Lesson 3: In-Water Skills

How does an Emergency Action Plan (EAP) coordinate facility staff during a life-threatening crisis?
What variables (e.g., water depth, entry height, victim condition, pool crowd density) dictate the selection of a specific water entry?
Why is the rescue tube maintained as a physical barrier between the lifeguard and an active drowning victim?

EAP Active Rescue
Slide-in Entry Passive Rescue
Stride Jump Surface Dive
Compact Jump Extrication

Standard 1: Demonstrates competency in a variety of motor skills and movement patterns. (Applies through executing complex physical skills: stride jumps, surface dives, rescue tube placement, victim towing, and extrication techniques).
Standard 4: Exhibits responsible personal and social behavior that respects self and others. (Applies through clear verbal communication during EAP activation, teamwork during extrications, and prioritizing victim safety).
Standard 5: Recognizes the value of physical activity for health, enjoyment, challenge self-expression, and/or social interaction. (Applies through understanding how emergency preparedness protects the community's access to safe physical activity)

Procedural Logic & Algorithmic Problem Solving: Translates to SAT/PSAT critical reasoning and evidence-based analysis by requiring students to rapidly evaluate multiple physical variables (depth, victim state, facility architecture), execute sequential step-by-step logic under time constraints, and adapt protocols dynamically as conditions change.

Description: This module covers the immediate physical and operational steps of an aquatic response: whistle signals, EAP activation, entry techniques, swimming approaches, active and passive surface/submerged rescues, towing mechanics, and extrication onto the pool deck.

Purpose: To develop muscle memory, operational communication, and physical efficiency so that lifeguards can reach, secure, and extricate a victim within the critical 20-second window while minimizing risk to themselves.

DOK 2 (Skills & Concepts): Executing water entries, surface dives, and victim holds according to ARC standard mechanical steps.
DOK 3 (Strategic Thinking): Analyzing dynamic scenarios to determine the fastest and safest entry, approach, rescue, and extrication pathway based on victim condition and pool environment

Crisis Management & High-Stakes Teamwork: Develops critical decision-making under pressure and effective team communication, directly transferring to emergency services, medical careers, and real-world leadership roles.
Community Health Resilience: Highlights the social impact of trained community responders who can step up during aquatic emergencies in public, private, or natural water environments where lifeguards may not be present.
Empowerment Through Physical Capability: Builds self-efficacy and physical confidence in high school students by turning bodily movement into a functional tool for saving human life.

"A headfirst diving entry is always the fastest way to reach a victim."
“You should grab an active victim directly with your hands."
"The rescue is over once you bring the victim's head out of the water."

Step-by-Step Skill Flowcharts: Break down complex rescues into visual cue cards (e.g., Whistle - Jump - Approach - Tube Push - Tow).
Shallow Water Progression: Practice rescue holds and turn-and-roll mechanics in chest-deep water before moving to 10+ foot depths.
Peer-Coaching Pairs: Pair students during land-drills to practice hand placement, rescue tube position, and backboard positioning before water trials.

"EAP Sequencing" Scramble: Quick interactive sorting activity where students place the steps of an EAP activation and water rescue in correct chronological order.

Skill Performance Rubric Checkpoints: Real-time peer and teacher evaluations during pool sessions focusing on entry technique, tube placement, and towing efficiency.

Materials

ARC Lifeguard Instructor Manual

ARC Participant Manual

Skill Sheets

Participant Progress Log