ScenPro has designed and developed medical modeling and simulation applications that generate Combat and Disease Non-Battle Injury (DNBI) casualty streams, estimate medical resource shortfalls, and manage casualty flow. ScenPro also developed a Task-Time-Treater database that correlates treatment steps with required medical materials, equipment, and blood.
ScenPro modeled the treatment capabilities of a network of military medical facilities based on medical resource sufficiency analyses. Individual facilities are characterized by Tables of Organization and Equipment (TO&E) and the Authorized Medical Allowance List (AMAL).
The NBC Casualty and Resource Estimation Support Tool (CREST) application developed for the US Army Office of the Surgeon General (OTSG) provides estimates of time-phased medical resources required for patient treatment. NBC CREST analyzes medical courses of action based on assessments of medical resource sufficiency. After comparing two or more medical courses of action based on user-defined deployment, disposition, and utilization criteria, NBC CREST identifies the optimal medical courses of action.
ScenPro has applied its expertise in required resource estimation and course of action analysis to operational effects models. One such model uses a stochastic approach to provide statistical summary data of the expected results.
ScenPro is currently developing a chemical, biological, radiological, and/or nuclear (CBRN) patient load assessment tool for the US Army OTSG. The tool provides estimates of patient outcomes that account for shortfalls in medical resources and the use of diverse treatment strategies. Future enhancements will include the ability to analyze a heterogeneous population classified as pediatric, geriatric,or immunodeficient.