Biophysics and Biomedical Modeling
Biophysics and biomedical modeling integrates biomechanics, cellular and tissue-scale physics, computational physiology, and machine learning to recreate injury mechanics, hemorrhage, infection dynamics, and host response. Models enable in silico trials, optimize sensor placement, predict decompensation, and support clinical decision-making in austere and prolonged-field-care settings.
Technical Challenges
Modeling heterogeneous polytrauma and blast biomechanics across scales from organ deformation to cellular injury.
Accurately predicting hemodynamic collapse and transfusion needs during delayed evacuation in austere settings.
Simulating host–pathogen interactions and biofilm dynamics for rapid antimicrobial decision support under antimicrobial resistance (AMR).
Integrating noisy, sparse physiological data from wearables and point-of-care devices into reliable real-time models.
Emerging Opportunities
Validated, deployable predictive models for hemorrhage control and resuscitation that work with limited inputs.
Standardized multiscale model validation pipelines tied to clinical outcomes and DoD priorities.
Computationally efficient digital twins usable on edge devices for prolonged field care and medics in forward areas.
Interoperable model-into-workflow tools connecting simulations with electronic health records, telemedicine, and battlefield decision aids.
Current and Emerging Technologies in Biophysics and Biomedical Modeling
Multiscale computational physiology
Couples cellular signaling, tissue mechanics, and organ-level hemodynamics to predict responses to trauma, resuscitation, and therapeutics. Enables virtual trials and sensitivity analyses for combat-relevant injuries.
Finite element and biomechanics modeling
High-fidelity simulations of blast, ballistic, and blunt-force trauma to inform protective equipment, surgical planning, and reconstructed anatomy for regenerative strategies.
Digital twins and patient-specific modeling
Personalized virtual patients drive scenario-based planning, anticipate clinical deterioration, and tailor interventions for prolonged casualty care or constrained evacuation timelines.
Machine learning–augmented mechanistic models
Hybrid approaches fuse physics-based models with data-driven methods to improve prediction from sparse battlefield sensors and to flag atypical trajectories such as occult hemorrhage or infection.
Rapid in silico trial platforms
Scalable simulation environments accelerate evaluation of devices, blood products, and therapeutics, reducing time to iterate prototypes relevant to DoD operational requirements.
Edge-capable real-time decision support
Lightweight algorithms and compressed models engineered for wearables, portable monitors, and handheld devices that provide medics with actionable predictions under connectivity constraints.
Importance to Military Medicine
Optimizes combat casualty care
Predictive models guide hemorrhage control, resuscitation strategies, and triage decisions where rapid clinical judgment can change survival.
Supports prolonged and austere care
Digital twins and edge models extend expertise into far‑forward environments, enabling medics to manage delayed evacuation and prolonged field care.
Improves readiness and medical planning
Simulations inform training, force health protection, and logistics for blood, antibiotics, and surgical capabilities under combat conditions.
Accelerates technology maturation
In silico evaluation shortens development cycles for devices and therapeutics prioritized by DoD, reducing time to deployment and civilian benefit.
Alignment with the MTEC Mission
Directly supports MTEC’s mission by accelerating transition of military-relevant medical technologies through validated modeling, simulation, and rapid iteration.
Aligns with DoD priorities—combat casualty care, force health protection, and prolonged care—by providing evidence-based decision tools and virtual testbeds.
Enables multidisciplinary consortia work across academia, industry, and military clinicians to validate models against operationally relevant datasets.
Supports dual-use outcomes by accelerating civilian translation of validated simulation tools for trauma care, infectious disease response, and surgical planning.
Dual-Use (Military + Civilian) Applications
Use cases include virtual testing of hemorrhage control devices, predicting sepsis trajectories for field triage, digital-twin surgical rehearsal, and optimized sensor networks for remote monitoring.
Explore MTEC Members with Biophysics and Biomedical Modeling Capabilities
MTEC members bring combined strengths in computational modeling, biomechanics, clinical trial design, regulatory strategy, and field validation. Industry accelerates engineering; academic partners provide model rigor and validation; military clinicians ensure operational relevance. Explore member profiles to identify collaborators with expertise in digital twins, in silico trials, edge analytics, and translational validation to advance military medical capability.
149 Members with Biophysics and Biomedical Modeling capabilities.
SIMETRI is a woman-and-minority owned small business based in Winter Park, Florida, specializing in modeling, simulation, and training technologies. Founded in 2009, the company focuses on delivering innovative products and services that enhance the human experience and improve client outcomes through advanced training and program management analysis.
Humanetics Corporation is a clinical-stage pharmaceutical company based in Minneapolis, Minnesota, focused on developing and commercializing products to enhance human health and wellbeing. Founded in 1988, the company specializes in radiation modulators, adjunctive oncology therapies, and pulmonary protective therapies, particularly for COVID-19. Humanetics is known for its lead drug candidate, BIO 300, which is being developed as a radioprotectant for military and civilian use, as well as a treatment to improve outcomes in cancer patients receiving radiotherapy. The company is actively engaged in research programs for non-small cell lung cancer, prostate cancer, and head and neck cancers.
Teleflex is a global provider of medical technologies designed to improve the health and quality of people's lives. The company focuses on purpose-driven innovation to empower healthcare professionals and enhance patient outcomes across various medical fields.
Aware Custom Biometric Wearables, is a leading innovator in cutting-edge in-ear technology, specializing in superior custom hearing protection solutions and biometric hearables. Our groundbreaking in-ear solutions feature enhanced hearing capabilities, continuous monitoring, and the collection of medical-grade biometric data, all designed to enhance human performance and safeguard lives. Our commitment to innovation is reflected in our meticulously crafted in-ear devices. Thanks to our patented 3D Ear Scanner technology, we provide a custom fit tailored to the unique shape of each individual's ear which optimizes the performance of sensors. Aware is transforming the ear into a dynamic platform for health and human performance by collecting medical-grade data, delivering actionable AI-driven insights, and enabling precision therapeutics within devices we wear in our everyday lives. Our technology serves a diverse range of sectors within healthcare, military, and industrial. Proudly U.S.-based, offices in Atlanta, GA and San Diego, CA. www.AwareCBW.com.
Seek Labs is a biotechnology company headquartered in Salt Lake City, Utah, dedicated to advancing scientific discovery and delivering universal healthcare solutions. The company specializes in next-generation point-of-care molecular diagnostics and programmable CRISPR-based therapeutics, aiming to bridge the gap between disease outbreak and intervention. Powered by its proprietary AI discovery engine, BioSeeker™, Seek Labs is building a modular, full-stack system that enables rapid response to emerging pathogens, scalable precision treatments, and accessible diagnostics. The company is committed to global health innovation, sustainability, and community engagement, and is a proud member of Utah's BioHive life sciences ecosystem. Seek Labs' mission is to empower individuals with healthcare solutions tailored to their specific needs, revolutionizing the detection and treatment of diseases for both human and animal health.
BioPharma Connections is an independent, woman-owned consulting firm founded in San Francisco in 2007, providing strategic business development, technical operations, regulatory, product development, and commercialization support to the life sciences industry. Serving pharmaceutical, biotechnology, medical device, and diagnostic companies globally, the firm specializes in facilitating connections between organizations, service providers, CROs, CDMOs, and investors—guiding clients from concept to commercialization, with deep expertise in regulatory compliance, emerging technologies, and diverse therapeutic areas.
Sonogen Medical Inc. is dedicated to researching, developing, and commercializing next-generation ultrasonic bone fracture healing technology. The company combines expertise in fluid mechanics, biophysics, sonar, and medical ultrasound to create safe and effective devices for bone healing.
UTMB is dedicated to supporting research, education, and scholarly endeavors, with a focus on creating the future of healthcare through innovative research and community engagement.
Noblis is a nonprofit research and technical organization supporting federal missions in defense, health, environment, and security. Emphasizing applied sciences, engineering, digital transformation, artificial intelligence, cloud, and cybersecurity, Noblis provides objective solutions for government agencies confronting complex operational and scientific challenges.
Vindhya Data Science is a women-owned small business headquartered in North Carolina, USA, with a presence in RTP and Boston. We specialize in bioinformatics, genomics, artificial intelligence, and data engineering, cheminformatics, evidence-based medicine, epidemiology and related disciplines. Vindhya partners with federal government agencies, leading academic medical centers, and pharma/biotech organizations to transform large datasets into informed decisions using advanced data science technologies. With over 100 years of combined experience, 150+ publications, and 73+ successful projects, Vindhya is committed to delivering impactful solutions in the life sciences sector.
The University of Chicago is a prestigious urban research university committed to rigorous inquiry and intellectual freedom. Founded in 1890, it has produced numerous Nobel laureates and is known for its transformative education and groundbreaking research across various fields. The university fosters an inclusive and diverse learning environment, encouraging participation from all community members.
JDSAT is a decision science company that fuses human insight with algorithmic precision to help organizations make faster, better-informed decisions, when the stakes are high, and the margin for error is low. We work across defense, interagency, and health sectors to build decision ecosystems that thrive in uncertainty. Whether you're leading transformation inside government or solving tough problems as a prime, JDSAT is your edge in complexity.
Booz Allen Hamilton is a leading management and technology consulting firm with over 110 years of experience. The company is dedicated to empowering people to change the world through innovative solutions in various sectors including cybersecurity, artificial intelligence, engineering, and defense. Booz Allen partners with government and commercial clients to tackle their most complex challenges, leveraging a culture of innovation and a commitment to excellence. The firm operates with core values of integrity, courage, service, ingenuity, and a commitment to diversity and inclusion.
PinMed, Inc., is a National Innovation Award-winning bioinformatics/medical-device company that develops high-fidelity cardiovascular monitoring systems, personalized (adaptive) software, and integrated systems and custom solutions for tracking cardiovascular data in the most challenging environments (e.g., intensive activity, extreme electromagnetic interference, and interventional cardiovascular procedures) and identifying subtle but clinically important indicators of cardiovascular events. PinMed’s award-winning solutions include versatile, multisensor, high-fidelity monitoring systems for various hospital and ambulatory settings. The company has extensive experience in electronic and mechanical engineering, development of software and firmware for various processors, computational modeling, and cardiovascular physiology. PinMed’s flagship mobile platform, PELEX, provides unparalleled versatility in physiological monitoring and has been cleared by the FDA for diagnostic 12-lead ECG testing and various types of ambulatory monitoring.
DLH delivers improved health and national security readiness solutions for federal programs through science research and development, systems engineering and integration, and digital transformation. With over 3,200 employees, DLH is committed to solving complex problems faced by civilian and military customers, leveraging advanced technologies and methodologies to enhance health outcomes and operational readiness.
This organization specializes in integrated, science-based treatment and diagnostics for Alzheimer’s, dementia, and cognitive decline. Utilizing a precision medicine approach, the center combines advanced AI analysis, biomarker-driven planning, and multimodal therapies including brain imaging, neurocognitive testing, and over 50 clinical and supportive treatment modalities. The care model addresses both the root causes and neuropsychiatric aspects of cognitive impairment, delivered by a multidisciplinary team with expertise in functional, regenerative, and collaborative behavioral medicine.
NIRSense
Rugged Physiological Monitoring for the Modern Warfighter: NIRSense
Under MTEC-21-10-NavyMultiTopic, NIRSense is advancing its tactical jet physiological monitoring technology for broader Navy applications. The project focuses on ruggedized, wireless physiological sensors that can provide reliable, real-time insight into warfighter health and performance in demanding operational environments.
Safi Biotherapeutics
Next-Generation Manufactured Red Blood Cells for Extended Battlefield Blood Supply: Safi Biotherapeutics
Safi Biotherapeutics is developing manufactured red blood cells (mRBCs) with extended shelf life to improve battlefield transfusion readiness and emergency trauma care.
Non-Invasive Glymphatic (GF) Monitoring and Recovery Optimization for Warfighter Cognitive Readiness
Applied Cognition is developing non-invasive glymphatic monitoring and recovery technologies to enhance warfighter cognitive readiness, resilience, and sleep recovery.
Moberg Analytics
Moberg Analytics – Advanced Brain Monitoring & Critical Care Informatic
Moberg’s platform unifies brain monitoring data for faster, precise treatment of severe brain injuries in military and civilian care.