Information about the course

Redefine performance and rehab with science-driven training methods!

This course blends cutting-edge science with practical strategies to build stronger, faster, and more resilient athletes — while accelerating rehab outcomes.

Learn how to profile and target individual needs with force–velocity profiling and fiber-type insights, apply biomechanics to optimize movement efficiency and safety, and integrate HIIT and neurocognitive training to improve decision-making and reaction speed.

Discover how eccentric and deceleration training reduces injury risk and restores control in rehab, while performance-driven hypertrophy builds functional strength without compromising speed. Finally, master microdosing and neural priming to enhance recovery, maintain progress in rehab, and keep athletes sharp and adaptive without excessive fatigue.

Perfect for coaches, therapists, and performance professionals, this course gives you the tools to bridge the gap between training, performance, and rehabilitation — with methods you can apply immediately.

!! Bonus: Free Access to the Integrated Performance Conference – 15 May 2026

All participants who register for the 2-day course (16–17 May) will receive free entry to the Integrated Performance Training Conference on 15 May 2026, hosted at Puskás Academy Budapest.

This exclusive event brings together top professionals in rehab and performance. It is an exceptional opportunity to learn, network, and gain insights into the future of performance and rehabilitation — at no additional cost.

2-Day Course | 14 Hours of In-Depth Training Experience a perfect blend of theory and practical application designed to elevate your expertise.

• Certificate of Completion
• Course Materials: Detailed syllabus and clipboard for easy note-taking.
• Refreshments: Coffee, water, and one sandwich per participant per day to keep you fueled.

Important Information:

• General terms

Course Topics

• Force-Velocity Profiling and Fiber Type Transitions
• Biomechanics from an Exercise Perspective
• HIIT & Neurocognitive Training
• Eccentric and Deceleration Training
• Hypertrophy for Athleticism
• Microdosing and Neural Priming