The Level 2 online course represents a higher level of aquatic physiotherapy practice for those interested in extending their knowledge and skills. Each Unit represents approximately 8 hours work and involves readings, webinars, group discussions and assignments. There are two assignments linked to Level 2, both with a focus on developing clinical practice, in a way that is most relevant to your context.
The level 2 online course includes 3 units:
Unit A-Level 2: Applied Physics and Exercise
Unit B-Level 2: Applied Physiology
Unit C-Level 2: Clinical Reasoning
Unit A: Applied Physics
This unit is designed to be specific to the clinical implications of movement, load and exercise in water, and covers hydrostatics and hydrodynamics, buoyancy and metacentre, drag, viscosity and turbulence. It covers body balance including understanding and using rotation in programs and also covers functional loading in water walking, hopping and running. This unit aims to give you an advanced understanding of force, rotation control, movement facilitation, and quantifying and progressing resistance more accurately with exercise.
Webinar Dates: 12.00pm - 1.00pm (AEST) on Wednesday 11, 18 and 25 June 2025
Unit B: Applied Physiology
This unit examines the physiological effects of immersion and exercise in water, and applies this understanding to treatment planning for the diverse population that seeks aquatic physiotherapy. Using a systems approach, it reviews the cardiovascular, respiratory, thermoregulatory and neuromuscular systems at rest and during exercise in water, and discusses the clinical implications in aquatic physiotherapy.
Unit C: Clinical Reasoning
This unit covers the theory of clinical reasoning in aquatic physiotherapy and the practical application related to planning treatment. The aim of this unit is to understand and challenge the decisions we make and to improve the effectiveness of your practice related to screening, justifying treatment and exercise, monitoring outcomes, incorporating evidence and linking with land-based function.
Webinar Dates: 12.00pm - 1.00pm (AEST) on Wednesday 30 July, 6 and 13 August