Health Scholars Unveils Cosmos 1.0: Revolutionizing VR Training Access  Health Scholars is thrilled to announce the release of Cosmos 1.0, marking a significant advancement in its ongoing efforts to streamline the user experience for its VR training courses. Seán Ketterick, CEO of Health Scholars, commented on the launch, "The Cosmos release milestone reflects our unwavering ..read more

Meta Quest 3– Incorporating the Meta Quest 3 headset into your VR program offers many improvements and features. With a visually stunning experience, the Quest 3 delivers more than twice the graphical performance of its predecessor. This means smoother performance and incredibly crisp details, ensuring an immersive and engaging VR experience.  What makes the Quest 3 even more impressive is its Meta Reality technology, which seamlessly blends the physical and virtual worlds. With full color passthrough view, innovative machine learning, and spatial understanding, learners can interact with ..read more

Revolutionizing Medical Training with Custom VR Content In the ever-evolving world of healthcare, staying at the forefront of medical training is crucial for both professionals and institutions. The world of Virtual Reality offers a groundbreaking solution. At Health Scholars, we specialize in creating custom VR content designed to meet the unique needs of our customers. Our goal is to provide a seamless, immersive, and repeatable training experience for healthcare professionals. With Health Scholars, you’ll have access to a virtual world where the possibilities for training are limited only b ..read more

Download Documents Product Overview Readiness Report Example App Overview There are 4 different residents. See Report Board in Fire Station at Start of the App and below Objectives Evaluate, Identify, Intervene approach Recognize a stable pediatric patient Recognize and manage respiratory distress Recognize and manage respiratory failure Recognize and manage cardiopulmonary arrest Recognize and manage CNS/Metabolic emergency Recognize and manage shock (hypovolemic, distributive and cardiogenic) The post Pediatric Emergency Care in Home (PEC) appeared first on Health Scholars ..read more

Download Documents Product Overview Readiness Report Example This application randomly presents all 13 ACLS core rhythms, creating unique training for each play-through. App Objectives Non-Cardiac Arrest 1. Recognition of unstable, which informs management of the non-arrest patient: Hypotension Altered mental status Signs of shock Chest discomfort Heart failure 2. Manage the following rhythms in a stable patient: SVT (AVNRT) Sinus Tachycardia Sinus Bradycardia 2nd Degree AV Block – Type 1 (Wenckebach) 3. Manage the following rhythms in an unstable patient: Atrial Fibri ..read more

Don’t Do VR for the Sake of VR Most healthcare professionals agree that virtual reality (VR) can be a useful resource for clinician education, but this doesn’t mean an organization is always ready to take it on. It’s time for some tough love: If you’re bringing in VR just for the sake of VR, and have no plan in place, it’s likely your implementation won’t be successful. Success in VR comes from goal setting and clearly understanding the problems you are trying to solve. Rather than allowing your new VR headsets to collect dust on a library shelf, it’s important to create proper goals and metri ..read more

Standardization Meets Personalization: The Journey Towards Personalized VR Healthcare Training At Health Scholars, our early interest in AI technologies like Natural Language Processing (NLP) stemmed from a deeply rooted belief in the power of personalization for effective training. This conviction, embedded within our engineering team, propelled us into the exploration of AI long before its widespread recognition and utilization in healthcare.  Our belief has been consistently validated by the evolving success of AI technologies such as OpenAI’s GPT and Google’s Bard. These platforms hav ..read more

  In recent years, the healthcare industry has witnessed a profound transformation in the way clinicians are trained. The integration of artificial intelligence (AI) and virtual reality (VR) technologies has emerged as a revolutionary approach, redefining the educational landscape.  By combining AI technologies with immersive VR simulations, clinicians hone critical skills and competencies, including communication, teamwork, decision-making, and critical thinking resulting in the strengthening of procedural memory.   AI and VR: A Powerful Combination for Clinical Education ..read more

The post Virtual reality helps nurses train for high-pressure emergencies appeared first on Health Scholars ..read more

NYC Health & Hospitals / Kings County Hospital Venieka Persaud, RN has been actively involved in improving adherence to neuro checks and multiple quality improvement projects. Recently, the Kings County Hospital simulation laboratory had an opportunity to use VR headsets for learning and refreshing the NIH stroke scale for providers. The initial reception by neurology residents and nurse practitioners has been very positive and well-received. She was honored for “Being a Team Player” and for her contributions daily by James Soh MD PhD Attending Physician in Neurocritical Care New York City ..read more