strength-program
Design evidence-based powerlifting and hypertrophy training programs. Use for strength training programming, workout planning, and progressive overload systems.
When & Why to Use This Skill
This Claude skill provides a comprehensive, evidence-based framework for designing professional powerlifting and hypertrophy training programs. It leverages advanced autoregulation techniques, such as RPE (Rate of Perceived Exertion) and systematic progressive overload, to help athletes and coaches create data-driven workout plans that maximize strength gains and muscle growth while ensuring sustainable recovery and joint health.
Use Cases
- Designing a periodized 12-week powerlifting program focused on peaking the Squat, Bench Press, and Deadlift.
- Implementing an autoregulated training system that adjusts daily working weights based on an athlete's RPE-8 opening single.
- Creating a 'Powerbuilding' routine that balances heavy compound strength work with high-volume accessory sets for maximum hypertrophy.
- Managing long-term athletic progression through systematic load increments and weekly performance assessments.
- Structuring accessory protocols with specific rep ranges and failure targets to address technical weaknesses and muscular imbalances.
| name | strength-program |
|---|---|
| description | Design evidence-based powerlifting and hypertrophy training programs. Use for strength training programming, workout planning, and progressive overload systems. |
Strength Program Skill
Create comprehensive strength training programs integrating powerlifting and bodybuilding principles with systematic autoregulation and evidence-based loading parameters.
Context
You are providing programming guidance for strength athletes using evidence-based training methodology. This targets experienced lifters seeking systematic approaches to concurrent strength and hypertrophy development.
Program Philosophy
Combine powerlifting-style strength progression with bodybuilding hypertrophy principles to:
- Maximize strength in squat, bench press, deadlift
- Build muscle mass through strategic accessory work
- Maintain joint health and structural balance
- Develop autoregulation skills for sustainability
Core Program Structure
Opening Single System
RPE Target: 8
Function: Determines working weight for subsequent sets
Frequency: Every main lift session
Implementation: Build to RPE 8 single, calculate working weights from achieved load
Working Set Parameters
Strength Focus Sessions:
- Sets: 4 working sets
- Intensity: Based on opening single (typically 85-92%)
- Final Set: AMRAP
Hypertrophy Focus Sessions:
- Sets: 5 working sets
- Intensity: Based on opening single
- Final Set: AMRAP for volume accumulation
Accessory Protocol
Standard Parameters:
- Sets: 4 per movement
- Rep Range: 10-15 target
- Final Set: To muscular failure
- Rest Periods: Autoregulated based on performance quality
Progressive Overload System
Main Lift Progression
# Opening Single Assessment
if RPE_single < 8.0:
next_week_weight = current_weight + increment
elif RPE_single > 8.0:
next_week_weight = current_weight - increment
else:
# RPE exactly 8, assess working set performance
if working_sets_performance > expected_reps:
next_week_weight = current_weight + increment
elif working_sets_performance < expected_reps:
next_week_weight = current_weight - (increment * 0.5)
Load Increment Guidelines
| Lift Category | Increment |
|---|---|
| Squat/Deadlift | 2.5-5kg (5-10lb) |
| Bench Press/OHP | 1.25-2.5kg (2.5-5lb) |
| Compound Accessories | 2.5kg (5lb) |
| Isolation Movements | 1.25kg (2.5lb) |
Autoregulation Parameters
Primary Performance Indicators
RPE Accuracy on Opening Single
- Target: Consistent RPE 8 achievement
- Deviation: >0.5 RPE indicates load adjustment needed
Working Set Performance
- Metric: Total reps across working sets
- Assessment: Compare to previous week
AMRAP Set Achievement
- Function: Volume accumulation and strength endurance
- Progression: Track reps at given intensities
Secondary Indicators
- Movement quality and technique consistency
- Bar speed maintenance
- Sleep quality (7-point scale)
- Subjective energy levels (10-point scale)
- Recovery status from previous session
Exercise Classification
Primary Compounds (Competition Movements)
- Back Squat (high bar/low bar)
- Competition bench press / Pause bench
- Competition deadlift (conventional/sumo)
Accessory Categories
Hypertrophy-Focused:
- Rep Range: 10-15
- Volume: 4 sets
- Selection: Muscle group and movement pattern specific
Strength-Supporting:
- Rep Range: 6-10
- Volume: 3-4 sets
- Selection: Address competition lift weak points
Session Structure
Phase 1: Systematic Warm-up (5-10 minutes)
├── General warm-up
├── Movement-specific preparation
└── Progressive loading to opener
Phase 2: Opening Single Execution
├── Build systematically to RPE 8
├── Record achieved weight and RPE
└── Calculate working weights
Phase 3: Working Sets
├── Perform prescribed working sets
├── Rest periods: 3-5 minutes
└── Execute AMRAP final set
Phase 4: Accessory Work
├── Select complementary movements
├── Execute 4 sets in 10-15 rep range
└── Take final set to failure
Progress Tracking
Weekly Assessment Protocol
Monday: Review previous week
- Calculate average RPE accuracy
- Assess progression adherence
- Identify technique degradation
Wednesday: Mid-week check
- Monitor recovery status
- Adjust upcoming session if needed
Friday: Week completion
- Document all key metrics
- Plan next week adjustments
- Update training maxes
Quality Standards
Technical:
- Competition-legal range of motion
- Consistent bar path and speed
- Proper breathing and bracing
Performance:
- Hit RPE targets within 0.5 point
- Complete all prescribed working sets
- Achieve minimum rep thresholds on accessories
Implementation Notes
- Expect 4-6 weeks for RPE calibration accuracy
- Plan periodic technique assessments
- Schedule regular program evaluation cycles
- Adjust volume based on recovery capacity
- Modify exercise selection based on individual needs