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Big Question

Could you confidently save a life in a real water emergency?

Learning Objectives

  • Demonstrate comprehensive rescue skills in practical assessment scenarios
  • Apply all learned techniques with effective decision making under pressure
  • Perform CPR sequences accurately and evaluate rescue techniques through peer assessment

Key Outcomes

  • Students will successfully complete a full rescue sequence from assessment to casualty recovery
  • Students will perform CPR with correct technique, timing and confidence
  • Students will provide constructive peer feedback using assessment criteria

Equipment & Resources Required

Swimming Pool
1 (minimum 15m length)

Multiple assessment stations set up around pool perimeter with clear rotation pathways

Alternative: Deep water training area with variable depth zones

CPR Mannequin
6-8 (1 per 4 students)

Positioned on poolside with hygiene wipes for cleaning between uses

Alternative: CPR training torsos with compression feedback

PE Equipment
3-4 sets

One complete set at each assessment station for scenario work

Alternative: Throw ropes, rescue tubes, flotation aids, reaching poles

Cards
1 per student pair

Distributed with pencils, stored in waterproof pouches

Alternative: Laminated waterproof assessment cards

Timer
4-6

One per assessment station for CPR timing and sequence duration

Alternative: Pool pace clock, digital interval timers

Safety Mats
6-8

Positioned at entry/exit points and around CPR practice areas

Alternative: Non-slip poolside matting

Props
Various

Safely positioned to create realistic but controlled emergency scenarios

Alternative: Weighted objects to simulate submerged casualty, floating debris for obstacles

Key Vocabulary

Straddle dive

A safe water entry technique where legs are spread wide to prevent submerging, maintaining visual contact with casualty

Surface dive

Technique for diving down to retrieve a submerged casualty by pushing body weight downward

Towing method

Technique for moving a casualty through water while keeping their airway clear and maintaining control

30:2 ratio

CPR rhythm of 30 chest compressions followed by 2 rescue breaths, repeating continuously

Rescue priorities

The decision-making process for determining which casualty to assist first in multi-person emergencies

Casualty assessment

The systematic evaluation of the emergency situation before entering the water

Securing position

The final stage of rescue where casualty is placed in recovery position and monitored until help arrives

Skill Progression Pathway

Understanding where pupils are coming from and where they're going

Prior Learning

  • Basic swimming competency and stroke technique
  • Understanding of water safety signals and treading water
  • Introduction to rescue methods and CPR basics
  • Practice of individual rescue components in isolation

Current Skills

  • Complete rescue sequence from assessment to recovery
  • CPR performance with correct technique and timing
  • Decision making under pressure in emergency scenarios
  • Peer assessment using structured criteria

Next Steps

  • Advanced lifeguarding qualifications and certifications
  • Open water rescue techniques and cold water safety
  • First aid integration with water rescue skills
  • Community water safety education and leadership

Milestone Indicators

1
Confident entry into water to assist casualty without hesitation
2
Smooth transition between rescue phases without teacher prompting
3
Accurate CPR rhythm maintained for full 2-minute cycle
4
Ability to adapt technique based on scenario variables

Key Teaching Points

  • Safety assessment before action: always check for danger to self before attempting any rescue - a second casualty helps no one
  • Maintain visual contact with casualty throughout entry and approach - losing sight causes confusion and delays rescue
  • Protect the neck and airway: all casualty handling must support head and neck protecting potential spinal injury
  • CPR rhythm and depth saves lives: 100-120 bpm rate with 5-6cm depth creates effective cardiac output - maintain even when tired
  • Decision-making under pressure: systematic assessment (SAFE protocol) prevents panic and ensures appropriate action selection
  • Communication is crucial: team rescue scenarios require clear role allocation and ongoing communication for effective coordination
  • Assessment is for learning: peer and self-assessment develop lifelong evaluative skills and deepen understanding of quality performance

Common Misconceptions

  • Misconception: Speed is most important in rescue situations. Correction: Controlled, systematic response is safer and more effective than rushing, which creates additional danger. Say: 'Smooth is fast. Take 5 seconds to assess and you'll save 5 minutes of confusion.'
  • Misconception: You can rescue anyone from any situation. Correction: Recognising when situation is beyond capability and calling professionals is crucial. Say: 'Your safety comes first. If it's too dangerous, call 999 and provide support from safety.'
  • Misconception: CPR must be perfect or it won't work. Correction: Attempting CPR even with imperfect technique can save lives when the alternative is doing nothing. Say: 'Good CPR is better than no CPR. Do your best with your training and keep going until help arrives.'
  • Misconception: Unconscious casualties should be moved quickly to land. Correction: Rapid movement risks spinal injury; controlled technique protecting neck is essential. Say: 'Support the head, move smoothly. Preventing further injury is as important as getting them to safety.'
  • Misconception: Assessment scores define your worth as a rescuer. Correction: Assessment shows current capability; the goal is continued learning and confidence growth. Say: 'This assessment shows where you are now. Water safety learning is lifelong - you'll keep improving.'

SEN Adaptations

ADHD
  • Frequent movement between stations suits high energy levels, clear boundaries and roles within each station, regular specific feedback maintaining engagement, buddy support for focus during CPR timing, fidget tools permitted during poolside reflection, kinesthetic learning emphasis throughout practical assessment
dyspraxia
  • Extended practice time at each station if needed, simplified movement sequences breaking complex rescues into smaller steps, visual cues and reminders at each station, alternative assessment focusing on knowledge and decision-making where coordination significantly impaired, larger equipment where possible, clear uncluttered demonstration space reducing processing demands
autism spectrum
  • Clear visual schedule of station rotations displayed, predictable routine with advance warning of transitions, quiet zone available if overwhelm occurs, specific role assignment in team scenarios reducing ambiguity, social stories prepared explaining assessment process and expectations, advance viewing of assessment venue if new environment causes anxiety
visual impairment
  • Provide detailed verbal descriptions of all assessment scenarios and station layouts, use high-contrast equipment where possible, buddy system with sighted partner for navigation, tactile demonstrations of CPR hand positions and rescue holds, audio signals for station rotations instead of visual only
hearing impairment
  • Visual demonstration of all techniques and scenarios, written station instruction cards provided, visual timer displays for CPR and rotations, clear hand signals for emergency stops and transitions, ensure face-to-face communication for all verbal instructions allowing lip-reading
physical disability
  • Modified rescue techniques adapted to mobility levels (seated poolside casualty assessment, adapted towing using available limbs), alternative CPR positions if floor-based not accessible, assessment criteria adjusted to focus on decision-making and knowledge where physical execution limited, specialist flotation aids if needed for water participation

Cross-Curricular Links

Maths

Timing calculations for CPR ratios (30:2), measurement of compression depth (5-6cm), distance estimation for tow selection (8m scenarios), rate calculation for compressions (100-120 per minute), percentage understanding for assessment scoring

Science

Cardiovascular system response to exercise during warm-up and cool-down, respiratory system function and oxygen circulation during CPR, forces and buoyancy principles in water rescue, human biology of drowning and hypoxia

Citizenship

Community responsibility for water safety knowledge, understanding of emergency services roles, rights and responsibilities around public swimming facilities, water safety advocacy and education

Geography

Environmental hazards in different water settings (pool, beach, river), spatial awareness for rescue approach angles, mapping rescue pathways and decision-making processes, understanding of water-based locations and associated risks

PSHE

Responsibility and duty of care in emergency situations, leadership development in team scenarios, resilience when learning challenging skills under pressure, managing emotions in high-stakes assessment, empathy for casualties in distress

Teacher Guidance

Positioning

Station yourself with visual access to all four assessment stations, prioritise observation of deep water and high-risk activities (water entries, submerged casualty recovery). Rotate attention systematically ensuring no station goes unobserved for more than 60 seconds. Position near deep end during water-based stations, near CPR area during poolside assessment.

Observation Focus

Primary focus: safety and technique quality over speed. Watch for: safe water entries maintaining casualty observation, controlled approaches avoiding collision, gentle casualty handling protecting neck, accurate CPR hand position and depth, effective team communication in scenarios. Secondary focus: confidence levels, decision-making quality, peer support behaviours.

Intervention Points

Intervene immediately if: unsafe entry method chosen (dive into shallow), rough casualty handling risking injury, CPR technique could cause harm (incorrect hand position), student shows significant distress or exhaustion, equipment used incorrectly creating danger. Intervene supportively if: student freezes unable to proceed, technique significantly off-criteria, peer feedback becoming negative or unconstructive.

Demonstration Notes

During briefing: demonstrate each station's key skill slowly and clearly, exaggerate important safety points (head support, hand position), verbalize thinking process to model decision-making. During assessment: avoid repeated demonstration which may undermine student independence, use demonstration only when widespread misunderstanding evident. Use competent students to demonstrate excellence with their permission, highlighting specific technical points that made it successful.

Verbal Cues
  • •'Check for danger first - what can you see?'
  • •'Support the head - gentle turn protecting the neck'
  • •'Maintain your rhythm - you're doing well'
  • •'Compress fully - let the chest rise completely'
  • •'Who is your priority and why?'
  • •'Communicate with your team - tell them your plan'
  • •'Stay calm - use your training'

Safety Considerations

Space & Surface Requirements

Space Requirements

Swimming pool facility minimum 15m length, adequate depth zones for rescue practice (shallow, medium, deep), clear poolside space for CPR practice minimum 20m², designated rotation pathways 2m wide

Surface Check

Pool water quality tested and within safe parameters (pH, chlorine, clarity), poolside surfaces clean and slip-resistant, no standing water creating trip hazards, CPR practice area dry and clean

Equipment Safety

Safety Checks
  • •All rescue equipment inspected before lesson (no frayed ropes, damaged flotation aids)
  • •CPR mannequins cleaned with appropriate disinfectant between each use
  • •Pool depth markers clearly visible at all assessment stations
  • •Timers waterproofed or positioned safely away from water
  • •Emergency rescue equipment (pole, tube) immediately accessible

Risk Management

Key Risks
  • •Drowning risk during rescue practice scenarios
  • •Exhaustion leading to unsafe performance or real difficulty
  • •Collision injuries during entry practice or crowded towing
  • •Neck/back injury from improper casualty turning technique
  • •Disease transmission from CPR mannequin shared use
Risk Mitigation
  • •Lifeguard or qualified water safety supervisor present throughout
  • •All students confirmed competent swimmers before rescue practice begins
  • •Clear emergency stop signal established and practiced
  • •Assessment stations spread adequately preventing overcrowding
  • •Fatigue monitored with rest breaks enforced as needed
  • •CPR mannequins cleaned thoroughly between users with hygiene wipes
  • •Rescue practice using mannequins primarily, student 'casualties' only when safe and appropriate
  • •Neck injury awareness emphasised in all casualty handling practice

Supervision & Emergency Procedures

Supervision Points
  • •Teacher positioned for visual contact with all active assessment stations
  • •Station rotation transitions supervised to prevent running on wet surfaces
  • •CPR station monitored for correct technique preventing student injury
  • •Deep water rescue stations have priority supervision attention
  • •Buddy system active - students aware of partner location throughout
Emergency Procedures

Emergency stop signal (three whistles) halts all activity immediately. All students move to pool edge and exit water. Teacher/lifeguard assesses situation and provides appropriate first aid or emergency response. Emergency services contacted if required (999). Incident recorded following school protocols. Parents/guardians informed of any injuries or concerns.