Jorge Cabral

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About

Jorge Cabral is a leading researcher in the field of tactile sensing and embedded systems, with a particular focus on capacitive sensor technology for robotic manipulation. His most-cited work, "3 Axis Capacitive Tactile Sensor and Readout Electronics" (2006), addresses a critical challenge in robotics: accurately measuring the force applied to an object by a manipulator. Cabral’s major contribution lies in developing robust methods to overcome parasitic capacitances in sensor readout circuits, enabling more precise and reliable tactile feedback. This foundational work has accumulated over 30 citations, influencing subsequent advances in haptic interfaces and human-robot interaction. Beyond this landmark paper, Cabral has made significant strides in embedded computing, energy harvesting, and wireless sensor networks, often bridging hardware design with practical applications. His research has been instrumental in advancing autonomous systems, from industrial automation to assistive robotics. Cabral’s work is characterized by a pragmatic approach to engineering challenges, making complex sensor systems more accessible and effective for real-world use. For students and researchers exploring tactile sensing or embedded systems, Cabral’s contributions offer a solid foundation in both theoretical principles and practical implementation.