Research

Device Development

Several of the projects in the BLINC lab require custom-built prototypes, to meet specific requirements that are unavailable commercially. Many of our designs involve the use of 3D printers which allow design flexibility and rapid production turn-arounds. We also develop custom electronics using both commercial microcontroller boards and custom print circuit boards. Funding This work … Continue reading Device Development

Sensory Motor Integration

Myoelectric prostheses have recently undergone extensive developments in their complexity and movement patterns, yet controlling these devices remains a challenge, and commercial devices lack sensory feedback. We are working on several areas to improve control and feedback from prosthetic devices. Funding ¬†Physiologically Relevant Prosthetic Limb Movement Feedback for Upper and Lower Extremity Amputees Investigators: PM … Continue reading Sensory Motor Integration

Outcome Metrics

Prosthetic limb technology has undergone significant advancements in recent years, but there is currently no standardized set of metrics to evaluate these technologies. This lack of information leaves insufficient evidence to guide research and medical decision-making and hinders the ability to communicate benefits to patients and demonstrate improved outcomes to insurance payers. We are developing … Continue reading Outcome Metrics

Machine Learning

Intelligence has been described as the most powerful phenomenon in the universe. Humans leverage intelligence as they plan, coordinate, execute, and interpret the movement of their body during interactions with the world around them. In the case of upper-limb amputation, new prosthetic technologies aim to potentially restore a full range of dexterous movements and the … Continue reading Machine Learning