CSCS Program Design & Implementation 2 — Questions and Answers

Question 1: Using the NSCA's principle of progressive overload, which variable should be increased FIRST before adding sets or frequency?

Training frequency (days per week)
Number of sets per exercise
Resistance (load) (Correct answer)
Exercise variety

Correct answer: Resistance (load)

NSCA guidelines recommend progressing load first. Once the upper end of the target rep range is consistently achieved with good form, increase the load by 2-10%, then adjust volume (sets), then frequency.

The 2-for-2 rule is widely applied: when an athlete completes 2 or more reps beyond the target rep range on 2 consecutive sessions, increase the load (upper body 2-5 lb, lower body 5-10 lb). Volume (sets times reps) is adjusted after load progression plateaus, and frequency changes are made last. This hierarchical approach prevents overtraining, ensures quality stimulus, and follows the NSCA's progressive overload recommendations as outlined in the Essentials of Strength Training and Conditioning textbook.

Question 2: For a collegiate football lineman during the competitive season, which training phase is most appropriate?

Hypertrophy phase (3-5 sets x 8-12 reps at 67-85% 1RM)
Strength phase (3-5 sets x 2-6 reps at 85-100% 1RM)
Maintenance phase (2-3 sets x 6-8 reps at 80-85% 1RM) (Correct answer)
Active recovery phase (1-2 sets x 12-15 reps below 60% 1RM)

Correct answer: Maintenance phase (2-3 sets x 6-8 reps at 80-85% 1RM)

During the competitive season, the goal shifts to maintaining off-season gains with minimal fatigue. A maintenance phase uses moderate volume and intensity to preserve adaptations without compromising recovery for competition.

NSCA periodization for team sports follows the sequence: hypertrophy (GPP) then strength then power then maintenance in-season. The competitive maintenance phase typically uses 2-3 sessions per week, moderate load (80-85% 1RM), and reduced volume (2-3 sets) to preserve strength and neuromuscular function. Excessive volume during the competitive season increases fatigue and injury risk. The priority is peak performance on game day. Some programs integrate brief power phases within the competitive season to maintain explosive qualities developed during the preparatory period.

Question 3: What does 'undulating periodization' (also called nonlinear periodization) refer to in program design?

Gradually increasing load in a straight line over a training cycle
Varying training volume and intensity within a single week or session (Correct answer)
Using sequential block phases with no variation between sessions
Cycling athletes between high-frequency and low-frequency training years

Correct answer: Varying training volume and intensity within a single week or session

Undulating (nonlinear) periodization varies rep ranges and intensities within a given week (daily undulating) or between weeks, allowing multiple training qualities to be developed simultaneously rather than sequentially.

Traditional linear periodization progresses sequentially (hypertrophy then strength then power) over months. Undulating periodization alternates qualities within shorter timeframes: Day 1 heavy strength, Day 2 moderate hypertrophy, Day 3 light power — all within the same week. Research suggests comparable or superior results to linear models for trained athletes. Daily undulating periodization (DUP) is particularly useful with advanced athletes who need more frequent variation to overcome training accommodation. CSCS candidates must know both models and their appropriate applications based on athlete training age and goals.

Question 4: For developing maximal power output, the NSCA recommends training at what percentage of 1RM?

50-70% 1RM performed with maximal intended velocity (Correct answer)
80-90% 1RM with a controlled 3-5 second concentric phase
30-45% 1RM with deliberate slow tempo
Above 90% 1RM with explosive intent

Correct answer: 50-70% 1RM performed with maximal intended velocity

Power equals force times velocity. Peak power output occurs at moderate loads (approximately 30-70% 1RM) performed with maximal intended velocity. Very heavy loads reduce velocity and very light loads reduce force, both lowering power output.

The optimal load for peak mechanical power varies by exercise: lower body power exercises peak at approximately 30-60% 1RM and upper body at approximately 30-45% 1RM. The NSCA recommends 50-70% 1RM for general power development with emphasis on maximal concentric velocity (intent to move fast). Olympic weightlifting movements (power clean, snatch) are also programmed in this moderate-load range. Heavy loads above 85% reduce velocity excessively while loads below 30% reduce force, both reducing the power output (force times velocity) product.

Question 5: What is the recommended rest interval between sets for an athlete performing 1-3 repetitions at 95% of 1RM to maximize strength gains?

30-60 seconds
1-2 minutes
2-3 minutes
3-5 minutes or more (Correct answer)

Correct answer: 3-5 minutes or more

Near-maximal and maximal effort sets require 3-5 or more minutes of rest for near-complete PCr resynthesis and neuromuscular recovery to maintain performance quality across all sets.

NSCA rest interval guidelines: strength and power training (1-5 reps, over 85% 1RM) requires 3-5 or more minutes; hypertrophy (6-12 reps, 67-85% 1RM) requires 30-90 seconds to 2 minutes; muscular endurance (over 12 reps, below 67% 1RM) requires 30 seconds or less. Short rest intervals with maximal loads prevent PCr resynthesis (approximately 50% in 30 seconds, 84% in 3 minutes, complete in 8 minutes), causing force output decline and compromising training quality. For strength-focused training, maintaining load quality across sets is paramount and necessitates extended recovery periods.

Question 6: Which training variable, when held constant, most distinguishes a hypertrophy mesocycle from a strength mesocycle in traditional linear periodization?

Exercise selection
Rep range and relative intensity (Correct answer)
Training frequency
Rest interval duration

Correct answer: Rep range and relative intensity

Rep range and relative intensity are the defining variables: hypertrophy uses 6-12 reps at 67-85% 1RM while strength uses 1-6 reps at 85-100% 1RM.

Traditional linear periodization (Matveyev model) sequences mesocycles with progressively decreasing volume and increasing intensity: anatomical adaptation then hypertrophy then strength then power. Hypertrophy mesocycle: 3-6 sets of 6-12 reps at 67-85% 1RM with 60-90 second rest. Strength mesocycle: 3-5 sets of 2-6 reps at 85-100% 1RM with 3-5 minute rest. While exercise selection and frequency may be similar across blocks, intensity and rep range are the primary distinguishing variables that drive different physiological adaptations within each phase.

CSCS Program Design & Implementation 2

Using the NSCA's principle of progressive overload, which variable should be increased FIRST before adding sets or frequency?