Papers
4
Total Citations
35
H-Index
3
About
Sinan Emre is a robotics researcher focused on creating safer, more capable machines for human-robot interaction and challenging locomotion. His work centers on the design of force-controlled actuators and robotic systems that can reliably coexist with humans. Emre’s most impactful contribution is the development of a durable series elastic actuator (SEA) with an optimized spring topology (19 citations), designed for long-term use in force-controlled applications—a critical component for responsive and safe robots. He also led the design of "Co-Ex," a torque-controllable lower body exoskeleton (11 citations) that provides 3D walking support with minimal actuation, advancing dependable human-robot co-existence. More recently, Emre has tackled quadrupedal locomotion, introducing the "Carpal-Claw" mechanism to enhance high-obstacle negotiation and developing stair-climbing charts to determine optimal body height for walking on stairs. His work bridges fundamental actuator design with practical, application-driven robotics, demonstrating a clear trajectory from component-level innovation to system-level capability. With a growing citation record and a focus on both exoskeletons and legged robots, Emre is establishing himself as a versatile engineer in the field of physical human-robot interaction and mobile manipulation.
Research Focus
Key Achievements
Top Papers
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