Study guide
9.6 Recognizing & Responding to Adverse Events During Exercise
CSEP Certified Personal Trainer CSEP-CPT
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1 Introduction: CSEP-CPT Certification & Theory Exam Overview
Introduction: CSEP-CPT Theory Exam Facts & Certification Pathway
2 Chapter 1: Anatomy & Biomechanics in Exercise
1.1 Musculoskeletal Anatomy & Major Muscle Actions 1.2 Planes of Motion & Joint Kinematics 1.3 Biomechanical Levers, Torques & Postural Forces 1.4 Neuromuscular Mechanics & Motor Unit Recruitment
3 Chapter 2: Exercise Physiology & Energy Metabolism
2.1 Bioenergetics & Metabolic Pathways 2.2 Cardiorespiratory Responses to Acute Exercise 2.3 Chronic Physiological Adaptations to Training 2.4 Fatigue Mechanisms & Excess Post-Exercise Oxygen Consumption 2.5 Dose-Response, Sedentary Behaviour & Age and Sex Differences
4 Chapter 3: CSEP-PATH & Pre-Participation Screening
3.1 The CSEP-PATH Framework & 6-A Process 3.2 Get Active Questionnaire (GAQ) & Reference Document Protocols 3.3 Pre-Assessment Screening: Resting Heart Rate & Blood Pressure Cut-Offs 3.4 Pre-Assessment Instructions, Medical Clearance & Contraindications 3.5 PASB-Q, Stages of Change, AAL-Q & Screening in Pregnancy
5 Chapter 4: Anthropometry & Body Composition Assessment
4.1 Body Mass Index (BMI) & Height/Weight Measurement Protocols 4.2 Waist Circumference Protocols & Health Risk Stratification 4.3 Body Composition Methods: Percent Fat Techniques vs. CSEP-PATH Anthropometry 4.4 Body Composition Interpretation & Sensitive Client Communication
6 Chapter 5: Aerobic Fitness Assessment
5.1 Principles of Submaximal Aerobic Testing & Heart Rate Monitoring 5.2 Modified Canadian Aerobic Fitness Test (mCAFT) Protocols 5.3 Ebbeling Treadmill & Rockport 1-Mile Walk Protocols 5.4 Submaximal Cycle Ergometer (YMCA) Test & Aerobic Calculations
7 Chapter 6: Musculoskeletal Fitness Assessment
6.1 Grip Strength & Vertical Jump Peak Power Protocols 6.2 Push-Up Test & Muscular Endurance Protocols 6.3 Sit-and-Reach & Flexibility Assessment Protocols 6.4 Back Extension (Biering-Sorensen) & Static Balance Protocols 6.5 Forearm Plank, Y Balance Test & Predicted 1-RM Protocols 6.6 Validity, Reliability, Objectivity & Measurement Error in CSEP-PATH Assessments
8 Chapter 7: Exercise Prescription & Aerobic Training Design
7.1 Canadian 24-Hour Movement Guidelines for Adults & Youth 7.2 FITT-VP Principles for Cardiorespiratory Fitness 7.3 Training Heart Rate Calculations & RPE Scales 7.4 Aerobic Progression Strategies & Periodization Models 7.5 Canada's Food Guide, Weight Management & Health vs. Performance Goals
9 Chapter 8: Muscular Fitness & Resistance Training Programming
8.1 Resistance Training Principles, Intensity & Repetition Ranges 8.2 Program Design: Exercise Selection, Order & Structural Splits 8.3 Flexibility & Neuromotor Training Programming 8.4 Warm-Up, Cool-Down & Recovery Strategies 8.5 Exercise Instruction, Spotting, Technique Correction & Self-Monitoring
10 Chapter 9: Exercise Prescription for Special & Chronic Populations
9.1 CSEP-CPT Scope for Clients with One Stable Chronic Condition 9.2 Exercise Modifications for Hypertension & Cardiovascular Risk 9.3 Exercise Considerations for Type 2 Diabetes & Metabolic Health 9.4 Exercise Modifications for Osteoporosis, Osteoarthritis & Older Adults 9.5 Asthma, Cancer & Mental Health: Precautions and Signs of Decline 9.6 Recognizing & Responding to Adverse Events During Exercise
11 Chapter 10: Behavior Change & Lifestyle Coaching
10.1 Transtheoretical Model (TTM) Stages of Change & Processes 10.2 Motivational Interviewing Principles & OARS Techniques 10.3 Collaborative Goal Setting (SMART) & Action Planning 10.4 Overcoming Barriers, Relapse Prevention & Self-Efficacy 10.5 Theory of Planned Behaviour, HAPA & Brief Action Planning 10.6 Communication, Empathy & Instructional Techniques for Individual Clients
12 Chapter 11: Professional Practice, Scope & Risk Management
11.1 CSEP Scope of Practice Boundaries & Referral Pathways 11.2 Informed Consent, Liability Waivers & Client Documentation 11.3 Legal Liability, Negligence & Privacy Legislation (PIPEDA) 11.4 Emergency Action Plans, Facility Safety & Certification Maintenance 11.5 The CSEP Code of Conduct & Ethical Professional Practice
9.6 Recognizing & Responding to Adverse Events During Exercise
Key Takeaways Explain This Topic AI
Normal responses to dynamic exercise are a heart rate and systolic blood pressure that rise with workload while diastolic pressure stays about the same; a falling systolic pressure, a heart rate that fails to rise, or symptoms are abnormal.
Possible heart attack signs include chest pressure or pain that may spread to the arms, neck, jaw or back, with sweating, nausea or shortness of breath; stop the exercise and call 9-1-1.
Heart & Stroke's FAST signs are Face drooping, Arm weakness, Speech difficulty and Time to call 9-1-1.
Diabetes Canada defines hypoglycemia as blood glucose below 4.0 mmol/L; a conscious person takes 15 g of fast-acting carbohydrate and rechecks in 15 minutes.
Vigorous exercise briefly raises the risk of a cardiac event, especially in habitually inactive people, but regular activity lowers overall risk; that is why screening and gradual progression matter.
Last updated: October 2026
9.6 Recognizing & Responding to Adverse Events During Exercise
Three CSEP-CPT safety competencies apply here:
5.1 : monitor a client during exercise and identify normal and abnormal responses;
5.2 : recognize and properly respond to signs and symptoms of an adverse event (asthmatic attack, angina, myocardial infarction, hypoglycemia, hyperglycemia, stroke and others);
5.7 : identify the benefits versus risks of moderate- to vigorous-intensity aerobic exercise.
CSEP requires current CPR Level C and emergency first aid at registration. The Theory Exam expects you to know what the signs mean and what to do first.
Normal vs. Abnormal Responses
Variable Normal response to dynamic exercise Abnormal (stop and assess)
Heart rate Rises roughly in proportion to workload, then plateaus at a steady submaximal workload Fails to rise, drops, or becomes irregular; excessive rise for the workload
- Systolic BP Rises with workload Falls by more than 10 mmHg despite increasing workload, or rises excessively
- Diastolic BP Little change or slight fall Rises markedly
Breathing Faster and deeper, proportional to effort Wheeze, gasping, or breathlessness out of proportion to effort
- Appearance Flushed, sweating appropriate to effort Pallor, grey or blue colour, cold clammy skin
- Coordination and mood Normal Confusion, stumbling, slurred speech, unusual behaviour
Recovery HR and BP fall steadily in the recovery protocol Values stay above pre-screening limits after recovery
General first response :
Stop the exercise.
Have the client sit or lie down, whichever eases the symptoms.
Stay with them, ask about the symptoms and monitor.
Activate the Emergency Action Plan and call 9-1-1 for serious or persistent symptoms.
Be ready for CPR and the AED.
Document the event.
Specific Adverse Events
Event Warning signs First response (within first-aid training)
Angina (temporary lack of blood flow to heart muscle) Chest pressure, tightness, squeezing or pain during effort, possibly spreading to arm, neck, jaw or back; usually eases with rest Stop and rest; if the client has prescribed nitroglycerin, they use it as directed; if symptoms do not settle quickly or are new or worsening, treat as a possible heart attack
Myocardial infarction (heart attack) Chest discomfort (pressure, fullness, burning, heaviness), upper-body discomfort, shortness of breath, sweating, nausea, lightheadedness; symptoms may be less typical in women and older adults Stop activity; call 9-1-1; keep the person at rest; follow first-aid protocols; if they become unresponsive and are not breathing normally, start CPR and use the AED
Stroke FAST: F ace drooping, A rm weakness (cannot raise both arms), S peech jumbled or slurred, T ime to call 9-1-1; also sudden vision loss, severe headache, loss of balance Call 9-1-1 immediately; note the time symptoms started; keep the person safe and at rest; give nothing by mouth
Hypoglycemia (blood glucose below 4.0 mmol/L) Shakiness, sweating, hunger, pounding heart, anxiety, confusion, difficulty concentrating, weakness If conscious: stop exercise, have them take 15 g of fast-acting carbohydrate (for example glucose tablets or about 150 mL of juice or regular soft drink), recheck after 15 minutes and repeat if still low, then a snack if the next meal is more than an hour away; if unconscious or unable to swallow, call 9-1-1
Hyperglycemia (high blood glucose) Thirst, frequent urination, fatigue, blurred vision; with ketoacidosis, nausea, vomiting, abdominal pain, fruity breath, rapid breathing Stop exercise; encourage water; the client follows their diabetes plan and contacts their health care provider; call 9-1-1 if vomiting, drowsy or confused
Asthma attack Wheeze, cough, chest tightness, difficulty speaking, shortness of breath Stop; sit upright; the client uses their own reliever inhaler as prescribed; if no improvement or severe distress, call 9-1-1
Fainting (syncope) or near-fainting Lightheadedness, pallor, tunnel vision, collapse Lie the person down and raise the legs if no injury; check breathing; call 9-1-1 if not quickly recovered or if fainting occurred during exertion
Heat illness Heavy sweating, headache, nausea, weakness; in heat stroke, confusion and hot skin Stop; move to a cool place; cool and hydrate if conscious; heat stroke is a 9-1-1 emergency
Warning
Any client who has an adverse event is screened again before their next session. A new cardiac, neurological or respiratory event normally requires physician clearance, and possibly a CSEP-CEP, before exercise resumes.
Benefits vs. Risks of Moderate-to-Vigorous Exercise (Competency 5.7)
Benefits : regular moderate-to-vigorous activity lowers the risk of premature death, cardiovascular disease, stroke, type 2 diabetes, hypertension, several cancers, depression, falls and frailty. It also improves fitness, mood, sleep and function.
Risks :
Acute cardiac events : vigorous exertion briefly increases the risk of heart attack or sudden cardiac death. The relative increase is highest in habitually inactive people who suddenly exercise hard, and in people with existing heart disease. The absolute risk is very low, and regular activity lowers a person's overall risk.
Musculoskeletal injury : rises with high volume, high impact and rapid progression.
How CSEP-PATH manages the balance :
Pre-participation screening : the GAQ, resting vitals, medical history and the Health Screening Tool.
The GAQ's advice to consult a qualified exercise professional before vigorous activity if not already meeting the guidelines.
Gradual progression : inactive clients with a condition start with light-to-moderate activity.
Scope limits on effort : submaximal testing, and interval work below 90% of peak heart rate.
Preparation and monitoring : warm-up, cool-down, monitoring during sessions, and a rehearsed Emergency Action Plan.