CSCS · 12% of the exam
Program Implementation practice questions
10 free Program Implementation questions for the Certified Strength and Conditioning Specialist (CSCS) exam, each with the correct answer and an explanation for every option.
What this domain covers
Putting a programme into practice: testing and evaluating athletes, monitoring their response and adjusting training for the individual.
- Exam weight
- 12%
- On a real exam
- ≈ 26 questions
- In our bank
- 70 questions
Topics that come up most
- Test selection, order and administration
- Interpreting results and norms
- Monitoring training load and recovery
- Modifying programmes for injury, return to play and special populations
- Progressing and regressing exercises
How to study it
Learn the recommended order for a test battery, from non-fatiguing tests to fatiguing ones, and the reason for it; it is asked directly and within scenarios.
Sample Program Implementation questions
Try each one before opening the answer. Original questions written to the official exam objectives.
Question 1
In a test battery, which test should usually be done last?
- AHeight and weight
- BAerobic capacity
- CVertical jump
- DFlexibility
Show answer and explanation
Answer: B) Aerobic capacity
- AIncorrect. That's done first.
- BCorrect. It's the most fatiguing.
- CIncorrect. That's done early.
- DIncorrect. That's done early.
Question 2
What does the coefficient of variation describe?
- AThe most common score
- BThe highest score in a data set
- CVariability relative to the mean
- DThe difference between two athletes
Show answer and explanation
Answer: C) Variability relative to the mean
- AIncorrect. That's the mode.
- BIncorrect. That's the maximum.
- CCorrect. It helps judge test reliability.
- DIncorrect. It describes variability.
Question 3
In a test battery, which tests come last?
- AVertical jump
- BHeight and weight
- CFlexibility tests
- DAerobic capacity tests
Show answer and explanation
Answer: D) Aerobic capacity tests
- AIncorrect. That comes early.
- BIncorrect. Those come first.
- CIncorrect. They're nonfatiguing.
- DCorrect. They're the most fatiguing.
Question 4
For repeated testing, tests should be scheduled at:
- ASame time of day
- BRandom times
- CAfter hard practice
- DMidnight
Show answer and explanation
Answer: A) Same time of day
- ACorrect. Reducing variability.
- BIncorrect. Keep times consistent.
- CIncorrect. Fatigue skews results.
- DIncorrect. Keep times consistent.
Question 5
In the Yo-Yo intermittent recovery test, athletes run 2 × 20 m shuttles at speeds that rise step by step, with a 10-second active recovery after each shuttle, until exhaustion. What does this test mainly assess?
- ATop speed reached during one short, straight-line sprint
- BCapacity to repeat hard running bouts with brief rest between them
- CChange-of-direction quickness over a short, preplanned course
- DPeak power output generated during one brief all-out effort
Show answer and explanation
Answer: B) Capacity to repeat hard running bouts with brief rest between them
The Yo-Yo intermittent recovery test measures how well an athlete can repeatedly perform and recover from intense running bouts. It strongly taxes both the aerobic and anaerobic systems, which makes it relevant to team sports.
- AIncorrect. Maximal sprint speed is measured with single timed sprints, such as 10–40 m. The Yo-Yo test is a progressive test run to exhaustion over many shuttles.
- BCorrect. The test repeats running bouts at rising speeds with only short recoveries. It evaluates the ability to perform and recover from repeated intense running, with large contributions from both the aerobic and anaerobic systems.
- CIncorrect. The shuttles include turns, but the score depends on how long the athlete can keep up repeated efforts. Tests such as the T-test or pro-agility assess change-of-direction ability.
- DIncorrect. Peak anaerobic power is measured with brief maximal efforts, such as jumps or a short Wingate test. The Yo-Yo test lasts several minutes and includes many efforts.
Question 6
What does face validity mean?
- ATwo testers agree
- BThe test predicts future results
- CThe test gives the same results each time it's repeated under the same conditions
- DThe test appears to measure what it should, to the athlete
Show answer and explanation
Answer: D) The test appears to measure what it should, to the athlete
- AIncorrect. That's objectivity.
- BIncorrect. That's predictive validity.
- CIncorrect. That's reliability.
- DCorrect. It isn't proof of validity.
Question 7
What does the hexagon test assess?
- AFlexibility
- BAerobic capacity
- CUpper-body strength
- DAgility
Show answer and explanation
Answer: D) Agility
- AIncorrect. It's an agility test.
- BIncorrect. It's an agility test.
- CIncorrect. It's an agility test.
- DCorrect. Athletes jump in and out of a hexagon.
Question 8
In the T-test, the athlete sprints forward, shuffles left and right, and then backpedals to the start. Which physical quality does this field test mainly assess?
- ALinear acceleration over a short distance
- BAnaerobic capacity over a prolonged effort
- CChange-of-direction speed, or agility
- DLower-body muscular power in one effort
Show answer and explanation
Answer: C) Change-of-direction speed, or agility
The T-test is a planned-agility field test. It times how quickly an athlete changes direction while sprinting forward, shuffling laterally and backpedaling.
- AIncorrect. Linear acceleration is tested with straight-line sprints, such as a 10 m split. The T-test is built around repeated changes of direction and movement mode.
- BIncorrect. The T-test lasts only about 10 seconds, which is too short to test anaerobic capacity. Longer efforts such as the 300-yard shuttle are used for that.
- CCorrect. The T-test is a planned-agility test. It measures how quickly the athlete changes direction and speed while sprinting forward, shuffling sideways and backpedaling.
- DIncorrect. Single-effort lower-body power is tested with jumps, such as the vertical jump. Jump ability may be related to T-test times, but the T-test itself measures agility.
Question 9
A strength and conditioning coach gives a soccer squad the same reliable countermovement jump and 10-m sprint tests in preseason, midseason, and postseason. What is the PRIMARY value of comparing these repeated results?
- AShowing whether changes are bigger than normal test-to-test variation, so the program can be adjusted
- BRanking each athlete against published norms for elite soccer players at one time point
- CConfirming that the jump and sprint tests are valid measures of soccer-specific fitness
- DReplacing daily wellness and session-RPE monitoring during the competitive season
Show answer and explanation
Answer: A) Showing whether changes are bigger than normal test-to-test variation, so the program can be adjusted
Repeating reliable, sensitive tests across a season shows whether real change has occurred in each athlete. That lets the coach judge how well the program is working and adjust it.
- ACorrect. Tracking reliable tests over time shows whether an athlete has really improved, stayed the same, or declined. That lets the coach change goals, volume, or emphasis in the program.
- BIncorrect. Comparing with norms takes only one test session. The specific value of repeated testing is seeing change within each athlete over time.
- CIncorrect. Validity is settled when the tests are chosen, using evidence that they measure the intended quality. Retesting the same squad across a season does not establish validity.
- DIncorrect. Testing a few times a season adds to day-to-day readiness and load monitoring but does not replace it. Daily monitoring guides short-term decisions about volume and intensity.
Question 10
Why might a countermovement jump be measured weekly?
- ATo measure hamstring flexibility
- BTo estimate VO2max
- CTo monitor neuromuscular fatigue
- DTo test grip strength
Show answer and explanation
Answer: C) To monitor neuromuscular fatigue
- AIncorrect. It measures power.
- BIncorrect. It isn't an aerobic test.
- CCorrect. Drops may signal fatigue.
- DIncorrect. It measures lower-body power.
Program Implementation: FAQs
How much of the CSCS exam is Program Implementation?
Program Implementation is 12% of the CSCS exam by the official exam guide's weighting, which on a 220-question form works out to roughly 26 questions. The real exam's exact split varies by form.
What does the Program Implementation domain cover?
Putting a programme into practice: testing and evaluating athletes, monitoring their response and adjusting training for the individual.
How should I study Program Implementation for CSCS?
Learn the recommended order for a test battery, from non-fatiguing tests to fatiguing ones, and the reason for it; it is asked directly and within scenarios.
Where can I practise more Program Implementation questions?
This page has 10 free Program Implementation questions with answers. The ExamWize CSCS question bank has 70 questions in this domain. Every practice exam result breaks your score down by domain, and Review Mode re-drills the questions you missed.
Get Program Implementation exam-ready
The full CSCS bank has 70 Program Implementation questions. Timed practice exams match the real exam's length and domain weights, every result shows your score per domain, and Review Mode re-drills the questions you missed.
Not affiliated with NSCA; questions are original, written from the official exam outline, and never copied from the real exam.