The Thirty Gallon Robot: Autonomous Movement and Obstacle Avoidance
Robotics in the past has been difficult
and expensive to build. There are very few options available for students who want to learn about robotics.
However, robotics parts have gotten significantly cheaper and more powerful. Our client, Dr. Leverington, is a senior
lecturer at Northern Arizona University. Dr. Leverington has an interest in robotics and noticed these two trends. He
and previous capstones have designed the Thirty Gallon Robot as the solution to this problem. The Thirty Gallon
Robot will be an affordable autonomous robotic platform for use in college-level classes for teaching purposes.
Its programmability allows students to develop and create their own robotics applications without needed to build one.
The current problem with the implementation of the robot
is that it only contains the hardware. We will be implementing the autonomous movement and
obstacle avoidances modules. These modules are the first step towards a fully autonomous robot.
You can read about the initial project details here
The Team
Project Sponsor
Dr. Michael Leverington
Northern Arizona University
School of Informatics, Computing, and Cyber Systems
Project Mentor
Han Peng