Senior Design Team 301:
IEEE Southeastcon Hardware Competition 2022
Sponsor: Electrical & Computer Engineering Department
Advisor: Dr. Bruce Harvey
Meet The Team
Kelvin Hamilton
Computer Engineering
Project Manager
Co-Drivetrain Engineer
Melissa Emery
Electrical Engineering
Project Analyst
Integration Engineer
Alli Rosenbaum
Computer Engineering
Electrical Engineering
Data Acquisition Engineer
Peripherals Engineer
Raymond Martinez
Electrical Engineering
Drivetrain Engineer
Destiny Law
Electrical Engineering
Co-Data Acquisition Engineer
Team Biographies
Kelvin Hamilton is a senior Computer Engineering student at Florida State University. He has experience in augmented reality, artificial intelligence, and robotics. After graduating in April, he will start his career as a Software Engineer for Lockheed Martin Aeronautics in Fort Worth, Texas.
Melissa Emery
is a senior Electrical Engineering student at Florida State University. She has experience in robotics, digital filter design, and microprocessors. After graduating in April, she will start her career as a Integration and Test Engineer for L3Harris in Melbourne, Florida.
Allison Rosenbaum is a junior Electrical and Computer Engineering student at Florida State University. She has experience in microprocessors and programming. After graduating in December she will pursue a career in software engineering.
Raymond Martinez is a senior Electrical Engineering student at Florida State University. He has experience in programming navigation algorithms and microprocessors. This summer, he will go on to intern in a power engineering position and then graduate at the end of the year.
Destiny Law is a senior Electrical Engineering student at Florida A&M University. She has experience in artificial intelligence and programming. After graduation, she will pursue a career in cyber security and programming.
Abstract
The annual IEEE SoutheastCon Hardware Competition is a robotics design
contest. This year's competition is held in the birthplace of Mardi Gras, Mobile Alabama,
and thus is Mardi Gras-themed. The competition tasks us with designing a small-scale
model of a driverless parade float that follows a parade route, collects and throws
beads, and pushes a marshmallow. Additionally, we can earn points by including a
display and music that demonstrates our school spirit. Our display will be a screen with
images of FSU’s and FAMU’s logos.
There are three rounds to the competition, with 10, 15, and 20 beads at each dowel, representing a tree, available
for collection in each round. At the start of each round, our robot follows a painted line
located in the center of the game board. Our robot stops at each tree to standby for collection of beads. Using a robotic
arm, these beads are then collected and deposited into its catapult. Once the beads
are collected, the robot continues along the parade route. Along the way, the robot uses image recognition to detect nets and then throw the beads into them. Each round will have one
marshmallow on the board that represents a member of the crowd that is on the road. Points are
earned for each bead collected and thrown into a net, for each marshmallow pushed
into an alleyway, and for completing the course. Our goal is to have our robot finish the
obstacle course while completing as many tasks as possible to maximize points.
Final Design
- Microprocessor: Arduino (x3)
- Wheels: Standard (x2) and Caster (x2)
- Movement: Line Tracking
- Power Supply: NiMH
- Physical Base: Circular 3D printed base (2 tiers)
- Sensors: PixyCam, Line Sensors
- Bead Collector/Launcher: Arm & Catapult
- Marshmallow Mechanism: Bumper
Project at a Glance
Engineering Design Day Presentation