The U.S. Army Telemedicine & Advanced Technology Research Center (USATATRC) is a Direct Reporting Unit under the U.S. Army Medical Research & Development Command (USAMRDC), located at Fort Detrick, Maryland. USATATRC conducts and supports research through its four core areas which include: Data Sciences, Human Technology Teaming & Medical Performance Research, Robotics & Engineering, Science Technology Innovation Management & Synchronization.
We remain committed through research to automate casualty care by fusing data, humans and machines into trustworthy solutions that will optimize medical performance and casualty outcomes. Autonomous casualty care will reduce the human burden of casualty care and maximize the capability and capacity of the Military Health System across the continuum of care.
Through the Advanced Medical Technology Initiative, USATATRC sponsors clinicians across the military health systems to test new technologies and ideas in clinically relevant process improvement projects, during operational simulations, or with animal models. USATATRC fosters research to address gaps in DoD medical programs and military healthcare. With an extensive network of partners, USATATRC expertise is focused on the entire research spectrum, from early-stage innovative research to technology demonstrations and implementation to benefit the Warfighter. USATATRC Labs actively collaborate with commercial entities and academic institutions to address the requirements of our medical research programs through special funding and partnership opportunities.
USATATRC is a center of gravity for automating casualty care to assist in modernizing delivery of care battlefields of tomorrow. It is a nexus where multidisciplinary teams of data scientists, robotic engineers, medical simulation and training experts, operational medicine clinicians, remote health experts, ethicists, capability developers, product developers, witness technology use in contextually relevant simulation events, share ideas, and create the future.
Our Mission is to automate casualty care by fusing data, humans, and machines into trustworthy solutions that optimize medical performance and casualty outcomes.