Daniel N. Candrea

Duke University, Johns Hopkins University

Papers

Total Citations

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About

Daniel N. Candrea is a researcher focused on advancing neural interfaces and assistive technologies for individuals with paralysis and limb loss. His key research areas include brain-computer interfaces (BCIs), neuroprosthetics, and adaptive prosthetic socket design. Candrea’s major contributions span both invasive neural recording and rehabilitation engineering. In a notable 2020 study (15 citations), he demonstrated the simultaneous classification of bilateral hand gestures using microelectrode recordings from the motor and somatosensory cortices of a tetraplegic participant—a critical step toward restoring bimanual control in daily tasks. Earlier, in a 2019 pilot study (39 citations), he developed an adaptive prosthetic socket with auto-adjusting air bladders, addressing the persistent challenge of socket comfort in upper-limb prostheses. This work highlights his commitment to translating neural signals into practical, user-centered devices. Candrea’s research bridges fundamental neuroscience and clinical application, with his work on bilateral gesture classification representing a significant advance in high-dimensional neural decoding. His contributions are shaping the future of intuitive, comfortable neuroprosthetic systems.