Husky Rover

Developing mobile and field robotic systems for construction and infrastructure projects that can perceive, navigate, and operate safely in complex environments
Universal Robotic Arms
Computer Vision
Real-Time Automation
Client
Dr. Reza Akhavian
Date
August 8, 2023
Role
Jim Ryan Endowed Chair in Construction Engineering and Management
Website
DiCE Labs

Autonomous Construction Robotics with the Clearpath Husky Platform

Developed and explored robotic automation workflows using the Clearpath Husky A200 platform as part of research collaboration with San Diego State University’s Design Innovation and Construction Engineering Labs (DICE Lab). The project investigated how mobile robotics combined with dual-arm manipulation could assist in construction engineering tasks such as automated material handling, site inspection, and precision assembly. By integrating computer vision, robotic control systems, and autonomous navigation, the rover demonstrates how robotic platforms can augment human labor, improve job-site safety, and enable more efficient construction workflows in complex environments.

Development

Project highlights:

Text Link
“We envision a future of work where robots can lay bricks for example. Or robots can help with overhead installation or things of that nature,”

Dr. Reza Akhavian

Jim Ryan Endowed Chair in Construction Engineering and Management