J. S. Blogh MEng.

Papers

Total Citations

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About

J. S. Blogh MEng is a rising researcher in the field of robotic manipulation and mechanical design, whose work focuses on creating intelligent, adaptable, and multi-functional gripper systems. His primary research areas include underactuated mechanisms, collaborative robotics, and sensor-integrated end-effectors. Blogh’s major contribution is the development of the cam-based underactuated gripper with environmental adaptation (CUGEA), a novel design that allows robots to safely grip objects while avoiding collisions in dynamic settings—a critical advance for human-robot interaction. His work on a high-stiffness joint torque sensor featuring taper lock spokes has also been influential, enabling more accurate force control and collision detection in collaborative robots. Additionally, he has engineered a single-drive-source gripper capable of both screw fastening and gripping, demonstrating his talent for simplifying complex tasks through elegant mechanical solutions. With his most-cited paper already garnering 5 citations shortly after publication, Blogh is establishing himself as an innovator in practical, safety-conscious robot design. His achievements signal a promising trajectory in creating robots that work seamlessly alongside humans in real-world environments.