Engineering

Robotics/Prosthetics

Powered prosthetics can help restore function to injured or disabled limbs.

Delsys sensors stream synchronized myoelectric and movement signals for real-time control and feedback.

Motor Adaptation for EMG-Powered Prostheses: A New Strategy
Reva Johnson
Northwestern University

Cutting edge research at NMRL – Inching towards developing true bionic legs that can improve the quality of life of patients with lower limb amputations
Dr. Helen Huang, Ph.D.
North Carolina State University

The Future of Prosthesis Design
Dr. Helen Huang, Ph.D.
North Carolina State University

Dr. Mohamad Rastgaar and His Quest for New Intelligent Lower-Limb Prosthesis
Dr. Mohamad Rastgaar
MTU

Brain-Machine Interface

The brain controls movement and force production by regulating muscle contractions.

Advanced Delsys technology can reveal the neural control of movement, and accelerate the development of novel brain-machine interfaces.

Bionic hand project builds fingertip sensors
University of Newcastle

MINDWALKER: Using Biosignals to Create a Powerful New Exoskeleton
Dr. Michel Ilzkovitz
Space Applications Services

Human Factors

Optimizing how people interact with their physical environment improves safety, health, and productivity.

Delsys sensors are compact and easy to deploy in a wide range of environments, from factory floors to airplane cockpits.