Active Projects
NBM activities combine scientific research, applied performance training, and educational programs to support athletes, coaches, and organizations seeking evidence-based approaches to human performance and movement optimization.
Protocol Fitness Technology - Neuro-Biomechanics Integration
Neuro-Biomechanics is currently collaborating with the Protocol AI Fitness App development team on the creation of an advanced Neuro-Biomechanics (NBM) module designed to expand the platform’s capabilities in scientific assessment, corrective functional training, and performance development.
Within this collaboration, NBM Sports Performance & Training Consultancy is providing a comprehensive NBM Roadmap Framework that integrates structured assessment, movement diagnostics, and corrective training logic into the digital ecosystem of the Protocol platform.
The NBM integration is designed to deliver:
- Comprehensive online performance assessments
- Movement quality and asymmetry evaluation
- Strength, power, and motor ability testing
- Corrective functional training pathways
- Exercise libraries structured by NBM principles
- Educational content and learning modules for coaches and trainers
Sports Academy Belgrade - Hybrid Education for Sports Trainers
Neuro-Biomechanics is currently developing a collaborative education initiative with Sports Academy Belgrade, a respected higher vocational institution specializing in sports education and coach development. The Academy was founded in 1996 by organizations including the Olympic Committee of Serbia and major Belgrade sports clubs, and it has been recognized internationally for its coach education programs.
This partnership focuses on developing modern hybrid education programs for sports trainers and performance professionals, combining the academic expertise of Sports Academy Belgrade with the applied methodology and philosophy of the Neuro-Biomechanics (NBM) model.
The educational programs will integrate knowledge from several key areas:
- Sports and exercise science
- Strength and conditioning
- Injury prevention strategies
- Posture and movement correction
- Post-rehabilitation training
- Performance assessment and monitoring
The courses will follow a hybrid learning format, combining live practical sessions and online learning modules, allowing professionals from different regions to participate.
Upcoming educational activities may include:
- Webinars and online seminars
- One-day workshops
- Two-day intensive practical courses
- Specialized education modules lasting 6-12 months
These programs are intended for:
- Strength and conditioning coaches
- Fitness professionals
- Sports practitioners
- Rehabilitation specialists
- Trainers working with athletes and the general population
The goal of this collaboration is to create internationally relevant educational opportunities that combine scientific knowledge with practical application while introducing the NBM philosophy of human performance optimization.
Further information about upcoming courses and webinars will be announced soon.
Digital Performance Systems:
Development of AI-supported assessment and training systems such as the Protocol × Neuro-Biomechanics performance framework, integrating movement diagnostics, strength profiling, and corrective training models.
Athlete Performance Optimization:
Implementation of neuro-biomechanical assessment and training methods with:
- individual athletes
- sports academies
- professional training centers
- combat sport practitioners
Institutional Collaboration:
Support for organizations seeking to integrate scientific performance models within their training systems.
Projects may include:
- development of testing protocols
- athlete monitoring systems
- strength & conditioning frameworks
- movement diagnostics implementation
Featured Project: Protocol AI Fitness App Integration
The Roadmap:
The roadmap follows a structured step-by-step client evaluation model, beginning with onboarding and background profiling, progressing through movement diagnostics, strength and power testing, and culminating in individualized programming recommendations supported by AI-assisted decision logic.
Through this integration, the platform aims to translate advanced neuro-biomechanical principles into a scalable digital system that supports both practitioners and clients with structured evaluation, training guidance, and professional education.
The first NBM-enhanced modules within the Protocol ecosystem are expected to become available in the near future.