This research project is aimed at developing VR/AR models to implement digital twin for the electromechanical function of cardiac myocytes. In the digital world, there will be ions (ca2+, Na+, K+ ...), membranes, ion flows, ionic gates, cell contractions, and action potentials etc. We will use occulus, and/or HTC VIVE VR systems to implement the models of a cardiac cell.
Complex Systems Monitoring, Modeling and Control Lab: Our lab focuses on data-driven modeling and analysis of complex systems for process monitoring, fault diagnostics/prognostics, quality improvement and performance optimization.
Research topics of interest include:
- Process Monitoring, Modeling, and Control;
- Health Information Systems and Healthcare Informatics;
- Computer Simulation, AR/VR modeling, and Optimization;
- Design and Analysis of Physical and Computer Experiments;
- Machine Learning, Artificial Intelligence, and Big Data Analytics for Large-Scale Complex Systems; (vi) Nonlinear Dynamics and Chaos.
You will develop VR/AR models to implement digital twin for the electromechanical function of cardiac myocytes.
You are expected to have some exposures to (1) computer-aided designs (CAD), (2) computer gaming, (3) virtual reality, (4) computer programming, and (5) cardiac cells (electrical and mechanical functions, preferrably with basic biomedical knowledge ). You are interested at finding the secrets of life (cardiac cells) and have strong determination to work through the problems until you come up with a good solution.