
progressive training plan organization
v1by FitnessGrid
Structure existing exercises into an evidence-based weekly plan using principles of progressive overload and periodization.
Get an AI coach that uses this skill
FitnessGrid is an AI coach that plans your week and adapts as you go. Install progressive training plan organization and your coach will follow this protocol every week, learn from what you actually do, and adjust on the fly.
- Your coach builds the week from this skill
- Adapts to your actual progress, not a static template
- Free to start — no credit card, ~60 seconds to set up
Procedure
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Establish the Baseline: Use
get_user_historyandlist_exercise_libraryto audit the user's current movements, training age, and equipment access. Identify "prime movers" (compound exercises like squats, presses, and rows) to serve as the foundation of the plan. -
Define the Mesocycle: Determine a 4–8 week block focus (e.g., Hypertrophy or Strength). Create the periodization structure using
create_noteto document the specific progression model (Linear or Undulating) and the primary variable being manipulated. -
Calculate Weekly Volume: Use
create_weekto distribute volume across the microcycle.- Aim for 12–20 weekly sets per muscle group for trained individuals.
- Set a training frequency of 1.5 to 2 days per week per muscle group to optimize protein synthesis and avoid "junk volume."
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Construct Individual Workouts: Use
create_workoutandadd_exerciseto build daily sessions.- Prioritize compound movements at the start of each session.
- Assign rep ranges based on the goal (flexible 5–30 reps for hypertrophy, provided effort is high).
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Implement Progressive Overload: For each exercise, specify the starting progression pathway using
update_exerciseor exercise notes:- Load: Adding absolute mass (e.g., 1–2% increase).
- Repetitions: Increasing reps with a constant load.
- Volume: Adding "hard sets" taken close to failure.
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Apply Autoregulation: Instruct the user via a session note to adjust daily targets based on "daily readiness" and Rate of Perceived Exertion (RPE) rather than strictly following fixed percentage increases.
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Review and Iterate: At the end of a microcycle, analyze the proximity to failure and recovery capacity. If recovery is sufficient, scale volume toward the higher end of the 12–20 set range.