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You're viewing program information for local students.
RMIT considers you a local student if you are:- a citizen or permanent resident of Australia, or
- a New Zealand citizen, or
- a Temporary Protection visa (TPV) holder.
Not a local student?
-
You're viewing program information for international students.
RMIT considers you an international student if you are:- intending to study on a student visa, or
- not a citizen or permanent resident of Australia, or
- not a New Zealand citizen, or
- not a Temporary Protection visa (TPV) holder.
Not an international student?
Controlling vibrations to reduce driver drowsiness
This project aims to reduce driver drowsiness by developing fundamental knowledge on vibration induced drowsiness and by identifying a novel active intermittent vibration regime to maintain driver alertness. The project expects to generate new knowledge on the physiological response of humans to vibration and to develop a new approach to counteract drowsiness. Expected outcomes of this project include a new method to predict the effects of physical vibration on driver drowsiness, and an innovative optimal regime of actively delivering intermittent vibration to counteract drowsiness. This should provide the significant benefit of reducing transportation injuries and deaths by enabling the design of safer transport vehicles.
Project timeline: 2017 - ongoing
Key contributors: Mohammad Fard and Stephen Robinson
Find out more:
Snooze mobiles: how vibrations in cars make drivers sleepy
This project addresses the following Sustainable Development Goals and Targets:
3.6 By 2020, halve the number of global deaths and injuries from road traffic accidents
Get in touch
For more information or to discuss partnership and collaboration opportunities, email us at SDGs@rmit.edu.au.
For more information about RMIT’s sustainability commitments and activities visit www.rmit.edu.au/sustainability
