Healthcare Simulation Software Development
The “CAE Blue Phantom Healthcare Simulation Project” demonstrates how cutting-edge technology and human-centered design can transform medical training through digital simulation. Partnering with CAE Healthcare, the goal was to develop a realistic, AI-enhanced simulation platform that replicates real-world medical procedures—enabling healthcare professionals to practice and perfect their skills safely and effectively.
Our mission was to build a high-fidelity, data-driven simulation environment that merges anatomical accuracy with interactive digital feedback. By integrating AI analytics, real-time data capture, and immersive 3D visualization, we empowered instructors and learners with deeper insight into performance, accuracy, and procedural outcomes.
- Services: HealthCare
- Client: CAE Healthcare
- Location: Boston, Massachusetts, USA
Project Requirement
The CAE Blue Phantom division, renowned for its physical ultrasound training models, wanted to extend its innovation into the digital realm by developing a virtual simulation companion platform. The goal was to create a software-driven medical training ecosystem where practitioners can simulate ultrasound-guided procedures, track progress, and receive AI-assisted performance feedback.
The platform needed to be highly realistic, modular, and compatible with existing CAE devices, while supporting cloud-based user data management for medical schools and training centers globally.
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3D Anatomical Modeling & Ultrasound Simulation
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Real-time Physics Engine for Needle Insertion and Tissue Feedback
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AI-driven Skill Assessment & Performance Analytics
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Multi-User Dashboard for Students & Instructors
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Cloud-based Data Storage & Reporting System
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Device Integration (Ultrasound Probes & Sensors)
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Secure API Architecture for Remote Access
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Secure API Architecture for Remote Access
Solution & Result
Our team delivered a fully functional medical simulation platform that bridges physical and digital training environments—providing an immersive, data-informed learning experience. Using Unreal Engine for 3D simulation and AI models for motion tracking and feedback analysis, we created a next-generation solution trusted by educators and healthcare professionals worldwide.
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Real-time procedural accuracy tracking using AI motion analysis
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30% faster learning curve for trainees using digital-physical hybrid training
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Enhanced data visibility for instructors through real-time dashboards
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Integration with CAE hardware, ensuring seamless hybrid simulation
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Integration with CAE hardware, ensuring seamless hybrid simulation
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Comprehensive analytics and reporting improving curriculum design
Our team delivered a fully functional medical simulation platform that bridges physical and digital training environments—providing an immersive, data-informed learning experience. Using Unreal Engine for 3D simulation and AI models for motion tracking and feedback analysis, we created a next-generation solution trusted by educators and healthcare professionals worldwide.
