AVRRC research fields
Our research is advancing Virtual Engineering research and development new digitalisation techniques to provide critical understanding of increasingly complex and interconnected systems in order to tackle previously intractable problems. Our research is necessarily trans-disciplinary and breaks down barriers between traditional discipline boundaries.
The research spans three key fields of action:
Digitalization
- Advanced scientific visualization
- Advanced collaborative environments
- Connecting humans to virtual engineering environments
- Immersive computing environments
- Augmented/Mixed/Virtual Reality
- Deep/Machine Learning
- Distributed visualisation across heterogeneous information architectures
- Interactive visualization
- Visual analytics for understanding and solving complex systems
Multi-Scale Modelling and Simulation
- Digital-twin systems
- Model Based Systems Engineering
- System architecture design
- Co-simulation - coupled (cross-domain) modelling and simulation environments
- Synthetic environments
- Highly reliable and verifiable models of systems and their sensors
- Automated Inspection through AI and Machine Learning
Human Factors
- Human in the loop simulation
- Human performance evaluation
- Growing Digital Capability