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Module Overview

VR Twin NALS: Virtual Reality Neonatal Advanced Life Support

The VR Twin NALS module provides immersive virtual reality training for neonatal advanced life support in realistic NICU environments. Trainees master critical neonatal resuscitation, respiratory management, and hemodynamic stabilization through interactive VR scenarios with virtual neonatal patients and real-time physiological feedback systems.

Key Features

  • Immersive NICU Environments: Realistic virtual neonatal intensive care units with complete monitoring and support equipment.
  • Physiological VR Feedback: Real-time vital signs response to interventions with accurate neonatal physiology modeling.
  • Procedural VR Training: Virtual umbilical line placement, intubation, and vascular access with haptic guidance.

Training Scenarios

Neonatal Cardiac Arrest VR

Immersive neonatal resuscitation with compression and medication protocols.

Respiratory Failure VR

Virtual ventilation management and surfactant administration.

Shock Management VR

Neonatal shock recognition and volume resuscitation in VR.

Umbilical Catheterization VR

Virtual procedural training for emergency vascular access.

Technical Specifications

  • AR Device Compatibility: Hololens, Magic Leap, Meta AR.
  • Motion Tracking: Sensors monitor compression depth, recoil, alignment.
  • Battery Performance: 4–6 hours continuous training.
  • Dashboard Integration: Instructor analytics & performance scoring.
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Category: VR Medical Simulation
Module: VR-Twin-NALS
Use Case: VR Neonatal Advanced Life Support
Updated: 2025
Training Insights

Skill Improvement: VR-immersive NALS training shows 70% improvement in neonatal intervention timing and procedural confidence.

  • Intervention Timing
    95
    %
  • Procedural Confidence
    92
    %