Summary of Strength Training Dose and Periodization
Strength Training Dose and Periodization Explained
Introduction
Strength and resistance training succeed when planning and programming turn ideas into consistent, progressive sessions. This study material breaks down practical planning tools — horizontal and vertical planning, set/rep schemes (ladders, plateaus, waves, clusters), session organization (supersets, splits), and simple probabilistic scheduling — into clear concepts and ready-to-use examples for self-directed learners.
Definition: Horizontal planning — arranging variation across different workouts or phases (e.g., rotating exercises, changing set/rep schemes across phases).
Definition: Vertical planning — arranging progression inside a repeated workout slot over time (e.g., week-to-week rep/weight changes for Monday sessions).
Horizontal planning (phase-to-phase and within-cycle variation)
What it answers
- Which exercises, set/rep schemes, and objectives are used across phases?
- How much variety vs stability do we keep across phases to manage motivation, observable progress, and specificity?
Four-quadrant model (practical view)
Use two axes: exercises (same vs varied) and set/rep schemes (same vs varied). Common quadrant strategies:
- Same exercises / same sets-reps: ideal for peaking and clear progress tracking.
- Same exercises / varied sets-reps: keeps movement consistent but changes stimulus (reduces boredom or targets different qualities).
- Varied exercises / same sets-reps: preserves load pattern but adds novelty for engagement.
- Varied exercises / varied sets-reps: maximal novelty (useful with clients who need variety).
Table: Horizontal quadrant example
| Exercises | Set/Rep scheme | Use case |
|---|---|---|
| Same | Same | Peaking, easy progress inference |
| Same | Varied | Maintain movement skill, vary stimulus |
| Varied | Same | Novelty while keeping dose consistent |
| Varied | Varied | Client engagement, generalist training |
Practical tips:
- Apply different quadrants to different exercise tiers: main lifts may be in a stable quadrant while assistance work is varied.
- Use stability for athletes who need visible progress; use variation to avoid over-interpretation of single-session performance.
Vertical planning (progression across repeated sessions)
What it answers
- How does a repeated session (eg. Monday leg day) change week-to-week across 2-4+ weeks?
- How do we make the same session progressively harder or simply different?
Common vertical progression families
- Constant (single progression): same load or rep target repeated to build skill/volume.
- Rep Accumulation (double progression): increase reps within a fixed % or weight across weeks.
- Set Accumulation (triple progression): add sets over time to increase total work.
- Linear / Undulating: planned changes in reps/intensity across steps; undulating uses wave-like changes (e.g., 10-6-8-4).
- Reverse Undulating: intensive weeks followed by extensive weeks.
- Volume-Intensity blocks: split microcycle into more extensive then more intensive weeks (e.g., 2+2 weeks).
Definition: Extensive column — a progression column emphasizing higher reps (volume). Intensive column — lower reps/higher intensity.
Example: Perc Drop / RIR Inc frameworks
- Use predetermined progression steps (e.g., step 1, step 2, step 3, step 4) and apply them to ladder, wave, plateau, or cluster schemes.
- Columns (extensive/intensive) guide how %1RM or RIR shifts between steps.
Set and rep methods (methodological classification)
Mladen’s methodological system lists many scheme families. Key, practical ones below.
- Plateau (sets-across): e.g., 5x5 at same % — good for volume-focused phases and back-off work.
- Ladders (Ascending / Descending): accumulate reps across sets with same load. Useful when you want more quality reps without large fatigue.
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Klíčová slova: Programming & Periodization: Strength Periodization, Programming & Periodization: Strength Programming, Programming & Periodization: Strength Planning, Monitoring, Feedback & Load - Strength Dose, Monitoring, Feedback & Load - Load Metrics, Strength & Resistance Training - Periodization, Scientific method and biases in Methods & Scientific Approach, Programming & Periodization: Sport Periodization, Monitoring, Feedback & Load - Perceptual Feedback, Fatigue metrics & calculations, Strength & Resistance Training - Load & Intensity, Dose-Response & Athlete Modeling: Strength Dose, Dose-Response & Athlete Modeling: Pharmacology, Strength & Resistance Training - Physiology & Adaptation, Dose-Response & Athlete Modeling: Performance Modeling, Monitoring, Feedback & Load - Load Monitoring, Exploration, Risk & Practical Considerations, Strength & Resistance Training - Coaching & Practice, Preparation & Warm-up, Strength & Resistance Training - Programming & Planning, Strength training methods & protocols, Resistance training set & structure, Programming & Periodization: Strength Programs, Programming & Periodization: Program Design, Modeling & Data Science — Markov Modeling for Training, Modeling & Data Science — Strength Training Evaluation, Modeling & Data Science — Strength Measurement Modeling, Modeling & Data Science — General Model Evaluation, Modeling & Data Science — ML Model Evaluation & Interpretation, Modeling & Data Science — Strength Training & ML, Modeling & Data Science — Strength Prediction with ML, Modeling & Data Science — Coaching Evidence Modeling, Individualization, autoregulation & prescription, Recovery monitoring & HRV-guided programming, References & Evidence Base, Modeling & Data Science — Exercise Science Analytics
Klíčové pojmy: Differentiate horizontal (phase-to-phase) vs vertical (session-to-session) planning, Use quadrant model: same/varied exercises × same/varied set-rep schemes, Plateau method = sets-across at same load for volume phases, Ascending ladders accumulate reps with same load (e.g., 2/4/6/12), Descending ladders reduce fatigue with descending rep order (e.g., 10/5/3/2), Undulating progression uses wave-like rep/intensity changes across steps, Supersets save time and can pair main + assistance or antagonists, Use simple transition matrices to probabilistically distribute Easy/Medium/Hard sessions, Apply different quadrants to main lifts vs assistance work, Rep or set accumulation progressively increases volume across weeks, Make transition probabilities dynamic to reflect athlete readiness, Choose vertical method to match phase objective (volume vs intensity)