peers, with instructors taking on a supportive role.
Projects
What We're Working On
The projects currently underway at VIP at Bradley University
Weather Station
Environmental data collection and distribution project for Bradley's campus
O.A.S.I.S
Automous AGV robot description about the O.A.S.I.S project
Chess Board
Automated chess board that will allow players to move against an AI while the chess board moves its own pieces.
Resistor Sorter
A computer-controlled robotic gantry to sort resistors into standing bins
Water Monitor
Automated system to alert users if the water in a chicken feeder has reached refilling levels
Learn more in our blog
View all posts ยปHere, you can find information about our projects, as well as technical and informational posts
Automated Chessboard
An intellegent chessboard that uses an electromagnet to physically move pieces and play against humans.
O.A.S.I.S Autonomous Rover
Small autonomous rover that can wander and avoid obstacles
3D Printed E-Stop Button
ECE 398 Students Designed an E-Stop Enclosure for Standard 22mm E-Stop Buttons that Fits to 20mm x 20mm T-Slot Extrusion