Heather Culver-Godfrey

Papers

Total Citations

161

H-Index

About

Heather Culver-Godfrey’s research lies at the intersection of assistive robotics, human-robot interaction, and rehabilitation engineering, with a focus on restoring autonomy to individuals with severe physical disabilities. Her most influential work, a 2011 study with 161 citations, examined how autonomy in operating a wheelchair-mounted robotic arm impacts performance and satisfaction among spinal cord injured (SCI) subjects. This dual-cohort pilot study demonstrated that even limited robotic assistance can significantly improve users’ sense of control and task completion, laying groundwork for user-centered design in assistive technology. Culver-Godfrey’s contributions extend to developing the UCF-MANUS, a vision-based 6DOF robotic arm tailored for individuals with upper limb impairments. Her research emphasizes not just technical functionality but the psychological and practical benefits of restoring independence, making her a key figure in rehabilitation robotics. By bridging engineering and clinical outcomes, she has shaped how assistive robots are evaluated and deployed, influencing subsequent studies on user autonomy and quality of life. Her work remains a touchstone for researchers designing intuitive, empowering assistive devices.