Overseen by a Principal Investigator, project teams works to test and validate lab research, prototype next-generation devices and conduct FDA trials in-house at our WearTech Center or in partnership with our clinical network.
What if clinicians could use real-time brain mapping to select better deep brain stimulation settings for patients with drug-resistant epilepsy?
What if one wearable system could continuously monitor activity, heart health, and stress physiology to support both cardiology and mental health care?
What if chronic migraine pain could be treated with a wearable, non-invasive ultrasound device?
What if homes could detect fall risk before a fall happens and help older adults live independently longer?
What if prescription medication could be dispensed only at the dose and time a physician prescribed?
What if everyday signals from voice, wearables, and behavior could help women better understand and manage the emotional and cognitive effects of hormonal change?
Inquiry: What if we could make semiconductor manufacturing more sustainable by reducing waste and optimizing resource use?
Inquiry: What if we could accelerate stroke rehabilitation by providing real-time, haptic-enabled therapy through VR technology?
Inquiry: What if a portable anti-gravity wearable could make walking rehabilitation more accessible?
Inquiry: What if we could use AI to power a battery management system that optimizes performance and extends the life of any energy storage system?
Inquiry: What if we could improve mobility and promote physical activity for older adults through innovative wearable technology?
Inquiry: What if we could provide continuous insights into fat metabolism to improve health and manage disease?
Inquiry: What if we could transform chronic disease management by integrating advanced vital sign monitoring with evidence-based digital therapeutics?
Inquiry: What if we could improve safety and provide peace of mind by continuously monitoring the health and movement of senior living residents?