CORE Simulation library
Simulation Library
CORE Simulation Library
Assessment Package
Improve your students ability to perform assessments
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Cardiac Assessment
View NowA Cardiac-Diseased patient to challenge students' ability to identify cardiac abnormalities independently.
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Neurological Assessment
View NowA Neuro-Diseased patient to challenge students' ability to identify neurological abnormalities independently.
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Pulmonary Assessment
View NowA scenario to challenge students' ability to identify pulmonary abnormalities independently.
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Gastrointestinal Assessment
View NowA scenario to challenge students' ability to identify gastrointestinal abnormalities independently.
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Integumentary Assessment
View NowA scenario to challenge students' ability to identify integumentary abnormalities independently.
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Musculoskeletal Assessment
View NowA scenario to challenge students' ability to identify musculoskeletal abnormalities independently.
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Head-to-Toe Assessment
View NowA scenario to challenge students' ability to identify comprehensive abnormalities independently.
CORE Simulation Library
Skills Package
Hands-on Clinical Skills Scenarios
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Foley Catheter Insertion
View NowImprove ability to insert a Foley Catheter using sterile technique.
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Medication Administration
View NowA scenario to challenge students' ability to prepare and administer medications.
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Intramuscular Injection
View NowA scenario to challenge students' ability to administer an IM injection.
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Subcutaneous Injection
View NowA Scenario to challenge students' ability to administer a subcutaneous injection.
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CORE Simulation Library
Medical-Surgical Package
Immersive Med-Surg Case Scenarios
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Heart Failure
View NowCase Scenario to challenge students' ability to assess, plan, and manage care with a Heart Failure patient.
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Hip Fracture
View NowCase Scenario to challenge students' ability to assess, plan, and manage care with a Hip Fracture patient.
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Coronary Artery Disease
View NowCase Scenario to challenge students' ability to assess, plan, and manage care with a Coronary Artery Disease patient.
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Type II Diabetes Mellitus
View NowCase Scenario to challenge students' ability to assess, plan, and manage care with a Type II Diabetes Mellitus patient.
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COPD
View NowCase Scenario to challenge students' ability to assess, plan, and manage care with a COPD patient.
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Chronic Kidney Disease
View NowCase Scenario to challenge students' ability to assess, plan, and manage care with a Heart Failure patient.
Our Why
What we Are Doing
AI Innovations
Integrating AI + VR Together
Traditional nursing simulations using human actors, mannequins, or faculty oversight are valuable but come with limitations like high costs, space requirements, and limited capacity. Faculty members are often stretched thin, especially with large class sizes. AI-powered patients in VR simulations eliminate these challenges, allowing students to practice clinical scenarios without live facilitation. This adaptive technology offers a more realistic, unscripted experience that better prepares students for real-world situations.
Facilitator-Free Simulation
Scaling Clinical Opportunity
AI-powered simulations offer a scalable solution to one of the biggest challenges in nursing education: providing more clinical practice hours. With growing student populations and limited clinical placements, nursing programs need innovative ways to offer hands-on learning. AI patients in VR simulations allow schools to expand clinical hours without relying on physical resources, reducing costs and freeing up faculty time.
Advancing Realism
Immersive Clinical Judgment
AI-driven virtual patients bring exceptional realism to clinical simulations with nuanced behaviors, physiological responses, and emotional reactions that make the experience feel authentic. Unlike mannequins or standardized patient actors, AI patients adapt dynamically to student decisions, allowing for complex, unscripted scenarios that require critical thinking.