Water Rescue Training

Lesson 1 • Aquatic Hazard Recognition

Covers identification of surface, subsurface, and environmental hazards. Accurate hazard recognition is the first step in every safe rescue decision.

Lesson 2 • Regulatory and Safety Standards

Reviews applicable safety standards, training certifications, and operational guidelines. Compliance ensures rescuers meet professional and organisational requirements.

Lesson 3 • Water Rescue Overview and Scope

Introduces the discipline, its operational contexts, and rescuer roles. Establishes the professional framework that underpins all subsequent technical training.

Lesson 4 • Personal Protective Equipment

Details selection, fitting, and inspection of PPE for aquatic operations. Proper equipment use directly reduces injury risk during all rescue activities.

Lesson 1 • River Features and Reading Water

Identifies eddies, pillows, holes, and strainers in river environments. Rescuers who can read water select safer approach and exit routes.

Lesson 2 • Flood and Swiftwater Hydrology

Examines flash flood behaviour, urban flooding, and debris flow dynamics. This knowledge shapes tactical decisions during high-water rescue operations.

Lesson 3 • Properties of Moving Water

Explains velocity, volume, gradient, and hydraulic force. Understanding these forces allows rescuers to assess risk before committing to an approach.

Lesson 4 • Still Water and Dive Site Conditions

Addresses thermoclines, visibility, currents, and bottom composition in lakes and reservoirs. Still water presents unique hazards distinct from moving water.

Lesson 1 • Fitness Standards for Rescue Swimmers

Defines minimum swim distances, times, and endurance benchmarks for operational readiness. Meeting these standards ensures rescuers can perform under physical stress.

Lesson 2 • Defensive Swimming Techniques

Teaches feet-first defensive position, manoeuvring in current, and self-arrest methods. These skills protect rescuers who enter water unintentionally.

Lesson 3 • Survival Swimming and Cold Water Response

Covers cold shock, swimming failure, and heat escape lessening posture. Rescuers learn to extend survival time and assist victims in cold water.

Lesson 1 • Reach Rescue Techniques

Covers use of poles, branches, ladders, and body extensions to reach victims. Reach rescues require no equipment and can be executed immediately.

Lesson 2 • Rope Systems for Shore-Based Rescue

Introduces tensioned diagonal lines, tag lines, and simple mechanical advantage systems. Rope systems extend rescue reach and control victim movement.

Lesson 3 • Wading and Shallow Water Rescue

Addresses wading techniques, wading staff use, and group wading formations. Wading extends rescuer reach while minimising full-immersion risk.

Lesson 4 • Victim Management from Shore

Covers verbal guidance, calming techniques, and directing self-rescue from the bank. Effective communication can resolve incidents without rescuer entry.

Lesson 1 • Watercraft Safety and Maintenance

Details pre-launch inspections, motor checks, and post-operation maintenance. Reliable craft condition is essential for safe and effective rescue deployment.

Lesson 2 • Victim Recovery from Watercraft

Covers victim approach angles, boarding techniques, and spinal precaution in water. Safe victim recovery prevents secondary injury and craft instability.

Lesson 3 • Flood and Swiftwater Boat Operations

Addresses rooftop rescues, debris navigation, and flood current management from boats. Urban flood environments demand specialised boat-handling adaptations.

Lesson 4 • Rescue Watercraft Types and Selection

Compares inflatable rescue boats, rigid hulls, kayaks, and personal watercraft. Selecting the right craft for conditions is a critical tactical decision.

Lesson 1 • Live Bait and Contact Rescue

Teaches tethered swimmer rescue, contact tows, and victim packaging in current. Contact rescue is used when throw bag and boat options are unavailable.

Lesson 2 • Swiftwater Rescuer Safety

Reinforces PPE requirements, tether protocols, and self-rescue in swiftwater. Rescuer survival is the prerequisite for any successful swiftwater operation.

Lesson 3 • Strainer and Entrapment Rescue

Covers aggressive swimming to strainers, victim extraction, and foot entrapment protocols. Strainer and entrapment incidents are time-critical and high-risk.

Lesson 4 • Rope and Mechanical Systems in Current

Applies Z-drag, V-lower, and tensioned diagonal systems in swiftwater contexts. Mechanical advantage systems enable rescues beyond direct physical reach.

Lesson 1 • Mass Casualty Flood Operations

Applies triage, victim tracking, and resource prioritisation during large-scale flood events. Mass casualty protocols ensure the greatest number of victims receive timely rescue.

Lesson 2 • Structure and Rooftop Rescue

Teaches ladder access, rooftop victim management, and interior flood rescue. Structural rescues require coordination between boat crews and shore teams.

Lesson 3 • Vehicle Rescue in Floodwater

Addresses submerged and moving vehicle scenarios, door force, and victim extraction. Vehicle rescues are among the most common and dangerous flood incidents.

Lesson 4 • Flood Scene Size-Up and Safety

Covers aerial and ground reconnaissance, utility hazards, and structural collapse risk. Accurate size-up prevents rescuers from entering unsafe flood zones.

Lesson 1 • Technology-Assisted Underwater Search

Introduces sonar, ROV, and side-scan technology for victim location. Technology extends search capability in low-visibility and deep-water environments.

Lesson 2 • Surface Rescue Diving Fundamentals

Introduces mask, snorkel, and fins use for surface-level victim search. Surface diving extends visual search capability without full SCUBA commitment.

Lesson 3 • Submerged Victim Recovery

Addresses victim packaging, ascent control, and surface handoff procedures. Controlled recovery prevents secondary injury and preserves evidence integrity.

Lesson 4 • Dive Team Safety and Medical Protocols

Covers dive medical emergencies, decompression illness, and near-drowning response. Dive team safety protocols protect rescuers from pressure-related injuries.