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If your simulation training skips erect lumbar spines, Judet views, or flexion-extension C-spines, you're missing core radiographic skills
Concise guide to radiographic technique, positioning, and image evaluation for diagnostic imaging professionals and students using the VMC...
Step-by-step instructions for accessing and using Virtual Medical Coaching’s WebPortal, including login setup, downloads, simulation features, and...
Clear breakdown of AI, machine learning, deep learning, and generative AI, what they are, how they differ, and where they’re used.
Highlights from UKIO: new VR modes, real conversations with students and educators, and a warm welcome to our UK distributor Jan Antons
Educators must lead the shift from physical to digital simulation. Students expect it, research confirms it and scalable, immersive tools make it...
How VR and AI are transforming healthcare student assessment beyond OSCEs, with real-time analytics and self-guided feedback
An exploration of ethical challenges in radiology as AI becomes embedded in clinical practice, covering consent, bias, accountability, and global...
VR and EdTech have proven their value in education. Now the focus must shift to training and empowering educators to use these tools with purpose and...
Virtual Medical Coaching builds clinical training tools with justice at the core, prioritising inclusion, access, and real-world fairness over just...
Explore how VR boosts clinical training in medical imaging, radiation safety, and midwifery through immersive, repeatable, and cost-effective...
GPT-4.5 passed the Turing Test. Learn about the study, the benefits & risks of convincing AI, and what it means for education.
Explore how AI and NLP create realistic patient simulations to enhance communication and empathy in allied health training, overcoming traditional...
Discover how VR is transforming vocational education by enhancing skills acquisition, student engagement, real-time feedback, and reducing training...
Practical strategies to revitalize motivation among clinical simulation educators, including structured professional development and essential...
VR patients enhance OSCEs by enabling full procedures and lifelike interactions, bridging the gap between actors and phantoms.
Discover how VR and AI converge in medical education to deliver immersive simulations, real-time adaptive feedback, and data-driven personalized...
Discover the cost-saving benefits of untethered VR. Learn how standalone headsets eliminate the need for expensive PCs and dedicated Wi-Fi networks
Discover why VR training simulations aren’t all the same. Our 130 projections, haptics, individual immediate feedback, & multilingual options set us...
Enhance radiation safety training for IR, Cath Lab, and theatre staff with hands-on simulation using affordable VR technology
Virtual Medical Coaching’s VR training boosts skills, confidence, and safety in radiography, radiation safety, and midwifery—proven to outperform...
Discover how Virtual Medical Coaching’s ready-to-use simulations transform healthcare training with evidence-based scenarios and white glove support
Virtual Medical Coaching delivers consistent VR healthcare training with wireless and tethered systems for flexibility and effectiveness
Instant, data-driven feedback in VR simulations empowers learners to refine skills rapidly, build confidence, and enhance professional growth.
Radiation Safety in Cath labs: essentials of protection and VR training for practical learning
Learn how immersive, interactive simulations enhance learning, improve clinical performance, and prepare students for real-world practice
Our simulation software for allied health students tracks real-time performance, providing detailed analytics enabling more effective feedback and...
Explore how technology is shaping chiropractic education at the 2024 WFC Conference in KL, with insights from keynote speaker James Hayes.
Virtual Medical Coaching's Radiography software now supports Spanish, French, and Portuguese, enhancing accessibility and learning in education...
Discover how VR-based radiation safety training reduces exposure, enhances learning, and saves costs for healthcare professionals in high-risk...
Explore how VR and instant feedback in digital education engage and prepare today's students for the future
Discover how AI-driven conversations in VR, powered by Small Language Models (SLMs), enhance education with realistic, personalized learning...
Discover biocomputing: using living cells to create energy-efficient AI, with insights into its ethical challenges and potential applications
Discover the differences between LLMs and SLMs, their unique applications, and the limitations each model faces.
Discover radiation terms and units like radioactivity, absorbed dose, and effective dose, and their importance for patient safety and health outcomes
Explore how AI can achieve the quadruple aim in healthcare, enhancing patient care, provider experience, quality, and cost efficiency
Learn how immersive VR transforms education by boosting engagement, retention, and personalized learning
Discover how we ensure radiation safety for Cath Lab staff through training, monitoring, protective measures, and support systems
Is AI transforming global health care, enhancing care, boosting satisfaction, and driving efficiency through responsible innovation and quality...
Join our webinar to learn essential radiation safety practices for healthcare professionals in high-exposure environments.
Explore how VMC uses data-driven VR simulations to transform allied and medical education, enhancing patient-centered care and clinical outcomes
Discover how lightweight, affordable VR headsets are set to revolutionize education by enhancing comfort accessibility and interactive learning...
Revolutionize midwifery education with BirthWise VR. Enhance skills, overcome barriers, and improve maternal care with immersive VR training.
Explore the four types of generative AI—Large Language Models, Diffusion Models, Generative Adversarial Networks, and Neural Radiance Fields
Explore how digital advancements have led to exposure creep, increasing patient dose during X-ray examinations, and strategies to manage it.
Explore the technology behind digital radiographic grids with a detailed look at advanced algorithms that improve image quality and patient safety
Virtual Medical Coaching software simulation, featuring erect views transforms chiropractic education by offering realistic versatile training...
From radiation scatter to complicated births, VR offers a safe, ethical & effective learning environment for training in critical yet sensitive areas
Explore the transformative journey of Buckys in medical imaging, from their historical origins to modern digital alternatives.
Explore the journey of radiation safety training from textbooks to cutting-edge VR, enhancing learning and retention of crucial safety protocols
Discover the transformative power of VR simulations integrated with data analytics for instant feedback, and how they revolutionize learning outcomes
Regular radiation safety training for hospital workers is to ensure healthcare safety, compliance with legal requirements, and the protection of staff
Examine the transition from physical simulations to advanced digital learning, highlighting the benefits of real-time feedback and standardized...
VR offers solutions to the midwifery education crisis by bridging the gap in clinical placement shortages, enhancing training, and preparing students
Explore how VR radiation software is transforming radiation safety education offering immersive training experiences for healthcare professionals
Explore how the UK's top universities are transforming radiography education through the integration of Virtual Reality
Explore Samsung's new XR headset showcasing microOLED displays, advanced tracking, and the Qualcomm XR2+ Gen 2 Platform
Delve into the need for radiation protection training among professionals in ORs highlighting the risks and strategies to mitigate radiation exposure
Enhancing Learning in VR Simulations: Strategies to Boost Engagement and Reduce Anxiety for Novice Learners
Explore the transformative impact of VR simulation training in healthcare, enhancing medical and allied health education through risk-free...
Explore the need for simulation technology in education and training to evolve alongside technological advancements to meet the needs of digital...
Exploring VR's transformative potential to boost empathy in healthcare professionals by providing immersive experiences from the patient's...
Explore VR simulations' impact on health training for crisis readiness and their immersive methods by Virtual Medical Coaching, setting industry...
Delve into the ethical considerations for maternal well-being, immersive learning environments, and standardized exposure to diverse birthing...
Discover the evolution of medical simulation and explore advanced simulation tools, from hyper-realistic manikins to immersive virtual reality
Explore the diverse landscape of European grants for universities. From ERC grants to Horizon Europe discover funding opportunities for pioneering...
Explore diverse grants empowering UK universities in their pursuit of knowledge, innovation, and academic excellence
Explore the ethical landscape of incorporating VR in medical education, addressing patient privacy, informed consent, and responsible development
VR creates immersive environments for powerful exposure therapy, overcoming limitations and offering hope for healing.
Discover the transition from theory to practice in education through VR simulations. Explore how immersive experiences prepare students for clinical...
Updated Information on Education Grants in the USA for Tertiary Level
Blog post delving into the transformative impact of VR simulations on healthcare training, highlighting a student-focused paradigm shift in education.
Learn about training, protocols, and leadership commitment for mitigating radiation risks in hospital theaters.
Optimizing Machine Settings in Fluoroscopy: Balancing Accuracy and Exposure
Learn about the importance of understanding radiation travel and the best practices for standing in relation to the X-ray tube.
Learn about the hygiene practices for VR headsets. Discover the guidelines and protocols recommended by regulatory bodies and scientific research.
What is childbirth VR simulation and why is this cutting-edge technology so valuable? For evidence-based answers, check out this post!
How can I access funds for implementing simulation-based education and training in my institution? Here are a few funding options in the USA!
What are MRI safety concerns for patients and staff? How to make the procedure reliable and safer? Co-authored by Alisa J Gray.
Depending on evidence, experience, knowledge and the needs of mothers, midwives play a crucial role in influencing pregnancy positions.
How does the Midwifery shortage lead to complications in maternity units? How to overcome these problems? We discuss some solutions.
What is an ideal radiation safety training for the workplace? How to make the most of it and reduce radiation exposure?
What is ionizing radiation? What are the radiation safety levels in the United States and Europe?
What problems do women experience during labor/childbirth? How can midwives ensure a better experience for mothers?
What does a radiation safety officer (RSO) do and how can I become one? What are the key components of an ideal training program?
What are the primary challenges experienced by the global midwifery workforce? What do research findings conclude? Read Details Here
Virtual reality is an advanced technology that can transform medicine, surgery, and other allied health disciplines.
How does radiation affect healthcare workers? What are the harmful effects of radiation? How do you protect yourself?
What is a simulation for nursing students? How effective are simulations, particularly virtual reality systems, for learners? Read Here!
Why is midwifery education crucial to maintaining the quality of care? How can institutions improve their educational strategies? Read Here!
What makes a realistic birth simulator? How to ensure a more streamlined and immersive experience with a birthing simulator?
Technology is an integral part of healthcare education and training. Here are the five innovative technologies for students’ training!
What are the advantages and disadvantages of using patients for medical simulation? Check out this post to find out the answer and get details!
Individuals, companies, businesses, and educational institutions use virtual reality to create simulated environments and achieve their specific...
How does clinical simulation work? What are the different types of clinical simulations? Check out this post to get the answers!
How important is critical thinking in allied health courses? How to promote it among medical students in allied health programs?
The effectiveness of immersive simulation technology in the medical field in improving learners’ knowledge and clinical skills.
As a teacher, you have to focus on teamwork training to nurture appropriate competencies in students.
LNT is a model used in radiation protection to measure or estimate the ionization radiation leading to cancer.
The LNT model theorizes that even a small radiation dose can cause cancer risk.
Hormesis refers to low doses of radiation that stimulate specific repair mechanisms and processes within cells.
Recent study shows that VR training is 3-4 times faster and takes about 30 minutes to complete a session than 2.5 hours of a traditional training...
Beyond the Simulation Lab: Introducing and using Immersive Virtual Reality Simulation
Equity in education ensures all students receive the resources required to streamline the learning processes and enhance the overall results.
Taking a closer look at the 4 main purpose of healthcare simulation and how this impacts education and quality of patient care.
Many health institutions and professionals think that VR simulation-based learning is more expensive than physical simulation. Is this true?
Medical & healthcare institutions can use virtual patients to train, educate, and assess students.
Classic games and medical simulation games have different elements. Medical simulation can provide realistic scenarios e.g. in a surgical setting.
Simulation is an effective and resource-intensive technology that has transformed medical education.
A simulation's primary purpose is to replace real patient encounters with environments designed to simulate or replicate health scenarios.
Health education programs can benefit greatly from technology tools. What are the sources of funding for health education programs that use...
The onset of the global COVID-19 pandemic seems to have ensured that many distance learners are unable to take part in hands-on, practical learning.
What are the risks of radiation exposure in the operating theatre? How can hospitals encourage their staff to minimize exposure levels?
How do physical simulation and VR software simulation complement each other?
Are learners more confident following training in VR rather than traditional methods?
The goal of any medical imaging program is to prepare students to practice effectively as radiologic technologists in medical centers and hospitals
Virtual reality offers many benefits to educational institutions and businesses. Interacting with humans or equipment in VR can help enhance learning.
What are the benefits of Formative Self-Assessment in Modern Education?
How Can Technology Enhance Education and Improve Student Outcomes?
VR simulation excels at providing realistic and safe learning environments and teaching students how to improve their technical and safety skills.
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