Where ideas become systems—and systems meet the real world.
Across disciplines
BYU robotics labs unite students and faculty around autonomy, control, field robotics, dynamics, and intelligent systems. Explore each team to find its people, projects, and opportunities.
Mechanical Engineering
The BYU Compliant Mechanisms and Robotics Group (CMR) involves students and faculty who strive to make an impact by creating compliant mechanism theories and applications that are novel, used by others, and make a difference for good.
Visit the lab
Electrical & Computer Engineering, Mechanical Engineering
Field robotics research focused on resilient autonomous systems operating in challenging environments.
Visit the lab
Computer Science
Applying Network AI to poverty mitigation, and assurance modeling for human-robot teams.
Visit the lab
Computer Science
Artificial intelligence; multi-agent systems; robotics; human-machine cooperation; machine learning
Visit the lab
Electrical & Computer Engineering, Mechanical Engineering
The MAGICC Lab, or Multiple AGent Intelligent Coordination and Control Lab, focuses on research in navigation, guidance, and control for teams of autonomous unmanned aerial vehicles. The lab’s work includes cooperative GPS-denied navigation, UAS autopilot software through ROSflight, and sense-and-avoid methods for micro air vehicles. More broadly, the lab develops algorithms and systems that enable autonomous vehicles to coordinate effectively, operate in challenging environments, and support collaborative robotic missions.
Visit the lab
Electrical and Computer Engineering
Robotic Vision Lab, established in 2004 by Dr. DJ Lee, is dedicated to research in visual computing for robotic applications. The lab’s current research areas encompass artificial intelligence, high-performance visual computing, robotic vision, and visual inspection automation.
Visit the lab
Mechanical Engineering
The Robotics and Dynamics Laboratory is a research group at Brigham Young University that focuses on the modeling and control of robotic platforms with compliance.
Visit the labStart a conversation
