Robert Full

Robert Full is a Professor Emeritus in the Department of EE at the University of California, Berkeley. His research focuses on Biosystems & Computational Biology (BIO), with an emphasis on the study of animal locomotion. Full's work explores the biomechanics and physiology of movement across diverse species, applying techniques such as 3D kinematic analysis and EMG to understand general principles of locomotion. His research has inspired advancements in robotics and computer animation. Full has held various academic positions at UC Berkeley, including Assistant Professor of Zoology and Full Professor of Integrative Biology. He has received numerous honors, including a Distinguished Teaching Award and a Chancellor's Professorship. Full's research has been featured in popular media and has contributed to the field of comparative physiology.

Robert J. Full is a scholar specializing in biomechanics, locomotion, robotics, and biomimetics. His research explores the mechanics of animal movement, including the adhesion mechanisms of gecko foot-hairs and the dynamics of legged locomotion. Full investigates how animals move through an integrative approach, combining biomechanics, neuroscience, and robotics. His work includes the development of biologically inspired robots, such as hexapedal runners, and the study of insect-scale soft robots. He also examines the neuromechanical principles underlying motor control and the role of tails in pitch control. Full's research bridges biology and engineering, aiming to create adaptive and robust robotic systems.