4.3 Resistance Training Program Design

Resistance Training Program Design

Designing a resistance training program goes beyond knowing how many sets and reps to assign. It requires a logical flow of exercises, appropriate load selection, and an understanding of different training system modalities. This section will guide you through constructing the actual workout session from warm-up to cool-down.

Exercise Selection and Classification

Not all exercises are created equal. They are broadly categorized into two types, which dictate where they belong in a workout:

1. Multi-Joint / Compound Exercises: These involve multiple joints and recruit large muscle groups. They require high levels of neurological coordination, balance, and energy.
   • Examples: Barbell Back Squat (hips, knees, ankles), Bench Press (shoulders, elbows), Deadlift, Pull-ups, Overhead Press.
2. Single-Joint / Isolation Exercises: These involve only one primary joint and target a specific, smaller muscle group. They are less neurologically demanding.
   • Examples: Bicep Curls (elbow only), Leg Extensions (knee only), Lateral Raises (shoulder only), Tricep Pushdowns.

The Rules of Exercise Ordering

The order in which exercises are performed dramatically affects the outcome of the workout due to fatigue accumulation. The NCCPT expects you to follow standard, scientifically backed rules for exercise ordering:

• Rule 1: Power before Strength. If performing explosive power movements (e.g., power cleans, plyometrics, medicine ball throws), they MUST go first in the workout, immediately after the warm-up. Power relies on a fresh central nervous system and maximum ATP-PC stores.
• Rule 2: Multi-Joint before Single-Joint. Always perform compound exercises before isolation exercises. If you fatigue the triceps with pushdowns first, the client will fail early on the bench press because the triceps (the assisting muscle) are too tired to help the chest.
• Rule 3: Large Muscle Groups before Small Muscle Groups. Train legs and back before training biceps and calves.

Correct Order Example:

1. Barbell Back Squat (Multi-joint, large muscle)
2. Romanian Deadlift (Multi-joint, large muscle)
3. Leg Extensions (Single-joint, small muscle)
4. Seated Calf Raises (Single-joint, small muscle)

Incorrect Order Example:

1. Bicep Curls (Single joint)
2. Lat Pulldowns (Multi-joint) Why it's wrong: The biceps will be fatigued from the curls, making them the weak link during the lat pulldown, preventing the lats from receiving an adequate overload.

Load Selection (%1RM) and Goal Alignment

Load selection is the most critical factor in resistance training. If the load is too light, there is no overload. If the load is too heavy for the target rep range, the client will compromise form or fail prematurely.

Loads are prescribed as a percentage of the client's One-Repetition Maximum (1RM)—the maximum amount of weight they can lift for one proper repetition. While you don't always need to test a true 1RM (you can estimate it using a 5RM or 10RM test), you must understand the relationship between %1RM and reps.

The Repetition Maximum (RM) Continuum

• 100% of 1RM = 1 Repetition
• 95% of 1RM = ~2 Repetitions
• 90% of 1RM = ~4 Repetitions
• 85% of 1RM = ~6 Repetitions
• 80% of 1RM = ~8 Repetitions
• 75% of 1RM = ~10 Repetitions
• 67% of 1RM = ~12 Repetitions
• 60% of 1RM = ~15 Repetitions

Applying the Continuum to Goals:

• Maximal Strength: To build raw strength, you must lift heavy. The target zone is 85% to 100% of 1RM, which corresponds to 1 to 6 repetitions.
• Hypertrophy (Muscle Growth): Muscle growth requires a balance of mechanical tension and metabolic stress. The target zone is 67% to 85% of 1RM, which corresponds to 6 to 12 repetitions.
• Muscular Endurance: To improve the muscle's ability to resist fatigue, you must use lighter weights for longer periods. The target zone is <67% of 1RM, corresponding to 12 to 20+ repetitions.

Clinical Scenario / Exam Calculation: A client has an estimated 1RM on the bench press of 200 lbs. Their goal is hypertrophy (muscle growth). What weight and rep range should you prescribe?

• Hypertrophy zone: 67% - 85% of 1RM.
• Calculation: 200 lbs x 0.67 = 134 lbs. 200 lbs x 0.85 = 170 lbs.
• Answer: You would prescribe loads between 135 lbs and 170 lbs for 6 to 12 repetitions.

Resistance Training Systems and Modalities

To add variety, manipulate time, or increase metabolic stress, trainers use various programming systems:

1. Supersets

A superset involves performing two exercises back-to-back with minimal to no rest in between. There are two main types:

• Agonist/Antagonist Superset: Working opposing muscle groups. Example: Bench Press (Chest) immediately followed by Barbell Rows (Back). This is excellent for saving time because one muscle rests while the other works.
• Compound Set (Agonist Superset): Working the same muscle group back-to-back. Example: Bench Press immediately followed by Push-ups. This causes extreme metabolic stress and muscular fatigue, highly effective for hypertrophy but requires longer rest after the superset.

2. Circuit Training

Circuit training involves a series of exercises (usually 5 to 10) performed sequentially with very little rest (15-30 seconds) between stations.

• Benefits: Excellent for improving both muscular endurance and cardiovascular fitness simultaneously. Great for fat loss and time efficiency.
• Drawbacks: Not ideal for maximizing raw strength or power, as fatigue limits the amount of weight that can be lifted.

3. Pyramid Training

In a pyramid system, the load is progressively increased while the repetitions are progressively decreased in subsequent sets.

• Example (Ascending Pyramid):
  • Set 1: 135 lbs x 12 reps
  • Set 2: 155 lbs x 10 reps
  • Set 3: 175 lbs x 8 reps
  • Set 4: 195 lbs x 6 reps
• Benefits: Provides a built-in warm-up and recruits different muscle fibers across the different rep ranges.

4. Split Routines

Instead of doing full-body workouts 3 days a week, a split routine divides the body into different segments on different days. This allows for higher volume per muscle group and adequate recovery.

• Upper/Lower Split: Monday (Upper), Tuesday (Lower), Thursday (Upper), Friday (Lower).
• Push/Pull/Legs Split: Monday (Push - Chest/Shoulders/Triceps), Wednesday (Pull - Back/Biceps), Friday (Legs).

Designing a flawless resistance training program means selecting the right exercises, putting them in the scientifically correct order, assigning the precise load for the client's goal, and utilizing systems that maximize their time and results.