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Development of an Augmented Reality (AR)-Based Mobile Educational Platform for Medical Training

gloriumtech.com

Healthcare

Education

Challenges in Medical Training Accessibility and Engagement

Ultrasound training had become critical across multiple medical specialties, but existing solutions lacked immersive, scalable tools for hands-on practice. CAE required a platform to bridge physical and virtual training, enable collaborative learning, and provide instructors with remote tracking capabilities.

About the Client

A leading manufacturer of anatomical task trainers and medical simulation solutions, focusing on enhancing healthcare education through innovative technology.

Project Goals for AR-Based Medical Training Platform

Develop a cross-platform AR application for iOS and Android
Enable seamless integration of virtual models with physical task trainers
Facilitate collaborative training sessions with real-time feedback
Implement an admin panel for managing users, organizations, and training workflows
Support remote monitoring of training progress for instructors

Core Functionalities and Key Features

Augmented Reality (AR) overlay of anatomical models on physical trainers
Automatic physical model recognition and alignment
Interactive 3D model manipulation (rotation, scaling, layer switching)
Multi-user training sessions with step-by-step progress tracking
Admin panel for managing organizations, users, and training content
Durability and cost calculator for training models

Technologies and Frameworks

ReactJS

Angular

Xamarin

AWS

Unity

.Net Core

MS SQL

System Integrations

AR SDKs (ARKit/ARCore)
Cloud storage for model data
User authentication services
Real-time collaboration APIs

Non-Functional Requirements

Scalability for concurrent users
Low-latency AR rendering
Data security for medical training content
Cross-platform performance consistency
User-friendly interface for medical professionals

Expected Impact on Medical Training Efficiency

The AR-based platform will revolutionize ultrasound training by enabling immersive, hands-on practice without physical constraints. Remote tracking capabilities will enhance instructor oversight, while the durability calculator will reduce long-term training costs. The solution's presentation at IMSH 2020 demonstrates its potential to become an industry standard in medical education.