Performance
Architecture
for Modern Sport
Structured performance systems integrating research,
rehabilitation, and elite sport development.
SCI Basketball
Integrated Performance
The complete framework for integrating rehabilitation, strength training, and skill development in basketball performance, a structured performance architecture model built from first principles.
- Build integrated basketball performance systems from first principles
- Connect force plate data to on-court decision making
- Design progressive return-to-play architecture specific to basketball
- Integrate strength, skill, and clinical models within one framework
Basketball Integrated Performance
A structured performance architecture model integrating basketball skill development, sports science, and return-to-play systems.
The SCI Integrated
Performance Model
Return-to-sport readiness emerges when rehabilitation, performance development, and ecological skill integration are aligned within one unified system.
SCI integrates these domains continuously rather than treating them as isolated phases.
How SCI Thinks.
How SCI Works.
SCI translates peer-reviewed sports science and elite sport practice into applied systems for clinicians, coaches, and performance professionals.
Evidence Translation
SCI translates peer-reviewed sports science and biomechanical research into practical frameworks used in rehabilitation, testing, and performance development.
Informed by:
- Change-of-direction biomechanics
- Force plate performance metrics
- Isokinetic strength profiling
- Muscle architecture insights
Performance Dashboards
Algorithmic readiness outputs that translate testing data into clear return-to-sport decisions, built for clinicians and performance practitioners.
- Lower Extremity Capacity Profile
- Force & Deceleration Profile
- Movement & Readiness Profile
- Basketball Movement Readiness Index
- And more SCI decision tools
SCI Framework
SCI aligns rehabilitation, performance development, and ecological skill integration into one applied system for decision-making across the full athlete pathway.
FRAMEWORKS INCLUDE:
- Integrated performance model
- Return-to-performance decisions
- Testing-to-training translation
- Athlete progression framework
Applied Tools.
Ready to Use.
Practical systems for rehabilitation, performance testing, and athlete decision-making — with basketball-specific integration built in, for clinicians, coaches, and high-performance practitioners.
Clinical Rehabilitation Protocols
Criteria-based rehabilitation systems with phase-by-phase, basketball-specific integration, taking the athlete from acute care through unrestricted return to competition.
Performance Testing Protocols
Standardized testing batteries and interpretation frameworks that translate force, jump, and movement data into actionable performance decisions.
Performance Decision Systems
Interactive dashboards that take standardized test inputs, apply evidence-informed thresholds, and output structured readiness profiles for rehabilitation and performance decisions. Free preview tools and premium dashboard versions are available.
Sports Science.
Made Applicable.
Applied sports science translated into practical performance and rehabilitation insights for clinicians and high-performance practitioners.
Evidence Briefs
In-depth written breakdowns of the sports science evidence behind testing, rehabilitation, and return-to-performance decision-making.
Topics include:
- Force plate asymmetry thresholds
- Isokinetic strength profiling
- Deceleration mechanics
- Return-to-performance criteria
Infographics
Visual summaries of sports science concepts, each paired with a short narrated explanation, built for quick learning, clinical reference, and social sharing.
Includes:
- Force plate output guides
- H:Q ratio breakdowns
- Constraints-led practice design
- Hip flexion and biomechanics
Research Breakdowns
Concise interpretations of recent peer-reviewed studies, focused on what the findings actually mean for clinicians, coaches, and performance practitioners.
Topics include:
- Acute:chronic workload ratios
- Sleep extension in basketball
- Hop testing vs force plate metrics
- Deceleration & landing mechanics
The Applied Performance System
Each domain operates simultaneously, not in sequence. A basketball athlete in late-stage rehabilitation is also training force production and practicing in game-representative environments. SCI is built around that reality.
Rehabilitation
Injury management, tissue loading, and progressive restoration of movement capacity.
Performance Development
Force development, physical preparation, and sport-specific conditioning frameworks.
Ecological Skill Integration
Skill acquisition through perception-action coupling and decision-making in game-representative environments.
Course & Platform Waitlist
Be first to access
the SCI system.
Join the SCI waitlist for early updates on the Basketball Integrated Performance course, applied protocols, dashboards, and launch access.