Keynote Lecture Spotlight
Sport Technology and Strength and Conditioning Integration for Injury Resistance, Rehabilitation and Performance.
Professor John Cronin, Ph.D. | School of Sport and Recreation Faculty of Health and Environmental Sciences Auckland University of Technology New Zealand
John is a Professor in Strength and Conditioning within the Sports Performance Research Institute of New Zealand (SPRINZ), School of Sport and Recreation, at AUT University. SPRINZ is the number one Performance Based Research Fund rated sport research institute in New Zealand. John was Director or Co-Director of SPRINZ from 2009-2016. He also held an Adjunct Professorial position with Edith Cowan University in Perth Australia (2010-2017). John’s personal research interests are in human movement research particularly around the strengthening of muscle, these themes spanning injury resistance and return to training/play, to high performance sport. Of particular interest is the applications of different types of resistance training to sporting performance and injury prevention. Recent areas of research interest are in sport technology especially in the out-of-lab applications of inertial sensors and strain gauges to drive better return to training/play and sporting performance.
John currently supervises 12 PhD students. John has published over 400 peer-reviewed papers, supervised 40 PhD (25 as primary supervisor) and 40 Masters (20 as primary supervisor) students to completion. According to ResearchGate (RG) he has a research interest score of 19,966 (higher than 99% of RG members). John’s h-index is 91 (Google Scholar - GS), i10-index 285 (GS), had over 921,000 reads (~3,000 per week - RG), and over 27,800 citations (GS).
John’s research is representative of this nexus, his research involvement is used to drive position and consensus statements in youth athlete development to how new training techniques and technologies are being used in high performance sport. John’s strategic focus is on building research capability and capacity within SPRINZ, and his focus on strength and conditioning as an area of academic and research specialisation has resulted in him being recognised as an internationally leading scholar in this area.
Optimising Recovery for Athletes.
Professor Rob Duffield, Ph.D. | School of Sport, Exercise and Rehabilitation University of Technology Sydney Australia
Professor Rob Duffield is a Professor of Sport & Exercise Science in the School of Sport, Exercise & Rehabilitation and also Director of Higher Degree Research Students, Faculty of Health, University of Technology Sydney, Australia.
Professor Duffield undertakes research in both laboratory and applied field settings to understand optimal performance and health outcomes across a wide range of environments, populations and sports; including fatigue, recovery and performance in sport, exercise in the heat, pre- and post-cooling, travel, sleep, injury factors and recovery and training techniques.
Professor Duffield has over 220 research publications, with citation counts >15,000 (Google Scholar), H-indices of 65 (GS) 48 (Scopus), and over $3 million in industry grant funding. Further he has supervised over 25 Honours and 24 PhD students to completion. Professor Duffield is Head of Research & Development for Football Australia, providing support to the medical and performance practitioners working with the men’s and women’s senior and junior National teams. Further, he also collaborates with a range of industry partners in football, tennis, cricket, rugby and commercial industries.
Aerodynamic Characteristics of Sports Ballas and the Vortex Structures Generating Them.
Professor Takeshi, Ph.D. | Faculty of Health and Sport Sciences, University of Tsukuba, Faculty of Physical Education, International Pacific University, Japan
Dr Takeshi Asai is an honorary professor of the Faculty of Health and Sports Sciences, University of Tsukuba and a professor of the Faculty of Physical Education, International Pacific University.
In the field of sports science and technology, he engages in a wide range of activities including international research projects and serving as an instructor at national coaching seminars, working tirelessly to promote and develop sports science and technology. Through collaborative research with sports-related companies, he has conducted numerous studies and development projects on sports balls, sports shoes, and sportswear, successfully implementing these innovations in competitive settings. In this presentation, he would outline the fundamental aerodynamic characteristics of sports balls, focusing primarily on soccer balls. He would also discuss the vortex structures that produce these characteristics, as well as how sports techniques that utilize these principles can enhance performance.
Wearable Technologies for Real-time Monitoring to Protect Health and Enhance Athletic Performance in International Triathlon.
Dr. Carl James, Ph.D. | Department of Sport, Physical Education and Health Hongkong Baptist University, Hong Kong
Dr James is a Research Assistant Professor at Hong Kong Baptist University. He is an applied scientist who has worked with medallists from the Commonwealth Games and Asian Games, focussing on the physiology and monitoring of endurance, team & racket sports. His research interests include all of the above, as well as wearable technology and exercise in hot and humid conditions. Dr James is a BASES accredited practitioner, reviewer and supervisor and an accredited member of ASCA.
Despite advancements in heat mitigation strategies for athletes, heat related illnesses continue to pose a major risk to athletes’ health, particularly in endurance sports. Expert groups and international sporting federations now advocate for athletes’ routine monitoring during elite competitions, to ensure their safety. This presentation will introduce an ongoing project to develop and monitor data such as core temp, skin temp, HR, running biomechanics during endurance races. The long-term aim of the project is to use technology to provide an early warning system that can identify high risk individuals during competitions in the heat. Beyond live medical monitoring, these data have wide ranging applications in terms of supporting athlete performance and enhancing live broadcasts and fan engagement
More details for speakers for ACKMOHE2024 will be revealed shortly. Stay tuned!