Neurobiology and Behaviour; Biostatistics and Computer Modelling
Research Interests:
Neural and biomechanical mechanisms of animal agility
Evolutionary-developmental modelling of growth and motion
3D interactive graphics with biomedical and robotics applications
Potential Postgraduate Projects:
Projects that I supervise will
involve computational models based on experimental data
use interactive 3D graphics and animations as tools for exploring and explaining complex systems
deal with fundamental issues concerning evolution, growth and/or motion of animals
be related to applications in information processing, robotics and/or biomedicine
involve collaborations locally (e.g. School of Dentistry) and internationally
(e.g. NASA-JPL, California).
Current Postgraduate Students and Student Research
Rachel Berquist - Electrosensory prey detection in the dogfish
Rupert Farrow - Coding of head movements in bullfrog vestibular system
Richard Berry - Interactive 3D model of the mandible with clinical applications in dentistry.
Left: Desktop Dogfish, 3D model of dogfish electrosensory system Centre: Analysis of coding in the bullfrog vestibular system Right: Desktop Dentist, 3D interactive model for teaching and research in mechanisms of oro-facial pain