Papers
3
Total Citations
37
H-Index
3
About
Ahmad Tayba is a robotics engineer whose work focuses on advancing humanoid robot hardware, particularly through the development of the HYDROïD platform. His primary research areas include lightweight actuation, hybrid kinematic mechanisms, and force sensing for interactive robotics. Tayba’s most cited work, “Development of lightweight hydraulic cylinder for humanoid robots applications” (20 citations), introduces a compact, high-power-density actuator designed for robotic joints—exemplified by its implementation in the knee joint of HYDROïD. He further contributed to robot mobility with his 2016 paper on a three-degree-of-freedom hybrid mechanism for shoulder and hip modules (11 citations), offering a versatile kinematic solution applicable to both humanoid and quadruped robots. To enhance robot-environment interaction, Tayba developed a low-cost force localized interaction sensing system (6 citations), which uses mechanical deformation and mathematical models for easy integration into robotic limbs. Collectively, his work addresses critical challenges in making humanoid robots lighter, more dexterous, and more perceptive, laying practical groundwork for the next generation of physically capable humanoid systems.
Research Focus
Key Achievements
Top Papers
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- 3Force Localized Interaction Sensing System for HYDROïD Humanoid Robot6 citations · 2019