How Augmented Reality Helps Prepare Students for Medical Careers

The healthcare industry is one of the fastest-growing sectors globally. According to the U.S. Bureau of Labor Statistics, healthcare occupations are projected to grow 13% from 2021 to 2031, which is much faster than the average for all occupations. 

By combining interactive augmented reality (AR) with hands-on learning activities, Merge EDU can spark an interest in medical sciences for K-12 students and deepen their knowledge of human anatomy and health topics.

Empowering Surgeons with Augmented Reality: Sira Medical’s Breakthrough

By incorporating the Merge Cube into their platform, Sira Medical not only enhances surgical training and patient education because of the hands-on nature of the Merge Cube, but also underscores the potential of AR technology in diverse professional settings.

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Bringing Human Anatomy to Life

Modern medicine hinges on understanding the complex systems of the human body. While traditional textbooks and diagrams are helpful, Merge EDU takes learning a step further.

Students can visualize detailed 3D models of organs, cells, and body systems while interacting with the Merge Cube. This tangible, intuitive interaction promotes deeper comprehension of structures and functions crucial to any healthcare role.

Low-Risk Exploration

Investigating intricate medical topics in augmented reality removes the risks associated with live patients or high-cost equipment. Students gain confidence as they explore systems virtually, which better prepares them for advanced training later.

Bringing Anatomy to Life with the Merge Cube

The Merge Cube is a powerful tool for enhancing anatomy education by providing a more engaging and interactive way for students to learn about the structure and function of the human body.

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3D Scanning & 3D Model Uploading

With the 3D scanning feature, it’s possible to scan physical models or import custom 3D objects that students created or found online. Students might upload their own 3D scans of anatomical replicas, then hold them using the Merge Cube. Students can add labels and descriptions on particular points of their objects for additional research, collaboration, or study purposes.

From 3D Printing to VR/AR: Simple Connection?

NEW! 3DHEALS Blog Post: From 3D Printing to VR / AR: Simple Connection? - 3D Printing, Bioprinting, Healthcare 3D Printing

3DHealsJesse Courtier

Practical Cross-Subject Integration

Because healthcare careers draw on biology and chemistry, the broad library of AR resources in Merge EDU allows educators to integrate relevant science content into healthcare-specific lessons—reinforcing foundational knowledge in an engaging way.

Multisensory Learning

Students can experience lessons visually by examining detailed 3D graphics, and kinesthetically by using their hands to rotate and inspect the Merge Cube. This approach ensures a more inclusive classroom where different learning styles thrive.

Empowering the Next Generation of Healthcare Professionals

CTE programs in health science are the launchpad for tomorrow’s doctors, nurses, lab techs, and more. Merge EDU engages students on multiple levels—cognitive, visual, and tactile—while strengthening their understanding of human anatomy and health concepts. By integrating Merge EDU into your curriculum, you can provide these future healthcare heroes with an immersive, technology-driven foundation. 

Meet the Duo Researching the Application of Augmented Reality Technology for Improved Patient Care and Radiology Education

As a pediatric radiologist and associate professor of radiology, Dr. Jesse Courtier’s experience with 3D printing led to researching the potential application of augmented reality (AR) technology for improved patient care. He and Dr. Ben Laguna work closely in developing AR technology to be used in clinical and research settings.

UCSF Radiology

Ready to get started? Visit mergeedu.com to explore how these hands-on AR tools can bring your medical CTE program to life, and watch your students step confidently into the health career pathway.