In a world-first medical trial, doctors and nurses will be guided by prompts on a 'superscreen' to help reduce the number of Victorians dying as a result of trauma.

Health Minister Bronwyn Pike said the $1.6 million project at the Alfred Hospital was a 33-month pilot program using Victorian custom-designed software to guide medical staff during the all-important 30 minutes of reception and resuscitation.

'We know the first 30 minutes for a trauma patient is the most crucial and this project will help reduce human error when treating a critically-ill patient.

She emphasised the system did not replace the expertise of emergency doctors and nurses.

'But experts believe there are life-saving benefits in giving the stabilisation process an added support in what are invariably complex and time-critical situations.

'In addition, the system offers a specialist the ability to step into a busy trauma bay and immediately obtain a snapshot of the patient's situation.

'The Alfred treats almost half of Victoria's 1,855 major trauma patients a year.

'The Trauma Reception and Resuscitation Project is just another example of

Victorian public hospitals offering the absolute best in emergency and trauma care, treatment and research.'

Alfred Hospital Emergency and Trauma Centre Director Associate Professor Mark Fitzgerald said the trial could set a new benchmark for the treatment of trauma patients around the world.

'At the core of the system are clinical algorithms—which are a series of steps for conducting treatment.

These steps were developed by more than 30 Alfred medical and nursing staff across a number of specialisations,' Associate Professor Fitzgerald said.

'Once a trauma patient has been admitted, the large, 40-inch LCD screen on the wall of the trauma bay prompts medical staff on the next step of care needed to stabilise the patient.

'It also displays patient information such as time of arrival, type of injury and vital signs.

'There is little margin for error when treating a trauma patient, so one of the project's primary aims is to standardise the elements of care when dealing with a trauma so we can ultimately reduce the likelihood of error.'

The Victorian Trauma Foundation (VTF) and Bayside Health have jointly funded the project with the software developed by Swinburne University.

VTF is a not-for-profit organisation committed to saving and improving lives through research and development.

It is mainly funded through the Transport Accident Commission.