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Competitive advantage
- Multidisciplinary team experienced in integration of advanced computational and mathematical methods to improve the design of major buildings
- Responsible for developing multiple world-leading methods for measuring architectural planning, wayfinding and assessment
- Advanced skills for modelling and predicting human behavioural responses to spaces and buildings
Impact
- Assessing and improving 'senior's living' villages and residential aged care developments for social cohesion, privacy and wayfinding
- Collaborating to produce next-generation designs with best practice standards for dementia design, visual impairment and physical impairment
Successful outcomes
- Analysis and assessment of more than 100 residential buildings to identify spatial properties and human behavioural or emotional responses
- Measurement of wayfinding capacity, spatial intelligibility and directionality in health care and aged care infrastructure
Capabilities and facilities
- Use of advanced computational methods (Space Syntax, Isovists, Fractal Dimensions, Shape Grammars, Machine Learning and Artificial Intelligence) for design analysis
- Model and predict responses to architectural space using computational simulations (AR, VR, CAD)