Directs research projects on human-robot interaction, robot ethics, and trust in autonomous systems
Developed projects including deceptive robots (e.g., robot hide-and-seek), guiding robots (e.g., Emergie for fire evacuation), and assistive robots for the blind using deep learning
Studies the impact of social robots in higher education
Investigates human overtrust in autonomous vehicles
Background
Principal Investigator of the Robot Ethics and Aerial Vehicles Laboratory (REAL Lab) at The Pennsylvania State University
Research focuses on ethical implications and scientific foundations of autonomous aerial vehicles and robots
Explores how robots can intuitively interact with, communicate with, and influence humans
Investigates societal, ethical, and cultural ramifications of autonomous machines
Employs interdisciplinary methods from social psychology, behavioral economics, game theory, AI, machine learning, and engineering
Emphasizes high-level cognitive aspects of human-robot interaction, including relationship development, partner modeling, and reasoning about trust and deception
Applies robotic systems to search and rescue and humanitarian missions