CSCS study plan

Explain the three energy systems and identify which one predominates at given exercise intensities and durations

Diagram the sliding-filament sequence and classify muscle fiber types by oxidative and glycolytic capacity

Apply lever, torque, and moment-arm principles to ten common free-weight and machine exercises

Calculate work, power, and mechanical advantage for given load, displacement, and velocity scenarios

Describe the acute cardiovascular and respiratory responses to a single bout of resistance exercise

Compare chronic adaptations to resistance versus aerobic training across muscle, bone, connective tissue, and cardiorespiratory variables

Summarize endocrine responses (anabolic and catabolic) to resistance exercise and their training implications

Map each Domain 1 concept to a specific program-design decision such as rest interval, load, or exercise order

Define intensity, volume, frequency, and rest using percent-of-1RM and RPE anchors

Distinguish anatomical, biomechanical, and metabolic rationale for exercise selection

Design a 12-week periodized macrocycle for a hypothetical strength athlete, labeling mesocycles and loading progressions

Select loads, volumes, rest intervals, and progression schemes matched to hypertrophy, strength, and power goals

Modify a written program for a client with a stated injury history using safe exercise substitutions

Sequence warm-up and resistance-training exercise order to reflect stated priority goals

Justify each training variable with one evidence-based rationale sentence

Script the setup, execution, and two to three coaching cues for squat, deadlift, bench press, overhead press, and power clean

Identify 15 common technique faults and pair each with a corrective cue or drill

Apply spotting and safety rules to free-weight, machine, and Olympic-lift scenarios

Match exercise selection to movement pattern, joint action, and training goal

Explain breathing and bracing mechanics during heavy compound lifts

Administer and interpret field and laboratory tests including 1RM, vertical jump, agility T-test, and submaximal aerobic tests

Order a testing session to minimize fatigue contamination across power, strength, and endurance measures

Calculate and interpret reliability, validity, and typical error from given test-retest data

Select and justify a test battery for a described athlete using validity and reliability criteria

Convert raw test scores into percentile rankings using provided normative tables

Interpret descriptive statistics and correlation coefficients applied to test data

Calculate energy intake and macronutrient targets for a described athlete from body mass and training load

Evaluate the evidence and safety caveats for creatine, caffeine, and beta-alanine supplementation

Apply pre-, intra-, and post-training nutrition and hydration timing guidelines

Explain the physiological rationale for each nutrition recommendation made

Draft a strength facility layout and equipment list that satisfies traffic-flow and safety standards

Write an emergency action plan outline covering roles, communication, and equipment access

Specify daily, weekly, and annual equipment inspection and sanitation schedules

Describe staff qualification, liability, and record-keeping requirements for a training facility

Complete two full-length timed practice exams and log accuracy by domain and sub-topic

Re-teach the three weakest sub-topics from memory without notes

Rewrite every previously flagged item as a correct statement and re-quiz on them

Consolidate all key formulas, normative values, and guideline numbers onto one reference page