Papers
10
Total Citations
1,529
H-Index
7
About
Albert Wang is a robotics researcher whose work has fundamentally shaped the field of dynamic legged locomotion and humanoid robot control. Best known for his pivotal contributions to the MIT Cheetah project, Wang developed core design principles for energy-efficient legged robots, addressing critical energy-loss mechanisms in actuators, transmissions, and ground interactions. His landmark papers on the MIT Cheetah robot — collectively accumulating nearly 1,400 citations — established foundational frameworks for high-torque-density actuator design and proprioceptive control, enabling the high-speed trotting and impact-resilient performance that made the platform a benchmark in the field. His 2017 work on proprioceptive actuator design, with over 450 citations, introduced elegant solutions to the long-standing challenge of balancing backdrivability with dynamic responsiveness. Beyond legged locomotion, Wang has made meaningful contributions to humanoid teleoperation through the HERMES system, pioneering balance feedback interfaces that synchronize human operator and robot dynamics in real time. More recently, his research has expanded into haptic devices for teaching bimanual manipulation. Wang's body of work reflects a consistent commitment to bridging human physical intelligence with robotic capability.
Research Focus
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Top Papers
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- 10A Proprioceptive Haptic Device Design for Teaching Bimanual Manipulation3 citations · 2022