- Preclinical design and implementation of novel control methods for providing robotic assistance during overground and treadmill walking
- Evaluation of wearable robotics in our motion analysis laboratory to validate system performance, optimize controller design, and assess biomechanical effects and clinical outcomes
- A recently completed PhD in electrical, mechanical, or biomedical engineering or a closely related field
- Expertise in robotic control approaches and their implementation in embedded electronics or microcontroller environments
- Experience with robotic devices for clinical human-machine interaction applications, such as rehabilitation robotics, exoskeletons, prosthetics, orthotics, movement augmentation, and/or functional electrical stimulation
- Experience collecting motion capture and/or other biomechanical measurements from human subjects
- Expertise in data analysis in Matlab and/or Python software packages
- Evidence of scholarship, e.g., peer-reviewed publications
The National Institutes of Health’s Clinical Center (NIH CC) is a 200-bed hospital dedicated to clinical research. All care is delivered under active clinical research protocols. The Clinical Center’s mission is scientific discovery: approximately half of the clinical protocols evaluate rare (most often genetically-determined) diseases; the other half are clinical trials of novel interventions. The Neurorobotics Research Group is a newly formed research lab within the Rehabilitation Medicine Department of the NIH CC that develops innovative device-based approaches to treat movement disorders.