The Robotics and Autonomous Systems Division leads research in developing autonomous robotic systems that can operate in complex and changing environments. Focusing on robotics design, artificial intelligence, and human-robot interaction, this division enhances robots’ ability to perform sophisticated tasks independently, contributing to sectors like industrial automation, disaster response, and environmental monitoring.

• Robotic System Development: Creating autonomous ground, aerial, and underwater robots capable of navigating diverse environments.
• Autonomous Navigation and Control: Developing algorithms for localization, mapping, and navigation, enabling robots to function independently.
• AI and Machine Learning in Robotics: Using AI to enhance robots’ perception, adaptability, and decision-making abilities.
• Human-Robot Interaction: Building systems that allow safe and effective collaboration between robots and human operators.
• Swarm Robotics: Investigating methods for coordinating multiple robots to work together on complex tasks.

• Autonomous Navigation and Exploration: Developing algorithms for robots to navigate and explore environments autonomously, from industrial facilities to remote natural sites.
• Robotic Manipulation: Creating robotic hands and arms capable of delicate manipulation tasks in fields like healthcare, manufacturing, and service industries.
• Perception and Decision-Making: Using machine learning to improve robots’ ability to interpret their environment and make informed decisions.
• Multi-Robot Coordination: Studying swarm robotics for applications that require teams of robots to collaborate, such as search and rescue operations.
• Resilient Robots for Challenging Environments: Developing robots for use in extreme conditions, including hazardous industrial sites, agriculture, and disaster zones.