Dr Mark Schier
- Faculty of Health, Arts & Design
- School of Health Sciences
- Brain and Psychological Sciences Centre
- Department of Health and Medical Sciences
- 6L205 Hawthorn campus
- ORCID profile
Mark is an academic staff member with scholarly interests in Sensory Neurosciences, Vision, Attention, and Driving Performance/Simulation. At work, he divides his time between teaching, researching and administrative responsibilities. Away from work, he spends time with his family, gardening, keeping fit, and an MGB.
cognitive neuroscience; sensory systems; perception; visual sensory science; EEG systems; psychophysiology; faces; eye movements
PhD candidate and honours supervision
Higher degrees by research
Accredited to supervise Masters & Doctoral students as Principal Coordinating Supervisor.
Available to supervise honours students.
Honours topics and outlines
Characterising Haidingerâ€™s Brush in humans: Haidinger’s brush is a visual phenomenon which occurs in many individuals when exposed to polarised light. It is a subtle effect that gives rise to appearance of brush shaped coloured images when viewing a polarised blank field. It can be enhanced by using blue light and rotating the polariser. The scope of this project is to build on some pilot work carried out in a 2016
Examination of body position and tendency to fall asleep: There are some positions that it is known are more conducive to falling asleep (lying down horizontal is the most obvious one). A systematic examination of the sleepiness and body position (lying, sitting, standing) is the aim of this project. Currently there is little experimental literature in this study area.
Eye movements and detection of attention related changes: Eye movements can be divided into two distinct types: saccades – where gaze jumps from one location to another, and smooth pursuit – where tracking of an object occurs. The scope of the project is to examine the interaction between the two types of eye movements and how these are affected by external attentional changes.
Facial recognition: effects of image size, separation ad position: Facial recognition is a widely used technique in our current community. Largely used for processing of identity documents at border control, immigration and extending more into everyday life. This project aims to investigate matching photographs or on-screen images with other similar images. The variables to be explored are the effect of images size/s, separation and location on screen.
Fields of Research
- Sensory Systems - 110906
- Educational Technology And Computing - 130306
- Biomechanics - 110601
Biomedical science;Neuroscience;perception;sensory systems
Also published as: Schier, Mark; Schier, M.; Schier, Mark A.
This publication listing is provided by Swinburne Research Bank. If you are the owner of this profile, contact us to update.
Recent research grants awarded
- 2009: Real-time feature extraction method from Auditory Brainstem Response *; Australian Acoustical Society Education Grant
* Chief Investigator
- 2017-01-05: Brain Freeze: Interview with Mark Fennell (program titled Summer Mornings) - ABC 720 Sydney
- 2017-01-03: Brain Freeze: Interview with Varischetti (program titled Breakfast) - ABC 720 Perth
- 2017-01-02: Brain Freeze: Interview with Clinton Maynard (program titled Healthy Lifestyle) - 2UE 954 Sydney