Oxford Medical Simulation (OMS)

by Oxford Medical Simulation  · Based in United Kingdom → — The new ready. It’s time to think outside the checkbox. OMS combines clinical VR training simulations with AI, analytics and hands-on partnership to ensure your learners build the skills and mindset to meet your clinical reality head-on.
Critical Care Emergency Medicine Internal Medicine
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Overview

Oxford Medical Simulation (OMS) provides immersive, AI-driven virtual reality (VR) healthcare training designed to prepare clinicians for real-world practice through simulated scenarios. The platform combines clinical VR simulations with advanced AI, analytics, and hands-on partnership to ensure learners develop the essential skills and mindset for clinical reality.

It offers unlimited, psychologically safe VR practice, enabling learners to build confidence, make critical decisions, learn from mistakes, and grow through evidence-based feedback. OMS empowers educators to easily scale their curriculum by integrating standards-aligned and role-matched simulations that help learners meet core competencies. The system transforms health outcomes by converting every learner action into actionable insight, identifying gaps, tracking progress, and driving data-informed decisions to improve performance and care.

Modern healthcare demands a contemporary approach to education and training. OMS delivers virtual clinical scenarios that prepare learners for real-world complexity with infinitely repeatable, evidence-based experiences. It accelerates onboarding and orientation with immersive medical training that aligns with practice priorities, supports certification, and strengthens workforce readiness. The platform builds confidence and competency in new-to-practice nurses and clinicians, measures key practice competencies, and creates pathways for continuous improvement.

Reviewed by Pouyan Golshani, MD — Interventional Radiologist

Key Features

  • Next-generation AI and natural interaction engines for clinical realism
  • Extensive scenario library covering key competencies (nursing, medicine, allied health)
  • Flexible configurations to align with curriculum and learning goals
  • Enterprise-ready performance for deep integration into existing systems
  • Clinician-authored content grounded in evidence-based best practices
  • Advanced analytics for actionable insights and continuous competency improvement
  • Unlimited, psychologically safe VR practice
  • Instant feedback and real-time debriefs for learners
  • Voice-controlled simulation using large language models for natural patient dialogue
  • Client-facing VR authoring platform (OMS Create) for scenario creation

Use Cases

  • Academic institutions (nursing, medical, PA, allied health programs)
  • Health systems (onboarding & transition to practice)
  • Quality & safety initiatives in healthcare
  • Risk & compliance training and evidence building
  • Graduate medical education
  • Interprofessional team building and communication skills training

What Physicians Need to Know

Case-Based Learning
Offers an extensive library of over 250 evidence-based, immersive clinical scenarios covering a wide range of medical disciplines, from acute emergencies to chronic disease management. Learners engage in evolving patient encounters, making diagnostic and treatment decisions.
Simulation Features
Utilizes AI-powered voice control for natural conversations with virtual patients and hand control with haptic feedback for practicing psychomotor skills. Scenarios can be experienced in fully immersive VR or on-screen. Supports single-user, multi-user for interprofessional collaboration, and multi-patient scenarios for mastering prioritization and task-switching.
Knowledge Assessment
Provides real-time data on learner performance, including how they think, decide, and act in scenarios. Features automated, intelligent feedback, detailed performance metrics, and guided debriefs. Actions are objectively ranked, tracked, and explained, with scoring protocols mapped to specific skills.
Specialty Board Prep
Prepares learners for clinical rotations and practice in various specialties such as Internal Medicine, Emergency Medicine, Surgery, Psychiatry, Pediatrics, Primary Care, Obstetrics & Gynecology, and Women's Health. It also aids in NCLEX preparedness for nursing students and aligns with ACGME milestones for residents.
Evidence-Based Content Updates
All scenarios are clinician-authored, grounded in evidence-based best practices, and undergo a rigorous peer-review process to ensure alignment with current guidelines and standards.
Interactive Anatomy/Imaging
Not explicitly detailed as a core feature within OMS. While other VR platforms for anatomy exist, direct interactive anatomy or imaging within OMS scenarios is not highlighted in the provided information.
Peer Learning Features
Facilitates multi-user training for interprofessional collaboration and team-based feedback. Allows up to six learners to engage in the same clinical scenario simultaneously, communicate with each other, receive group feedback, and debrief together in a virtual environment.
Progress Tracking
Offers in-depth dashboards to monitor individual, cohort, and site-level progress. Includes competency mapping and tracking, aligning in-scenario actions with core competency frameworks. Provides built-in comparative analytics to identify trends, gaps, and areas for improvement. Learners receive personalized reports and can benchmark their performance.
Physician Tip

Leverage OMS for safe, repeatable practice of high-stakes clinical scenarios to hone diagnostic reasoning, communication, and psychomotor skills without patient risk. Utilize the detailed, objective feedback and progress tracking to identify specific areas for improvement and ensure continuous competency development. Engage in multi-user scenarios to enhance teamwork and interprofessional communication, crucial for real-world clinical environments. The platform's flexibility (VR or screen-based) allows for convenient training anytime, anywhere, supporting ongoing professional growth and readiness for specialty-specific challenges.

The OMS platform is designed for seamless integration with existing systems, offering LMS integration and Single Sign-On (SSO) access. It also features 'OMS Create,' a no-code authoring tool that allows users to customize existing scenarios or build new ones, enabling alignment with local protocols and specific learning objectives.

Details

Category Medical Education & Training
Pricing Contact for pricing
  • SaaS model with a set license fee per learner, with costs varying based on the institution, number of learners, and scenarios
DeploymentPrimarily VR headsets, also accessible on-screen via PC/Mac.
Compliance
BAA AvailableUnknown AI-estimated
HIPAA CompliantUnknown AI-estimated
FDA Status No AI-estimated

Not applicable as it is a training and simulation platform, not a medical device requiring FDA clearance.
Integrations
EHR Not specified
Specialties Critical Care, Emergency Medicine, Internal Medicine

What the Web Says

Oxford Medical Simulation (OMS) provides immersive, AI-driven virtual reality (VR) training for healthcare professionals, aiming to improve patient care without risking lives. The platform offers realistic clinical scenarios where learners can practice diagnosis, treatment, and interdisciplinary team interaction. Reviews highlight its effectiveness in enhancing clinical confidence and performance, as well as its potential for significant cost and time savings compared to traditional physical simulations.

Overall: Positive

Strengths

  • Realistic and immersive clinical scenarios
  • Opportunity to apply knowledge and make decisions in a safe environment
  • Interactive, engaging, and challenging learning experience
  • Automated, intelligent feedback and performance metrics
  • Significant reduction in staffing and equipment costs compared to physical simulations
  • Scalable and accessible, allowing for more simulation opportunities and reaching more learners

Limitations

  • Significant technical issues and frustrating user experience reported by some users
  • Difficulty accessing the software independently or requiring institutional affiliation
  • Concerns about large group sizes and insufficient time in some sessions
  • Some users on Reddit find traditional medical simulations (not specifically OMS) to be anxiety-inducing and not always beneficial for clinical practice
  • Initial learning curve for data input into the software

Based on reviews from: FeaturedCustomers, SideQuest Oculus Quest Games & Apps, Sheffield Hallam University Report, Reddit (r/applab, r/doctorsUK, r/Residency, r/StudentNurse), Oxford Medical Simulation (Official Website), PR Newswire, Digital Health in Europe, YouTube (Health Professional Radio), Ryan Schultz Blog, NHS Innovation Accelerator, Meta Quest Store, Capterra

Last updated: 2026-07-26

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Press & Coverage

EU-Startups
Oxford Medical Simulation secures u20ac5.78 million to tackle healthcare training gap with virtual reality
Oxford Medical Simulation (OMS) has secured u20ac5.78 million in growth funding from Salica Investments to expand its presence in US health systems and academic institutions, invest in product innovation, and enhance infrastructure for clinical training.
2026-03
Oxford Medical Simulation
Oxford Medical Simulation Secures u00a35 Million Growth Financing from Salica Investments to Accelerate Expansion of Immersive Clinical Training
OMS announced securing u00a35 million in growth financing from Salica Investments to scale its presence in US health systems and academic institutions and invest in AI-driven scenarios, learning analytics, and workflow tools.
2026-03
Medgadget
Healthcare and Medical Simulation Market Rises 11.44% CAGR by 2034
The healthcare and medical simulation market is projected to grow significantly, with Oxford Medical Simulation (OMS) highlighted for its $12.6 million Series A funding in January 2024 to revolutionize healthcare education, training, and assessment.
2026-04
RegisteredNursing.org
Virtual Reality in Nursing Education: Benefits, Evidence & Guide
The University of North Carolina at Chapel Hill utilized Oxford Medical Simulation (OMS) for a virtual reality pilot program involving 111 nursing students in a mental health course, with some VR hours counting towards clinical requirements.
2026-07
Oxford Medical Simulation
Saving time, building confidence: Nursing Assessment in VR
The University of Lincoln implemented Oxford Medical Simulation's (OMS) VR platform for nursing assessment, drastically reducing staff workload by 200 hours and improving student performance through repeatable practice and data analytics.
2025-12
Journal of Medical Research and Innovation
Virtual Reality: A Novel Teaching Tool in Undergraduate Medicine Clinical Skills Training
A study found that medical students exposed to Oxford Medical Simulation (OMS) clinical scenarios through VR headsets found them to be an effective training tool with positive feedback on utility, usability, and impact.
2025-10
Journal of Healthcare Simulation
Simulated interprofessional trauma pathway: Advancing collaboration, communication and clinical safety
Buckinghamshire New University hosted an interprofessional trauma simulation day, incorporating a virtual trauma scenario using Oxford Medical Simulation (OMS Create) to promote real-time communication, decision-making, and teamwork among healthcare students.
2025-05
D3 Tenders
Oxford Medical Simulation (OMS) VR Platform Licenses
The University of Chester was awarded funding from Health Education England for a 5-year license for the Oxford Medical Simulation (OMS) VR Platform, highlighting its role in improving medical training through innovative virtual reality technology.
2022-03

Videos

Product demos, reviews, and walkthroughs for Oxford Medical Simulation (OMS).

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Frequently Asked Questions

OMS can be seamlessly integrated into medical curricula across various specialties, including Internal Medicine, Emergency Medicine, and Surgery, by offering immersive, evidence-based virtual clinical scenarios. Physicians and residents can utilize OMS for repeatable practice in diagnostic reasoning, clinical decision-making, communication skills, and managing acute conditions, thereby bridging the gap between theoretical knowledge and real-world patient care.
OMS scenarios are clinician-authored, peer-reviewed, and competency-mapped, ensuring alignment with best practices and institutional goals for safety and excellence. While the Society for Simulation in Healthcare (SSH) accredits simulation programs, OMS provides the necessary data and structured simulations to help institutions meet these rigorous standards and support clinical hour substitution.
OMS differentiates itself through its AI-driven, highly realistic virtual patient encounters and comprehensive analytics that track learner performance. While alternatives like Health Scholars, Virti, and Vantari VR also offer immersive VR training, OMS focuses on a broad range of clinical competencies and provides extensive data for continuous improvement and curriculum alignment.
OMS offers institutional licenses with pricing structures that vary based on the number of learners and access levels to its scenario library. Studies indicate that VR simulation, including OMS, can be significantly more cost-effective than traditional manikin-based simulation, potentially reducing staffing and equipment costs.
While OMS strives for clinical realism with AI and natural interaction, some inherent limitations in VR medical simulation include fully replicating complex human anatomy and providing high-fidelity haptic (touch) feedback. This might mean that for certain procedures requiring precise tactile sensation, physical manikins could still offer a more complete sensory experience, though VR continues to advance in these areas.
OMS delivers advanced analytics that offer real-time, actionable insights into a learner's decision-making, communication, and overall clinical outcomes within scenarios. This data enables program directors to identify competency gaps, track progress, guide remediation, and demonstrate program effectiveness for quality improvement and accreditation purposes.
OMS can be utilized with virtual reality headsets, such as the Oculus Rift, or on standard computers, offering flexibility in deployment. Institutions are responsible for providing and maintaining the necessary network services, computer hardware, and operating systems, while also ensuring compliance with their internal IT policies and safety guidelines for VR equipment.

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Suggest an Edit → | Last Verified: 2026-04-24 | First Added: 2026-04-24

Investors who backed Oxford Medical Simulation (OMS)

Funded through the company that built this tool.

Salica
VC T3
London, United Kingdom
$1M-$5M
Salica is a London-based global venture capital firm that backs high-growth technology companies, with healthcare exposure concentrated in health IT, healthcare software,…
Digital Health Health IT / Healthcare Software
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