ACSM-RCEP study plan

Map each of the four domains to its weighted percentage and rank your baseline confidence per domain on a 1-5 scale

Define and correctly use the core cardiorespiratory terms (VO2max, submaximal VO2, MET, ventilatory threshold, oxygen pulse, rate-pressure product) in your own written notes

Explain the acute and chronic cardiovascular, respiratory, and metabolic responses to aerobic exercise in healthy versus clinical populations

Interpret a sample resting 12-lead ECG rhythm strip by naming rate, rhythm, and axis without external references

Differentiate absolute from relative contraindications to exercise testing and list which conditions require physician supervision

Describe the pathophysiology and exercise implications of CAD, heart failure, and hypertension

Compare the physiologic limits of exercise in COPD, asthma, and interstitial lung disease

Calculate and interpret MET levels, rate-pressure product, and estimated VO2 from workload for three practice scenarios

Explain the purpose, protocol selection, and end-point criteria for maximal versus submaximal exercise tests

Identify indications for stopping a test and the abnormal responses (ST changes, arrhythmia, exertional hypotension, desaturation) that require termination

Describe the components and interpretation logic of a cardiopulmonary exercise test, including VE/VCO2 slope, anaerobic threshold, and peak VO2

Outline pre-test screening steps including risk stratification and informed consent elements

Apply the FITT-VP framework to draft aerobic, resistance, and flexibility prescriptions for cardiac and pulmonary populations

Calculate target heart rate using heart rate reserve, percentage of max, and RPE-anchored methods, and note when each is preferred

Write a resistance-training progression for a deconditioned older adult with hypertension

Identify special considerations for prescribing exercise in diabetes, obesity, and peripheral artery disease

Design a 12-week progressive program for a post-cardiac-rehab patient transitioning to independent exercise

Translate clinical exercise prescriptions into patient-readable instructions at a sixth-to-eighth grade reading level

Explain the transtheoretical model and match two interventions to each stage of change

Apply motivational interviewing techniques (open questions, reflective listening, summarizing) to a written patient dialogue

Describe self-efficacy, health belief, and social cognitive theory constructs and apply each to an adherence problem

Identify common barriers to exercise adherence in clinical populations and match evidence-informed strategies to each

Outline the structure and teaching points of a group education session on exercise safety and self-monitoring

Practice giving feedback on a patient's exercise log in a way that supports autonomy and competence

Identify the components of an emergency action plan for an exercise facility, including equipment, roles, and drills

Explain infection control, facility safety, and equipment maintenance standards relevant to clinical exercise settings

Describe scope of practice, professional boundaries, and referral obligations for the clinical exercise physiologist

Outline documentation, confidentiality, and informed-consent requirements in patient records

Re-rank confidence across all four domains and close remaining gaps with targeted review

Complete timed practice sets weighted to the domain percentages and review every missed item to its underlying concept

Rehearse the highest-risk content: test termination criteria, contraindications, and emergency response

Consolidate all prior deliverables into a single indexed review packet for final recall