Client:
The Vasha AR App was developed by PARS SAWA in collaboration with the Mashhad University of Medical Sciences.
The primary goal of this project was to use Augmented Reality (AR) technology to teach the microstructure of bones and common fractures in human anatomy to medical students.
The app is part of an initiative to advance e-learning and mobile learning (mLearning) in medical education, providing interactive and immersive educational content.
Problem:
Traditional medical education tools, such as physical models or 2D images, often fall short in helping students fully understand the intricate structure of bones and the identification of complex fractures.
Students face challenges in visualizing and interacting with anatomical details, which can lead to gaps in comprehension and diagnostic accuracy.
The core challenge was how to deliver three-dimensional, interactive, and precise educational content that enhances understanding of fractures while reducing potential diagnostic errors.
Process:
The development team collaborated with medical faculty to compile specialized educational content, including:
- Classification of common fractures
- Radiographic images and views
- Detailed textual explanations
- Voice-over guidance
- End-of-section quizzes
Using ARCore and surface detection technology, the app identifies the user’s environment and projects a 3D skeleton model into the real world.
Students can tap on different bones to access detailed information, including fracture type, clinical symptoms, radiographic images, and explanatory notes.
The content is presented in multiple formats for immersive learning:
- Textual explanations for detailed study
- Audio narration for guided learning
- 3D visualizations and animations for interactive understanding
After completing each section, users take a quiz to assess comprehension and retention.
Solution:
The resulting Vasha AR App provides a highly interactive and immersive environment for learning human anatomy and fractures.
By combining AR visualization, textual and audio content, and assessment quizzes, the app enables students to explore the skeletal system in 3D, understand complex fractures, and enhance diagnostic skills.
This project contributes to:
- Reducing diagnostic errors
- Improving student engagement and understanding
- Promoting digital and mobile-based learning in medical education
The Vasha AR App demonstrates the potential of Augmented Reality in medical training, offering an innovative approach to teaching anatomy and clinical skills.