NSCA CSCS Program Design: How to Work Through the 44 Scored Questions, From Needs Analysis to Periodization

Forty-four of the 110 scored Practical/Applied questions come from one domain, and only two of those are recall. A Program Design question usually hands you an athlete, a sport and a point in the season, then asks for the next decision: which test, which exercise, what load, how much rest, or which phase comes next.

CSCS Program Design questions follow the outline's decision chain

NSCA's Detailed Content Outline (DCO) gives the domain 2 recall, 21 application and 21 analysis items. Its tasks run in the order a coach would work, after a needs analysis, to "design training programs that maximize performance and minimize injury potential." The middle column is Passy's reading of the decision each task turns into:

The Practical/Applied guide lists these tasks in summary. The sections below work through the ones that generate most of the arithmetic and judgment.

Running a CSCS needs analysis in the outline's order

The DCO splits the needs analysis into five steps: evaluate the sport (movement, physiological and injury analysis), review the athlete's injury history, training status and goals, select assessments, analyze and benchmark the results, and communicate recommendations. A worked example with a fictional athlete shows how a question can use them.

Scenario (Passy's example). A 19-year-old collegiate field-sport player starts the off-season. The question tells you the sport involves repeated sprints of 2 to 4 seconds with 30 to 60 seconds between efforts, frequent changes of direction, and a history of hamstring strains on the team. The athlete has two years of resistance training and missed three weeks last season with a hamstring strain.

A sound way to read a needs-analysis question (Passy's advice): prefer the option that uses the scenario's own data. If the stem gives the sprint durations and the injury history, the best choice should address both, and an option that's correct in general but ignores the stated history is a likely distractor.

Assigning load on the CSCS: percent of 1RM, RM targets and RPE

The DCO's examples of ways to assign external load are a percent of the 1RM, a percent of body weight, RM loads, and RPE. Metabolic load can be assigned with the Karvonen method, which the CSCS exam math guide works through with new numbers.

NSCA publishes a training load chart (©2012, adapted from Landers, 1984) that links maximum repetitions to a percent of 1RM:

The chart works both ways. NSCA's own examples: 8 squats at 160 lb estimates a 1RM of 200 lb, and a 200-lb 1RM means 10 repetitions at 150 lb, or 75%.

An NSCA excerpt from Strength Training adds three points that turn up in scenarios:

• RM targets. You can set a single RM target (such as 10RM) or a target zone (such as 3-5RM) and adjust the resistance as the athlete gets stronger.
• Percent of 1RM drifts. If you don't retest the 1RM, the same percentage represents a lower relative intensity as strength rises.
• Machines differ. The repetitions possible at a set percent of 1RM can differ between free weights and machines; more can be performed on a machine's fixed path because no balance is required.

Heavier loads with fewer repetitions favor strength, and lighter loads with more repetitions favor local muscular endurance, the excerpt says. For practice with real numbers, worked load calculations are planned for full CSCS prep at launch.

Volume on the CSCS: sets × reps, and volume load

The DCO defines training volume as sets × reps, so 4 sets of 6 is a volume of 24 repetitions. NSCA's excerpt from Essentials of Sport Science explains why coaches also track two other measures. Sets × reps ignores the load. Sets × reps × weight lifted, called volume load, accounts for the load but not for how heavy it is relative to the athlete's maximum. Sets × reps × percent of RM may be the most appropriate of the three, the excerpt says. Read the stem: if it says "volume," use the DCO's definition unless the question defines another measure.

Exercise order, rest and frequency on the CSCS

For exercise order, the DCO's examples of "mechanical or metabolic interference" are large to small muscle groups, speed of movement, and alternating upper- and lower-body exercises. Its rest and recovery tasks cover work:rest periods between repetitions, sets and exercises, recovery between sessions, training frequency within a microcycle (a training week) and recovery or unloading phases within the macrocycle (the training year).

For goal-specific load, repetition, set and rest assignments, study the current (5th) edition of Essentials of Strength Training and Conditioning, which NSCA recommends for CSCS preparation and describes as covering program design methods, rather than secondhand summaries. The exam itself is built from the DCO, not from any one book.

Periodization: the numbers NSCA publishes for the off-season

An NSCA excerpt from Essentials (4th ed.) describes the preparatory period, which often corresponds to the off-season. Its goal is a base level of conditioning so the athlete can tolerate more intense training later. The period divides into a general and a specific preparatory phase, and the resistance training phases run in this order:

The excerpt adds that daily variations in intensity help recovery, that recovery weeks or microcycles can be placed throughout a phase and most often at its end, and that training becomes more sport-specific as the athlete moves from the general to the specific phase.

A second excerpt on training seasons describes the year for aerobic endurance training: an off-season base built on long, low-intensity work, with duration increased by no more than 5% to 10% per week; a preseason that raises intensity; an in-season plan with low-intensity, short sessions before competitions; and a postseason of active rest. The DCO adds the choice between linear and nonlinear strategies, based on the sport, the athlete's needs, training age and goals. Once these phases click, 104 Program Design flashcards are planned for launch to keep the terms fresh.

Return to play and communication

Task J asks you to design programs for athletes in the injury, reconditioning or return-to-play period "in collaboration with the interdisciplinary team." NSCA's Standards and Guidelines state that participants returning from an injury or illness must provide documentation of medical clearance before returning to a strength and conditioning program, and that communication between sports medicine and strength staff must be clear and timely. In a return-to-play question, an option that progresses the athlete without that clearance or outside the medical team's plan is a red flag. Task K, communicating goals, design and expected outcomes to stakeholders, applies to every program.

Four Passy practice questions on CSCS Program Design

Written by Passy for practice, in the exam's three-option format.

1. An athlete's tested back squat 1RM is 300 lb. The plan calls for sets at the load she could lift about 6 times. Using NSCA's training load chart, which load fits?

• A. 255 lb
• B. 270 lb
• C. 225 lb

Answer: A. The chart sets 6RM at 85% of 1RM, and 300 × 0.85 = 255. Option B is 90% (4RM) and C is 75% (10RM).

2. Early in the off-season, a coach wants the resistance phase that NSCA's text places in the general preparatory phase. Which prescription fits?

• A. 3-6 sets of 8-20 reps at 50-75% of 1RM
• B. 2-6 sets of 2-6 reps at 80-95% of 1RM
• C. 1-3 sets of 1-2 reps at 95-100% of 1RM

Answer: A. That is the hypertrophy/strength endurance phase. B is the basic strength phase that follows it, in the specific preparatory phase.

3. A basketball player's lower-body session includes a back squat, a hang power clean and a seated calf raise. Which exercise should open the session?

• A. Hang power clean, since fatigue slows it down the most
• B. Back squat, since it moves the heaviest load of the three
• C. Seated calf raise, to prepare the ankles for heavier lifts

Answer: A. The DCO lists speed of movement as an exercise-order factor. Human Performance Resources by CHAMP, at the Uniformed Services University, summarizes NSCA's order as power exercises first, then other multi-joint exercises, then single-joint assistance work, because speed is the first thing fatigue takes away. NSCA's Foundations of Fitness Programming also puts complex multi-joint exercises before single-joint assistance exercises, so the squat comes before the calf raise.

4. Coach Rivera prescribes 3 sets of 10 at 60 kg. Coach Ito prescribes 5 sets of 3 at 120 kg. Using the DCO's definition of volume, whose session has the greater volume?

• A. Coach Rivera's, 30 repetitions against 15
• B. Coach Ito's, because its load is heavier
• C. Neither, because the two are equal

Answer: A. Volume is sets × reps: 30 against 15. The twist: volume load is equal (3 × 10 × 60 = 1,800 kg and 5 × 3 × 120 = 1,800 kg), so C would be right only if the question asked about volume load.

Misses like the last one are worth revisiting, and a planned Fix It list keeps every missed program-design question for another try at launch.

Your next step for CSCS Program Design

Write one full needs analysis for a sport you've never played, using the five DCO steps and the table above, then turn it into one week of training with loads from NSCA's chart. Check your Practical/Applied readiness with the twelve Practical/Applied items in the 20 free CSCS practice questions, and move on to lift analysis in the Exercise Technique guide.