Industry Case | Creating immersive training scenarios, MR accelerates military medical training.
2023-12-08 18:06:00

With the development of technology and the economy, the education and training system in military medicine urgently needs to integrate and apply new technologies to meet the talent demands for military development.

 

图源:Pixabay

This case study focuses on the pain points in military medical training. Let's explore how innovative MR (Mixed Reality) technology can make personnel training more efficient.

(*The project content is classified; the images in this text are related conceptual illustrations.)

 

Project Background

Military medical training is a crucial pathway to strengthen personnel rescue skills, playing a vital role in saving casualties and preventing secondary injuries.
 

图源:Pixabay

However, military medical training currently faces the following pain points:

  • Insufficient training resources, detached from real-world scenarios
  • Inconsistent training effectiveness, low team collaboration efficiency
  • Low participant engagement, long training cycles

To address these challenges, ALVA Systems has developed MR medical training applications, providing students with a richer, more intuitive, and more efficient immersive space for skill training. This helps them quickly master a variety of rescue skills.

 
 

Solution

 
▶ Simulating various rescue scenarios, operational training becomes more efficient, yielding greater results.

Based on mixed reality technology, multiple virtual medical rescue scenarios are constructed, addressing the issue of insufficient professional instructors and training resources. Students can flexibly choose the desired training scenario through MR headsets, initiating the training mode with a single click.

 

图源:Pixabay

Based on virtual rescue guidance mapped one-to-one with a human body model, students can efficiently learn various emergency treatment techniques such as hemostasis, bandaging, and CPR. While reducing training costs, virtual animated instructions closely associated with real scenarios enhance training effectiveness.

 

▶ Multi-person collaborative rescue training enhances team cooperation efficiency exponentially.

Supporting multiple people to share the same screen enables collaborative treatment of casualties, meeting the demand for efficient team cooperation training. Team members can simulate roles and responsibilities as in real operations, conducting collaborative surgeries, rescues, and other operations based on the virtual process steps and operation prompts presented in front of them.

 

图源:Pixabay

The MR medical training application enables team members to better understand each other's job responsibilities, operational procedures, and coordination methods. This enhances communication during collaborative training, effectively improving the team's coordination and cooperation.

▶ Real-time feedback on interactive operations provides instant insight into skill weaknesses.

During rescue training assessments, both instructors and students receive real-time feedback on operations. Students can identify their skill weaknesses, while instructors can accurately and intuitively assess the training outcomes of students.

 

图源:Pixabay

Furthermore, supporting the full recording of key steps and operations allows instructors to conduct in-depth comparative analysis of skill training courses and students' mastery levels. This helps create a library of typical case demonstrations, providing strong references for future course planning.

 

Project Results

By deploying the MR medical training application, relevant units have addressed pain points such as a shortage of professional instructors, a single training method, and long training cycles. Leveraging the immersive and blended virtual and real rescue skill training resources, students can achieve better training results, while companies save on manpower and resources.

With the innovative application of advanced MR mixed reality technology, ALVA Systems has engaged in in-depth collaborations with various units to enhance the quality of medical skill training. This collaboration aims to provide solid support for the development of a strong military force.