We deliver our services at your training facility, utilizing four state-of-the-art modalities:
Tendon Monitoring (UTC)
By comprehensively screening your team, we are able to provide individualized reports on each player, leveraging the latest technology to enable your performance and medical teams to quantify the deficits and/or injury risks in pre-season, pro-actively implement a pre-season program and monitor them throughout the season.
Our team is able to deliver a complete suite of innovative services at your training facility. With an impressive wealth of experience working for some of the world’s leading teams and federations, our team are experts in their fields.
Jarrod is the Co-Founder of Total Performance. He has been working in track and field for the last 5 years as a consultant Sports Physiotherapist, in the UK and USA as well as consulting to NBA teams and football players in the English Premiere League and Premiership Rugby.
Jarrod has a Masters in Sports Physiotherapy from La Trobe University, Melbourne Australia as well as a BAppSc in Physiotherapy from University of Sydney and a BHSc from the University of Technology, Sydney.
Jarrod has specialised in elite sport working for 5 years in track and field in the US, and more recently for British Athletics. He shares his time between consulting at Fortius Clinic and is Director of Total Performance where he consults to elite sports such as teams within the NBA, Premiership Rugby and English Premiere League teams in the UK.
He shares his time between clinical work at Tendon Performance (UK), The Fortius Clinic (UK) and transiting to the USA for Total Performance. Jarrod is currently undertaking research into the effect of tendinopathy on tendon structure in Achilles and patella tendons utilising UTC in elite sports persons.
Jarrod also works in management of tendon injuries in equine athletes presenting at British Equine Veterinary Association (BEVA). He has been studying the effects of tendinopathy on limb stiffness in equine populations with the Royal Veterinary College (RVC), London.
Chris has completed a Master in sports and sports engineering at the Technical University Chemnitz and a PhD in biomechanics / signal procession entitled “The Search for Performance Related Factors in Countermovement Jumps” from Dublin City University.
Currently, Chris is Head of Research and Innovation at the Sports Surgery Clinic in Dublin, which sees over 500 Post ACL reconstruction patients and 800 athletic groin pain patients each year.
Over the last years Chris has worked extensively with motion analysis systems (optical camera and inertia solutions) to analyse movement task within a lab and real life situations - to give feedback to athletes and coaches in respect to training, rehabilitation and prevention programs.
One of the major interests of Chris is the use of advanced data analytics to account for different movement strategies with can help to better understand and explain mechanism of injury or performance.
Amin has obtained his Masters in Computer and Information Engineering and his PhD degree in MEMS Inertial Sensors and Motion Analysis from SABEL Labs, Griffith University, Brisbane, Australia.
Following his PhD Amin moved to Insight center for data analytics where he was involved with many European funded projects to develop novel solutions for monitoring and analyzing human movements using wearable inertial sensors and computer vision techniques. His research interests include sensor fusion, machine learning and human motion analysis using wearable inertial sensors for rehabilitation and sporting activity applications.
His research over the years was highlighted as a feature in the New Scientist and appeared on the BBC and ABC television and radio channels. He along with his colleagues also won the Australian prestigious Minister Excellence Award for Innovation and Creativity in Wireless Monitoring of Sports Performance.
He is currently a senior scientist at the United Health Group where he is working on developing machine learning and artificial intelligent systems to improve wellbeing and prevent health problems.