NSCA-CPSS study plan

Map the Domain 1 blueprint into a one-page concept inventory covering exercise physiology, biomechanics, motor control, and nutrition

Explain acute cardiovascular, respiratory, and metabolic responses to a single training session in your own written notes

Define 30 core physiology and biomechanics terms with a working example of each in a sport setting

Build a spreadsheet tracking your weekly self-quiz scores by Domain 1 subtopic

Differentiate chronic adaptations to strength, power, sprint, and endurance training and the mechanisms behind each

Interpret force-velocity and length-tension relationships to justify exercise selection for a chosen sport

Describe energy system contribution across event durations and calculate a sample ATP resupply estimate

Connect sleep, hydration, and fueling principles to measurable performance outcomes

Classify sport-technology categories (wearables, force plates, GPS, video, AMS, VBT) by the variables they measure

Evaluate validity, reliability, and minimal detectable change for three common monitoring tools

Assess practical constraints of a technology: cost, workflow burden, athlete time, and data governance

Draft criteria for choosing between two candidate tools for the same monitoring purpose

Integrate physiological rationale with technology selection in one applied scenario

Identify when a metric is being misapplied relative to its measurement properties

Write a defensible justification for adopting or rejecting a specific monitoring technology

Complete a timed 40-question mixed Domain 1 and 2 practice set and log error categories

Sequence the steps of an applied research question from problem identification to dissemination

Distinguish study designs (cross-sectional, cohort, RCT, single-subject) and state what each can and cannot support

Interpret p-values, effect sizes, confidence intervals, and statistical versus practical significance

Appraise internal and external validity threats in a published sport-science study

Apply basic research ethics and informed-consent requirements to an athlete-monitoring study

Translate a needs analysis into testable hypotheses and select appropriate outcome measures

Design a small monitoring study with sampling, reliability, and analysis decisions specified

Conduct a needs analysis for a chosen sport covering demands, injury profile, and athlete constraints

Map needs-analysis outputs to program variables: volume, intensity, frequency, and progression

Periodize an 8-week mesocycle for a chosen athlete using the needs-analysis findings

Adapt programming for a context constraint such as travel, limited equipment, or return-to-play

Specify load-monitoring and readiness metrics with decision rules for adjusting training

Justify program modifications using Domain 1 physiology and Domain 2 measurement evidence

Synthesize all four domains into integrated case answers under time pressure

Re-drill every missed item from prior weeks and articulate why each distractor fails

Complete two full-length timed practice exams and compare domain-level accuracy

Finalize a one-page rapid-review sheet of high-yield concepts and decision frameworks