معرفی
Christopher Lee Bennett serves as an Associate Professor at the Frost School of Music, University of Miami, where he conducts pioneering interdisciplinary research that bridges music technology with biomedical engineering and clinical applications. His academic profile reflects a unique fusion of musical acoustics expertise with practical healthcare solutions.
Dr. Bennett's research spans several interconnected domains:
- Auditory Science and Sound Localization
- Medical Acoustics and Alarm Systems
- Biomechanics and Gait Analysis
- Rehabilitation Engineering for Amputees
- Mobile Health Applications
- Infant Motor Development and Rhythmic Processing
His recent work demonstrates strong translational impact, particularly through collaborations with the Department of Defense and Veterans Affairs. The Mobile Device Outcomes-based Rehabilitation Program (MDORP) and Rehabilitative Lower Limb Orthopedic Analysis Device (ReLOAD) represent significant contributions to telerehabilitation for service members and veterans with lower limb amputation. His research on medical alarm identification algorithms addresses critical patient safety issues in healthcare environments.
Dr. Bennett's publication record shows consistent output across multiple high-impact journals in engineering, medicine, and rehabilitation science. His methodological approach combines rigorous signal processing techniques with clinical validation studies, often employing inertial measurement units and other wearable sensors to quantify human movement and auditory perception.
Notable research contributions include:
- Development of robust algorithms for medical alarm identification
- Investigation of spatial hearing limitations in hearable technology
- Validation of mobile rehabilitation systems for prosthetic users
- Analysis of infant rhythmic entrainment patterns
- Novel metrics for assessing return-to-sport readiness after injury
He maintains active collaborations across disciplinary boundaries, working with clinicians, engineers, and rehabilitation specialists to translate research findings into practical healthcare applications. His ORCID profile (0000-0002-1150-7400) documents his extensive scholarly contributions to these interdisciplinary fields.
