SCI Framework
One system.
Three domains.
Zero silos.
The SCI Framework integrates rehabilitation, performance development, and ecological skill integration into one unified system, built for practitioners who operate at the intersection of clinic, weight room, and court.
A system built
for integration.
Most performance environments operate in silos. The physical therapist works in the clinic. The strength coach works in the weight room. The skill coach works on the court. Handoffs between these groups are unclear, criteria for progression are inconsistent, and athletes fall through the gaps.
The SCI Framework was built to solve this. It is a single applied model that aligns rehabilitation science, strength and conditioning, sports science testing, and ecological skill development into one coherent pathway, from first day of injury through full return to competition.
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.
"The objective is not more theory in isolation, but a clearer system for real athletes moving from clinic to weight room to court."
Not a handoff model
Rehabilitation and performance advance together under clear shared rules, not sequentially.
Criteria-based progression
Athlete movement through phases is driven by objective data, force plate metrics, strength ratios, hop tests, not time alone.
One shared language
Medical, performance, and coaching staff communicate using the same framework, reducing miscommunication and accelerating decisions.
Distinct in intent.
Unified in execution.
Each domain has a specific role in the athlete's pathway. None operates in isolation, they are designed to interact continuously throughout the performance process.
Rehabilitation
Restore capacity and manage constraints
The rehabilitation domain manages injury, tissue loading, and the progressive restoration of movement capacity. It provides the clinical foundation from which performance and skill work can be safely and systematically built.
Within SCI this domain does not operate in isolation, it shares criteria and communication channels with performance and skill domains from day one of the return pathway.
- ACL reconstruction and soft tissue management
- Staged tissue loading progressions
- Criteria-based phase transitions
- Patellar and adductor tendinopathy management
- Return-to-run and return-to-cutting frameworks
Performance Development
Build force, movement quality, and readiness
The performance development domain builds the physical qualities required for elite basketball, force production, deceleration capacity, energy system development, and movement preparation. It uses objective testing to drive programming decisions.
Force plate data, isokinetic strength profiles, and sprint mechanics inform when and how loading progresses, connecting the weight room to return-to-performance criteria.
- Force plate testing and asymmetry monitoring
- Isokinetic strength profiling and H:Q ratios
- Deceleration and change-of-direction mechanics
- Energy system development for court sport
- Movement preparation systems
Ecological Skill Integration
Game-representative perception and action
The ecological skill domain reintegrates the athlete into game-representative environments through constraints-led practice design. It recognizes that decision-making, perception, and action cannot be separated from physical preparation if the athlete is to return to full competition readiness.
Practice environments are designed to progressively increase specificity, from controlled movement to full game exposure, using task, environment, and individual constraints as tools.
- Constraints-led practice design
- Representative learning environments
- Progressive on-court reintegration sequences
- Perception-action coupling in return-to-sport
- Decision-making under fatigue and pressure
From assessment
to competition.
SCI structures the athlete pathway into four interconnected stages, each one building on objective data from the previous stage.
Assess
Baseline testing establishes the athlete's current physical state, force plate metrics, strength profiles, movement quality, and clinical status all feed the initial picture.
Align
Medical, performance, and coaching staff align on shared criteria for progression, what the athlete needs to demonstrate before advancing through each phase of the pathway.
Integrate
All three domains operate simultaneously. Rehabilitation, performance development, and ecological skill work progress together, scaled to the athlete's current capacity and phase criteria.
Clear
Return-to-competition decisions are made against objective criteria, limb symmetry indices, hop test readiness, force plate benchmarks, and ecological readiness indicators, not time alone.
What SCI
stands for.
Six principles that underpin every decision made within the SCI system, in the clinic, the weight room, and on the court.
01
Integration over handoffs
Rehabilitation and performance are not sequential, they are concurrent. SCI eliminates the handoff culture that slows return-to-sport and increases re-injury risk.
02
Evidence translation
Every protocol and progression in the SCI system is grounded in peer-reviewed sports science, translated into practical language that practitioners can apply without losing clinical accuracy.
03
Criteria over time
Athletes progress when they meet objective criteria, not when a calendar says so. Force plate data, strength ratios, and hop tests replace arbitrary time-based milestones.
04
Sport specificity
Every system within SCI is built around the demands of basketball, deceleration loads, change-of-direction mechanics, energy system profiles, and the perceptual demands of court sport.
05
Shared language
Medical, performance, and coaching staff use the same criteria, terminology, and decision frameworks, reducing miscommunication and creating accountability across the entire support team.
06
Operational clarity
The SCI system is designed to be executable in real-world environments, elite NBA facilities, college programs, and clinical settings alike. Theory without application is not the SCI standard.
Built for the
whole team.
The SCI Framework is designed for every practitioner who touches an athlete's return-to-performance pathway, not just one department.
Medical
Clinical Staff
- Physical Therapists
- Athletic Trainers
- Sports Medicine Physicians
Performance
Performance Staff
- Strength & Conditioning Coaches
- Sports Scientists
- Performance Analysts
Coaching & Development
Coaching Staff
- Player Development Coaches
- Basketball Skills Coaches
- Assistant & Head Coaches
What it looks like
in the real world.
The SCI Framework isn't theoretical, it's applied daily in basketball performance environments. Here's what integration looks like across three common scenarios.
Scenario 01, Post-ACL
Early-phase ACL rehabilitation
While the PT manages tissue loading and swelling control, the S&C coach begins upper body and contralateral limb training. The skill coach introduces cognitive basketball tasks that don't load the involved limb. All three disciplines share weekly criteria reviews, the athlete never stops being an athlete.
Scenario 02, Late-stage return
Return-to-performance clearance
Before full court clearance, the athlete completes a SCI readiness battery, countermovement jump asymmetry, isokinetic H:Q ratios, and a 5-0-5 change-of-direction test. The data is reviewed by medical and performance staff against pre-established criteria before the skill coach introduces live contact progressions.
Scenario 03, In-season load management
Managing a high-load training block
During a congested schedule, force plate jump monitoring flags elevated fatigue markers in a key player. The performance staff communicates this to the coaching staff using the SCI shared language, practice intensity is modified and the player's skill development session is restructured to reduce mechanical load while maintaining cognitive engagement.
Scenario 04, Youth development
Integrating science into youth sport camps
At the youth level, SCI principles are applied through age-appropriate screening, movement quality education, and game-representative practice design. Young athletes learn to understand their own readiness while developing the physical and perceptual qualities for long-term performance.
The framework
in action.
The SCI Framework underpins everything SCI produces, from protocols to courses. Explore how it connects across the full system.
Protocol Library
Applied Protocols
Standardized testing, rehabilitation, and return-to-sport progressions, all structured within the SCI framework.
Browse protocols →Course
Basketball Integrated Performance
The SCI Framework taught in full, 12 modules across all five performance domains. Join the waitlist for early access.
View the course →Evidence Briefs
Research Translation
The sports science that informs the SCI Framework, peer-reviewed literature translated into practical clinical and coaching language.
Read the briefs →Be first to access
the SCI system.
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