Symposium 2022

Dr. Beran will be teaching the application of energy system training in higher order programming. Commonly in rehabilitation settings we are finding that many clinicians consistently under load their patients and this may be limiting their progress and function or this may be slowing their progress with return to performance. In this course you will learn how to assess each client for their current level of function and physical potential. Then, through proper application of higher order training principles, develop a rehabilitation program that will move the client through the rehab stages into performance training working to improve their maximum physical potential. We will address this by understanding, what is physical potential? What are significant KPI’s and how to implement energy system training (EST) and work/rest intervals in different rep schemes. As well as understand how time under tension (TUT) implemented in a rep scheme through different tempo variations can change an exercise and its outcomes.

If you want to get past prescribing 2×10 and create higher order programming that will improve your clients success and your outcomes, this is the course for you.

Dr. Jeffrey Beran is the owner of Evolution Elite Performance Therapy, in Scottsdale, Arizona and is an early pioneer in providing fee for service performance care and physical therapy. He has been sought after worldwide and has been fortunate to work with clientele, athletes and organizations in the NHL, NFL, MLB and Track and Field. Besides treating and training athletes, Jeff also mentors students and professionals in running successful fee for service facilities and delivery of high level physical therapy services and treatment. Jeff teaches courses for younger professionals and novice clinicians on “Programming Energy System Training into a Rehabilitation Programs” and “Higher Order Programming for Optimal Outcomes”. He is a performance therapy consultant for ALTIS and the Arizona Coyotes and currently sits on the board of Rehab2Performance.