11.1 Emergency Equipment, Crash Cart Inspection & Emergency Procedures

ACSM Certified Clinical Exercise Physiologist ACSM-CEP

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1 Introduction & Exam Overview

1.1 The ACSM-CEP Role, Job Definition & Scope of Practice 1.2 Exam Format, Domain Weights & Scoring 1.3 Eligibility, Study Planning & Test-Day Strategy

2 Applied Exercise Physiology & Metabolic Calculations

Bioenergetics & Energy Systems (ATP-PC, glycolytic, oxidative) Acute Cardiorespiratory & Metabolic Responses to Aerobic Exercise Responses to Resistance Exercise & Chronic Training Adaptations ACSM Metabolic Equations, METs & Interpreting VO₂ / RER / Ventilatory Threshold

3 Pathophysiology of Clinical Populations

3.1 Coronary Artery Disease, Myocardial Infarction & Revascularization (PCI/CABG) 3.2 Heart Failure, Valvular Disease & Cardiac Rhythm Disorders 3.3 Hypertension, Dyslipidemia & Peripheral Artery Disease 3.4 Pulmonary Disease: COPD, Asthma & Restrictive/Interstitial Disorders 3.5 Diabetes, Metabolic Syndrome & Obesity 3.6 Renal Disease & Musculoskeletal/Orthopedic Conditions 3.7 Neuromuscular, Neurological & Cognitive Conditions (stroke, MS, Parkinson's, SCI) 3.8 Neoplastic, Immunologic & Hematologic Disorders (cancer, HIV/AIDS, anemia)

4 Clinical ECG Interpretation

4.1 ECG Leads, Waveforms, Rate & Rhythm Determination 4.2 Arrhythmias & Conduction Blocks 4.3 Ischemia, Injury & Infarction (ST changes, exercise-induced) 4.4 Drug & Electrolyte ECG Effects; Resting/Exercise Monitoring Setup & Lead Placement

5 Pharmacology for the Clinical Exercise Physiologist

5.1 Beta-Blockers, Calcium-Channel Blockers & Nitrates 5.2 RAAS Agents, Diuretics, Antiarrhythmics, Lipid-Lowering & Antithrombotic Drugs 5.3 Bronchodilators, Corticosteroids, Insulin & Oral Antidiabetic Agents 5.4 Medication Effects on HR/BP & Exercise Response; Dose/Meal/Dialysis Timing

6 Patient Assessment (Domain I, 18%)

6.1 Medical Records, HIPAA/HITRUST, Charting & Physician Referral 6.2 Patient Interview, Medical History & Medication Reconciliation 6.3 Resting Vital Signs, Body Composition & Resting ECG 6.4 Preparticipation Health Screening & Level of Monitoring (PAR-Q+, ACSM algorithm, ACC/AHA · GOLD · ADA · AACVPR) 6.5 Assessing Patient Goals, Readiness & Psychosocial Status

7 Clinical Exercise Testing (Domain II, 18%)

Submaximal Aerobic Tests (treadmill, cycle, step, 6-minute walk) Musculoskeletal Fitness, Mobility & Balance Testing Maximal Symptom-Limited GXT: Protocols, Contraindications & ECG Prep Test Termination: Relative & Absolute Indications Interpreting & Reporting Results (ECG response, RPP, claudication, Duke Treadmill Score, VO₂/RER/AT)

8 Exercise Prescription for Clinical Populations (Domain III, 22%)

FITT-VP Principles, Progression & Prescription Foundations Ex Rx for Cardiovascular Disease (CAD, HF, HTN, PAD, post-revascularization) Ex Rx for Pulmonary Disease (COPD, asthma; breathing techniques, supplemental O2) Ex Rx for Diabetes, Metabolic Syndrome & Obesity Ex Rx for Musculoskeletal, Neuromuscular, Neoplastic & Other Conditions Communicating Intensity (THR, RPE, talk test), Monitoring & Modifying the Prescription

9 Exercise Training & Leadership (Domain IV, 24%)

9.1 Discussing the Training Plan, Clinician & Patient Expectations/Goals 9.2 Instructing & Modifying Exercise Modes (cardiorespiratory, strength/endurance, flexibility, coordination, agility) 9.3 Patient Monitoring & Supervision During Exercise (telemetry, oximetry, glucometry, ECG) 9.4 Contraindications to Training & Modifying Recommendations 9.5 Documenting Clinical Status, Reporting Adverse Events & Interdisciplinary Coordination

10 Education & Behavior Change (Domain V, 13%)

10.1 Behavioral-Health Screening & Recognizing Distress (PHQ-9, Beck, SF-36; referral) 10.2 Patient Education, Health Literacy & Disease Self-Management 10.3 Motivational Interviewing & Behavior-Change Theories (Transtheoretical, HBM, Social Cognitive, Five-A's) 10.4 Promoting Adherence, Self-Efficacy, Relapse Prevention & Social Support

11 Legal, Professional & Emergency Management (Domain VI, 5%)

11.1 Emergency Equipment, Crash Cart Inspection & Emergency Procedures 11.2 CPR/AED/BLS/ACLS, Universal Precautions & EMS Activation 11.3 Scope of Practice, Legal/Ethical Standards, Liability/Negligence, Informed Consent & Professional Organizations (ACSM/AACVPR/AHA)

11.1 Emergency Equipment, Crash Cart Inspection & Emergency Procedures

Key Takeaways Explain This Topic AI

Every clinical exercise facility must maintain a written, posted, and rehearsed Emergency Action Plan (EAP) that assigns roles, defines activation criteria, and sets an EMS access route.

Emergency equipment requirements scale with patient risk: community fitness needs an AED, first-aid kit, and phone, while AACVPR-certified cardiac/pulmonary rehab needs a crash cart, oxygen, and at least one ACLS-certified staff member.

Emergency equipment (AED pads/battery, oxygen pressure, crash-cart seal, code-drug expiration) is inspected on a recurring schedule and logged, with any deficiency corrected immediately.

ACSM, AACVPR, AHA, the American Red Cross, the Joint Commission, OSHA, and the ADA each govern a distinct piece of emergency-preparedness and facility standards.

Every emergency incident is documented immediately with objective facts (onset, vitals, interventions, timing, outcome) and reviewed for continuous quality improvement.

Last updated: July 2026

Emergency Equipment, Crash Cart Inspection & Emergency Procedures

Quick Answer: Every clinical exercise physiologist is responsible for a written, rehearsed Emergency Action Plan (EAP), for daily verification that emergency equipment is present and functional, and for documenting every emergency incident. Requirements scale with patient risk: a community fitness setting needs an AED and a phone, while an AACVPR-certified cardiac/pulmonary rehab program needs a crash cart, oxygen, and at least one ACLS-certified staff member on-site.

Domain VI is only 5% of the ACSM-CEP exam, but it covers the single highest-stakes responsibility a clinical exercise physiologist (CEP) carries: keeping a patient alive if something goes wrong during testing or training. Emergency preparedness is not something a CEP improvises in the moment — it is built, inspected, and rehearsed in advance.

Building the Emergency Action Plan (EAP)

Every facility that tests or trains patients must maintain a written, facility-specific EAP that is posted in visible locations, reviewed with all staff at onboarding, and rehearsed on a recurring schedule. A complete EAP defines:

Activation criteria — the signs/symptoms that trigger the plan (unresponsiveness, chest pain, severe hypoglycemia, suspected heat stroke, etc.)

Assigned roles — who calls EMS, who retrieves the AED/crash cart, who starts CPR, who manages the rest of the patients/bystanders, and who meets EMS at the entrance

Equipment locations — every staff member should be able to locate the AED and emergency supplies without hesitation

Communication protocol — how staff summon help within the facility and how EMS is activated externally
EMS access route — the fastest path from the parking/entry point to the patient
Documentation — what gets recorded during and after the event
Post-event debrief — a structured review used to improve the plan
Emergency Equipment Standards Scale With Risk

The equipment a program must stock depends on the population it serves. A general fitness facility with low-risk clients has different obligations than a medically supervised clinical exercise program.

Setting Minimum Required Equipment Staff Certification
Community/fitness (non-medical) AED, first-aid kit, functioning phone CPR/AED-certified staff

Outpatient clinical or AACVPR-certified cardiac/pulmonary rehab AED or manual defibrillator, supplemental oxygen with delivery devices, suction, crash cart stocked per medical director order BLS for all staff; at least one ACLS -certified staff member present

Hospital-based/inpatient program Full code cart, telemetry, hospital code-team activation ACLS (and PALS where applicable) per hospital policy

Daily Inspection & Documentation

Emergency equipment is only useful if it works when needed. Programs verify readiness on a recurring (often daily or per-session) inspection that checks the AED's self-test indicator, pad expiration dates and packaging integrity, battery status, oxygen tank pressure and fullness, the crash cart's lock/seal number against the equipment log, code-drug expiration dates, and that communication devices function. Every check is logged and signed; any missing, expired, or malfunctioning item is corrected immediately, and the program is restricted from higher-risk activity until it is resolved.

The Organizations That Set the Standard

A CEP should recognize which body governs which piece of the emergency-preparedness puzzle:

ACSM — publishes the Guidelines for Exercise Testing and Prescription , which link a patient's risk stratification to the required level of supervision and physician proximity during testing/exercise.

AACVPR — sets program certification standards for cardiac and pulmonary rehabilitation programs, requiring a written EAP, appropriate equipment, trained staff, rehearsed drills, and physician medical-director oversight.

AHA — publishes the CPR/emergency cardiovascular care (ECC) science and the Chain of Survival that underlies CEP resuscitation training.

American Red Cross (ARC) — a common training provider for BLS/CPR/AED and first-aid certification curricula.

Joint Commission (JCAHO) — accredits hospital-based programs, including their emergency-preparedness standards.

OSHA — governs workplace safety, including the bloodborne-pathogens exposure control plan every facility must maintain.

ADA — sets physical accessibility requirements for the facility itself.

Mock Drills & Continuous Quality Improvement

Written plans and stocked carts are necessary but not sufficient — staff must practice using them. Higher-acuity programs commonly rehearse mock codes on a recurring schedule (many cardiac/pulmonary rehab programs target this quarterly), timing how quickly roles are filled, the AED is applied, and EMS is contacted. Drill results are documented and reviewed for continuous quality improvement (CQI): slow response times, unclear roles, or equipment gaps identified in a drill get corrected before a real event exposes them.

Documenting the Incident

Immediately after any emergency — from a fall to a full cardiac arrest — the responding CEP completes an incident report capturing objective facts: time of onset, presenting signs/symptoms, vital signs, every intervention performed and when, whether EMS was activated and when they arrived, and the outcome. The report is retained per the facility's record-retention policy, forwarded to the medical director, and used both to drive program improvements and, if the care provided is ever questioned, as the primary record of what was actually done. A well-built EAP and a well-documented response are the two things that most directly protect both the patient and the CEP when a true emergency occurs.