Products

Oxford Medical Simulation (OMS)
Oxford Medical Simulation
Medical Education & Training
Oxford Medical Simulation (OMS) offers immersive, AI-driven VR healthcare training that prepares clinicians for real-world practice through simulated scenarios, combining clinical VR simulations with AI, analytics, and partnership to enhance learning and improve health outcomes.

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About Oxford Medical Simulation

Oxford Medical Simulation (OMS) is a pioneering healthcare AI company that leverages virtual reality (VR) to revolutionize medical education, training, and assessment. For physicians, OMS offers an immersive platform where they can engage in fully interactive clinical scenarios, simulating real-life patient encounters without any risk. The platform allows medical professionals to practice a wide range of situations, from acute emergencies and chronic disease management to difficult conversations and complex procedures, enabling them to apply pathophysiology, interpret symptoms, and make evidence-informed decisions.

The company’s AI-driven scenarios and dynamic physiology engines ensure that virtual patients and team members are fully interactive, adapting to the learner’s decisions and providing personalized feedback and performance metrics. This approach helps to bridge the gap between theoretical knowledge and practical application, enhancing clinical reasoning, decision-making, communication skills, and overall preparedness for real-world practice. OMS aims to provide a scalable, cost-efficient, and evidence-based alternative to traditional simulation methods, supporting the continuous professional development of doctors, nurses, and allied health professionals globally.

Focus Areas

Virtual reality medical simulation AI-driven healthcare training clinical competency healthcare education training and assessment patient management crisis resource management team interaction patient engagement nursing programs medical schools physician assistant programs allied health onboarding quality & safety risk & compliance graduate medical education procedural skills communication skills

Business Intelligence

Key InvestorsSalica Investments, Frog Capital, ACF Investors, Eden Rock Capital Management, Grow London, Evenlode Foundation, Memorial Hermann Health System, Dr Nicolaus Henke, QVentures, Force Over Mass Capital
PartnershipsNHS, Mayo Clinic, Government of Jersey, Boston Children's Hospital, Sheffield Hallam University, Johns Hopkins University, Hull York Medical School, Middlesex University, University of Oxford, University of Northampton, University Hospital Southampton, University of Plymouth, University of Manchester, University of Edinburgh
TechnologyAI and immersive VR technology, virtual reality medical simulation platform, AI-driven scenarios, learning analytics, workflow tools, voice control technology, large language models for natural patient dialogue, emotion and physiology engine, haptic feedback, cloud-native

What Physicians Need to Know

Virtual Reality Medical Simulation
Oxford Medical Simulation (OMS) specializes in delivering immersive, true-to-life virtual reality (VR) clinical experiences. These simulations are available both through VR headsets for deep immersion and on-screen (PC/Mac) for broader accessibility. [3, 4, 5, 15, 19, 22, 27] They offer a wide range of standardized, repeatable scenarios across various medical disciplines, allowing learners to practice clinical skills without risk. [10, 15, 20, 31]
AI-Driven Healthcare Training
At its core, OMS leverages AI, including natural language processing (NLP) and large language models (LLMs), to power dynamic and realistic interactions. [2, 9, 16] Their 'Hands & Voice' scenarios enable learners to speak naturally to virtual patients, with AI driving realistic reactions, physiology, and emotional responses, enhancing critical thinking and decision-making skills. [2, 9, 16, 22]
Clinical Competency & Assessment
OMS provides objective, real-time data and advanced analytics on learner performance, decision-making, and communication. [3, 4, 5, 6, 12] This data supports coaching, improvement planning, and competency validation, aligning with key standards and accreditation requirements for various programs. [3, 4, 5, 7, 11, 17]
Comprehensive Healthcare Education
The platform supports a broad spectrum of healthcare education, including nursing programs, medical schools, physician assistant programs, allied health, and graduate medical education (GME). [3, 4, 5, 6, 8, 11] Scenarios cover a vast library of conditions, from acute emergencies (e.g., sepsis, shock) to chronic disease management, procedural skills, and complex communication skills. [4, 5, 7, 8, 10, 15]
Quality & Safety / Risk & Compliance
OMS simulations are designed to strengthen patient safety, improve patient experience, and reduce preventable harm. [7] They enable consistent practice in areas like recognizing deterioration, safe escalation, handover, medication safety, and infection prevention, providing measurable improvements in quality and safety initiatives. [7]
Physician Tip

For physicians, Oxford Medical Simulation offers an unparalleled opportunity to hone critical skills in a psychologically safe, repeatable environment. You can practice high-stakes, time-sensitive scenarios, from acute emergencies to complex patient management, without any risk to real patients. [4, 8, 10, 31] The AI-driven virtual patients react dynamically, allowing you to develop diagnostic reasoning, clinical decision-making, and advanced communication skills, including difficult conversations and de-escalation. [2, 4, 8, 9, 16] The platform provides objective, data-driven feedback on your performance, helping you identify gaps and track progress against competency frameworks like ACGME milestones for GME. [4, 5, 6, 11] This translates to improved confidence, better preparedness for specific rotations and specialties, and ultimately, enhanced patient care. [4, 8, 11]

OMS is designed to integrate seamlessly into existing curricula and educational programs, complementing traditional teaching methods like manikin-based simulations and clinical placements. [4, 5, 6, 18, 25, 29] They offer strategic support for implementation, curriculum design, technical setup, and faculty enablement, ensuring the platform aligns with program goals and accreditation needs. [6, 18, 33] The platform's enterprise-ready performance allows for deep integration into existing systems, and scenarios can be delivered flexibly for individual homework or group-based classroom activities. [6, 24]

Products by Oxford Medical Simulation

1 product in the directory

Oxford Medical Simulation (OMS)
Oxford Medical Simulation
Medical Education & Training
Oxford Medical Simulation (OMS) offers immersive, AI-driven VR healthcare training that prepares clinicians for real-world practice through simulated scenarios, combining clinical VR simulations with AI, analytics, and partnership to enhance learning and improve health outcomes.

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Frequently Asked Questions

OMS provides immersive, AI-driven virtual reality (VR) and screen-based clinical simulations for a wide range of healthcare training, including medical, nursing, PA, and allied health programs. The platform utilizes AI for dynamic patient interactions, personalized feedback, and open-ended dialogue, while VR offers realistic, repeatable scenarios for developing clinical competency, communication, and procedural skills.
OMS scenarios are designed to build clinical reasoning, decision-making, and communication skills through realistic patient encounters, covering acute emergencies, chronic disease management, and crisis resource management. Learners can practice prioritizing interventions, managing patient deterioration, and engaging in interprofessional team interactions within a psychologically safe environment.
OMS helps academic institutions bridge the gap between theory and practice, offering an extensive library of scenarios that align with curriculum and competency frameworks. The platform provides real-time data and analytics for objective assessment, allowing educators to track progress, identify gaps, and demonstrate compliance for accreditation.
OMS operates on a Software as a Service (SaaS) model, typically involving a set license fee per learner with minimal setup costs. Studies indicate that OMS VR simulation can be significantly more cost-effective than traditional physical simulation, with reported reductions in staffing and equipment costs.
OMS provides comprehensive support, including 24/7 access to its web-app help section and FAQ, an Intercom help portal, and email support with a one-business-day response time. They partner with health systems and academic institutions globally, offering strategic support from implementation and curriculum design to technical setup and faculty enablement.
Founded in 2017 by clinicians, OMS has demonstrated strong company stability with significant growth funding rounds, including a u20ac10.9 million Series A in 2024 and u20ac5.78 million in growth funding in March 2026. The company is focused on expanding its presence in US health systems and academic institutions, enhancing AI-driven product innovation, and strengthening infrastructure to deliver more effective clinical training.

Investors

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