Papers
8
Total Citations
71
H-Index
6
About
Munzir Zafar’s research lies at the intersection of whole-body control, mobile manipulation, and autonomous systems, with a particular focus on wheeled-inverted pendulum (WIP) humanoids—robots that dynamically balance on two wheels while performing complex tasks. His most influential work, “Whole body control of a wheeled inverted pendulum humanoid” (18 citations), introduced operational space control techniques for these underactuated platforms, enabling redundant manipulators to operate while maintaining balance. Zafar further advanced this domain by extending Riemannian Motion Policies to WIP robots (13 citations), offering a more general framework for specifying motion policies than traditional approaches. Beyond control theory, he pioneered the “MacGyver” paradigm for mobile manipulation (12 citations), proposing that robots should actively use environmental objects as tools—a concept that pushes beyond simple obstacle removal toward creative problem-solving. His work also addresses mission-critical autonomy, developing performance guarantees for multi-agent systems operating in noisy environments (10+ citations), with applications to counter-Weapons of Mass Destruction missions. More recently, Zafar has contributed to prosthetic design through bond graph modeling and optimal control of anthropomorphic hands. His research consistently bridges theoretical control methods with practical robotic capabilities, making him a notable figure in the advancement of dynamically balancing mobile manipulators.
Research Focus
Key Achievements
Top Papers
- 1Whole body control of a wheeled inverted pendulum humanoid18 citations · 2016
- 2
- 3
- 4
- 5
- 6
- 7
- 8