SIMWERX INC.

SIMWERX INC. specializes in delivering advanced educational support and scientific R&D solutions to defense and medical training communities. The company designs and deploys high-fidelity cadaveric training systems for military medical units, enabling realistic trauma and tactical care simulations. In parallel, SIMWERX develops cutting-edge digital twin and augmented skills training platforms, leveraging computational modeling and immersive technologies to enhance triage decision-making and procedural proficiency among combat medics. Their technical expertise spans biomechanical simulation, human anatomy digitization, augmented reality-based skill assessment, and performance benchmarking frameworks—bridging life science research with operational readiness. A key differentiator is their ability to translate complex physiological data into actionable, field-deployable training tools that meet DoD’s rigorous standards for realism and scalability. The contractor maintains a consistent relationship with the Department of Defense, delivering mission-critical training assets and R&D prototypes to medical units across multiple commands. Their work supports frontline medical readiness through tailored, evidence-based solutions that align with Army and Air Force medical training pipelines, particularly in expeditionary and mountain warfare environments. SIMWERX operates primarily within Educational Support Services (NAICS 611710) and Physical, Engineering, and Life Sciences R&D (NAICS 541715), positioning itself at the intersection of military medical education and applied biomedical innovation. The firm specializes in high-stakes, low-volume training environments where precision and realism are non-negotiable, serving niche defense and tactical healthcare markets with proprietary simulation technologies. As a Service-Disabled Veteran-Owned Small Business structured as a 2L entity, SIMWERX brings veteran-led operational insight to federal contracting. Based in Denver, Colorado, the company leverages its geographic proximity to military medical centers and defense R&D hubs to maintain close collaboration with end-users and ensure field-relevant product development.