Catherine Elliott

Curtin University, The Kids Research Institute Australia

Papers

Total Citations

167

H-Index

About

Catherine Elliott is a leading researcher in rehabilitation engineering and pediatric biomechanics, with a focus on advancing motion analysis for clinical populations. Her work centers on wearable sensor technology and its application to upper limb and gait assessment, particularly for children with cerebral palsy. Elliott’s most influential contribution is her 2018 systematic review on wearable sensors for upper limb range of motion measurement, which has garnered 119 citations and serves as a foundational resource for clinicians and engineers selecting sensor systems for joint angle tracking. She further demonstrated technical rigor in a 2019 validation study of custom wearable sensors for angle kinematics, establishing protocols for accuracy in real-world settings. In a key clinical trial (2020, 45 citations), Elliott investigated robotic assisted gait training combined with electrical stimulation for children with cerebral palsy, comparing it to locomotor training alone to enhance mobility outcomes. Her work bridges engineering innovation and pediatric rehabilitation, offering evidence-based tools to improve functional independence. Elliott’s research is widely cited for its practical impact on sensor-based assessment and therapeutic interventions, making her a notable figure in wearable technology and neurorehabilitation.