Training Frequency and ASEA Training Age Notes
ASEA Training Age and Stage
ASEA identifies a six-stage training age progression (Stage 1 through Stage 6). The speaker emphasizes moving through these stages to guide frequency, load, and exercise selection.
Stage 1 (Beginner): Complete beginner. Focus on body weight exercises and movement competency; work through Movement Competency Assessment concepts. Progression then to loading with soft resistances.
Soft resistances: Bands, medicine balls, TRX/suspension systems, etc., used to elicit adaptations before loading with free weights.
Stage 2–3: Transition from beginner to intermediate. Introduce barbell exercises when movement competency and control are solid.
Stage 3: Basic barbell variations introduced (e.g., bench press or floor press in this context).
Stage 4: Load increases to seek adaptations.
Stage 5–6 (Advanced training age): Advanced loading strategies; higher intensity and more sport-/activity-specific adaptations; deeper programming considerations based on goals and sport.
Key factors that influence training frequency (overview):
Training age (primary factor)
Sports season and athletic viability
Training load and modality
Other training and considerations (e.g., work, family, conditioning, team training)
How resistance training fits around other capacities to avoid interference or excessive fatigue
Key concepts: training age, load, and periodization considerations
Training age categories (as defined in talk):
Beginner: roughly $0$ to $1$ year of training experience.
Intermediate: roughly $1$ to $5$ years.
Advanced: $5$+ years.
Advanced athletes (Stage 5–6) often require more advanced loading strategies and higher variation to continue adaptations; also consider the sports or activities they’re training for.
General approach: for beginners, emphasize competency and technique with body weight and light loads; for intermediates, introduce more load and variability; for advanced athletes, carefully manage CNS and peripheral fatigue with varied stimuli and rest.
Training frequency by training age (practical guidance)
Beginner (Stage 1–2; $0$–$1$ years):
Typical frequency: $2$ to $3$ sessions per week ($2$–$3$ weekly).
Start with two sessions per week, then progress toward three.
Intermediate (Stage 3–4; $1$–$5$ years):
Typical frequency: $3$ to $4$ sessions per week; sometimes $2$ to $4$ depending on constraints.
More load tolerance and ability to vary stimulus; greater training variety possible.
Advanced (Stage 5–6; $5$+ years):
Typical frequency: $4$ to $7$ sessions per week.
Often requires split programs to manage higher intensity and volume; ensure sufficient recovery.
Example training splits by training age (non-bodybuilding oriented)
Beginner level athlete (zero to one year): two whole-body sessions per week ($2$ full-body sessions/week).
Rationale: avoid under- or over-stimulation; maximize consistent exposure across the entire body.
Common pitfall: splitting into lower-body Monday and upper-body Thursday can delay exposure to both halves and reduce overall adaptation due to long gaps.
Suggested distribution: e.g., on Monday perform a mix of lower-body and upper-body exercises (e.g., 4 lower, 3 upper); on Thursday flip to 4 upper, 3 lower.
Anecdote illustrating dose: a surfer athlete around age 15–16 who missed sessions was given a heavy lower-body load to “teach a lesson.” The result was excessive soreness and absence for another week or two; this highlights risks of overloading after missed sessions and the misconception that soreness is required for adaptation.
Intermediate splits (non-bodybuilding):
Use activity-relevant splits that emphasize movement categories rather than strict body-part splits, e.g., lower-body push + upper-body pull; lower-body pull + upper-body push.
Emphasis is on athletic utility rather than bodybuilding-style splits.
Advanced splits (for CNS and peripheral fatigue management):
Example: a weekly pattern that rotates emphasis across days to balance CNS fatigue and peripheral fatigue.
Sample structure: Whole-body power (high CNS demand) → lower-body strength (CNS + peripheral) → upper-body hypertrophy (peripheral), with a recovery window such as two days before the next bout (e.g., Saturday recovery).
Rationale: advanced athletes require more sets per muscle group, more variety, and longer rest between high-intensity sessions to sustain adaptations and manage fatigue.
Understanding fatigue and intersession timing
Central nervous system (CNS) fatigue vs peripheral fatigue:
CNS fatigue: neural components, e.g., heavy squats, power work; may feel slow or heavy the next day even if muscles aren’t excessively sore.
Peripheral fatigue: muscular fatigue and soreness (burn, pump); more associated with hypertrophy-type work and endurance work.
Intersession interval considerations:
If intersession intervals are too long, stimulation is followed by full recovery and supercompensation, but the next stimulus may come too late, causing a plateau rather than continuous progress.
For beginners, two whole-body sessions per week help maintain consistent exposure and progressive adaptation, avoiding plateaus from long gaps.
Practical implication: vary CNS vs peripheral stress across days to sustain adaptation while preventing stagnation or injury; too much repeated high-CNS-load work with insufficient recovery can lead to performance decline or injuries.
Physiological rationale and study-based recommendations (Kramer & Ratmus)
Researchers: Will Kramer and Nicholas Ratmus (well-respected strength and conditioning researchers)
Core takeaway: across novice, intermediate, and advanced levels, there are general guidelines for sets, reps, and frequency that align with training age.
Novice/beginner (Stage 1–2):
Loading and volume focus: $1$ to $3$ sets per exercise; $8$ to $12$ reps per set; moderate load.
Frequency: $2$ to $3$ days per week; emphasis on exposure and skill acquisition rather than maximal strength loading.
Intermediate:
Loading and volume: $2$ to $5$ sets per exercise; $6$ to $12$ reps per set.
Frequency: $2$ to $4$ days per week; greater variety and higher intensity to promote robust adaptations.
Advanced:
Loading and volume: multiple sets; lower reps; higher intensities (approaching maximal efforts); focus on contractile ability and power, with emphasis on high-intensity work.
Frequency: $4$ to $6$ days per week; ensure rest and variation to prevent overtraining.
Practical implication: as stage increases, both volume and intensity increase, but frequency must be adjusted to manage fatigue and ensure recovery.
General frequency guidelines by athletic stage (meta-analytic synthesis)
Broad recommendation (summary of the literature cited): prioritizing whole-body, multi-joint compound movements and progressively loading high-priority lifts.
Loading and distribution across stages:
Novice (0–1 year): emphasis on whole-body compound movements; frequency $2$–$3$ days/week; at the exercise level, typically $1$–$2$ exercises per muscle group; total weekly sets per muscle group around $3$–$6$.
Intermediate (1–5 years): higher frequency ($2$–$4$ days/week) with more exercises; $2$–$3$ or $4$ exercises per muscle group per week; total weekly sets per muscle group around $6$–$12$.
Advanced (5+ years): higher total weekly volume with $4$–$8$ exercises per muscle group; total weekly sets per muscle group around $18$–$20$ (approximately) depending on split and sport; frequency $4$–$6$ days/week.
Concrete examples of weekly set distributions (illustrative, not prescriptive):
Example A (4 exercises, 5 sets each): $4$ exercises × $5$ sets = $20$ sets per muscle group per week.
Example B (4 exercises, 4 sets each): $4$ × $4$ = $16$ sets per muscle group per week.
Example C (7 exercises, 3 sets each): $7$ × $3$ = $21$ sets per muscle group per week.
Implication for program design: to achieve desired adaptations, especially in advanced athletes, include multiple exercises and higher weekly sets, while distributing load to manage fatigue and maintain motivation.
Practical takeaways for programming and exam-style understanding
Always consider training age when scheduling frequency and splits: beginners benefit from 2 whole-body sessions/week for consistent exposure; advanced athletes benefit from more frequent sessions with varied CNS and peripheral stress across the week.
Avoid excessive soreness as a marker of adaptation; test progress through objective measures (e.g., strength gains, movement competency) after several weeks (e.g., ~6 weeks) rather than chasing constant soreness.
Don’t overdo split routines in beginners: two whole-body sessions per week are typically more effective for early stimulus and adaptation than frequent, uneven body-part splits.
For advanced athletes, incorporate variation and monitor fatigue (CNS and peripheral) to avoid plateaus and injury; use strategic rests (e.g., rest days between high-load sessions) to sustain performance gains.
Use the Kramer–Ratmus framework as a reference for loading ranges and frequency alignment with training age, and complement with meta-analytic guidance on sets/exercises per muscle group to optimize strength gains.
Key takeaways on notation and formulas (referencing the transcript data)
Training age scales: $0$–$1$ year (beginner), $1$–$5$ years (intermediate), $5+$ years (advanced).
Frequency guidelines (sessions per week): beginner $2$–$3$, intermediate $2$–$4$, advanced $4$–$6$ (extends to $7$ in some cases).
Beginner sets/reps guidance (per exercise): $1$–$3$ sets, $8$–$12$ reps.
Intermediate sets/reps guidance: $2$–$5$ sets, $6$–$12$ reps.
Advanced guidance: multiple sets with lower reps, up to $1$–$12$ reps per set depending on goal (hypertrophy/power/strength).
Weekly distribution examples for sets: total weekly sets per muscle group can range from roughly $3$–$6$ (novice) to $18$–$20$ (advanced), depending on the number of exercises and sets per exercise.
Across all stages, the emphasis remains on multi-joint, high-load, large-muscle-group movements as the priority, with single-joint work used as needed.
References to study rationale mentioned in the transcript
Will Kramer and Nicholas Ratmus – foundational study cited for general recommendations across novice, intermediate, and advanced levels.
Meta-analyses discussed (12–15 studies) on optimal sets per muscle group and frequency to maximize strength gains across training stages.
Practical implication: use evidence to guide frequency, sets, reps, and exercise selection, while prioritizing movement quality, gradual exposure, and recovery.