Functional Heart model which mimic human heart found in market is rare, pricey and fabricate using special material and heavy industrial machine

A functional system with compatible heart model is not fully developed to observe with different condition of heart

The current method of observing the condition of heart of the patient is by using cardio angiography method which require X-ray and CT-scan

To design and develop the functional heart model using additive manufacturing knowledge

To integrate heart model with Real 3D CardioVASS monitoring system

To investigate the physiological blood flow imaging on CardioVASS device

Developed to ensure the learning and teaching process for cardiology trainee can be executed easily

Fabricated to handle, set up, maintenance, and circuit connecting with easy procedures

Lightweight and training session can be conducted regardless of any occasion

Higher accuracy with the installation of automated control system and IoT

A space-efficient prototype will be developed

Short duration of fabrication of heart model is implemented

Finer quality and higher functionality of heart model in terms of flexibility and visibility is developed

Artificial Intelligence is integrated to propose solutions during training