Single subject — no qualification is awarded on completion. Credits toward the qualifications listed below.
This subject is FEE-HELP eligible, so eligible students can defer the $1,738 fee as a government loan and pay nothing upfront.
Fees and funding are indicative only. Confirm your eligibility and final costs with the provider.
A student visa requires a full-time CRICOS-registered course, and single subjects have no CRICOS registration. If you’re studying in Australia on a student visa, you’ll need a full qualification instead.
See CRICOS-registered alternativesThis subject will develop the advanced knowledge, clinical approach and theory required to underpin the safe and effective management of patients presenting with acute haemodynamic compromise in the context of trauma, medical emergencies or critical care retrieval. You will further develop clinical reasoning and decision-making skills, incorporating the principles of advanced pharmacology, contemporary evidence-based advanced clinical care, and ethical considerations for providing systematic, safe and effective critical care.
Optimising Perfusion Physiology in Critical Care is a standalone subject at University of Tasmania in TAS. Completing it does not award a qualification. Credit may apply toward the qualifications listed on this page.
No qualification credit mapping has been indexed for this subject yet. The provider may still grant credit toward a related award — confirm with University of Tasmania before enrolling.
University of Tasmania is the awarding provider. Recorded study modes are Online. Typical duration is listed as 12 weeks. The subject is listed at 25 credit points. Eligible students may defer fees through FEE-HELP.
Details on this page are compiled from the provider's published subject information and government registers. Fees, intakes and credit rules can change — confirm current details with University of Tasmania before enrolling.
Prior study required
