The purpose of this paper is to present, using Moon’s (1999, 2004) generic view of learning, a new theoretical perspective in order to understand how coaches learn to coach. After presenting her main concepts, a case study of an elite Canadian coach is used to illustrate the different learning processes in three types of learning situations: mediated, unmediated, and internal. We believe this new view of how coaches learn provides a way to see coach development from the coach’s perspective and helps us understand why the path to becoming a coach is often idiosyncratic. Finally, the potential of this conceptual research framework for the study of coaches’ development, specifically at the elite/expert level, is discussed.
Penny Werthner and Pierre Trudel
Margaret Dupee, Tanya Forneris, and Penny Werthner
The purpose of this study was to explore the perceived outcomes of a biofeedback and neurofeedback training intervention with high performance athletes. Five Olympic level athletes preparing for world championships and the 2012 Olympic Games took part in a 20 session intervention over the period of one year. At the completion of the intervention, a semistructured interview was conducted with each athlete. The athletes indicated that they became more self-aware, were better able to self-regulate both their physiological and psychological states, developed a greater sense of personal control, and a greater understanding of skills inherent in the field of sport psychology. Three of the athletes made the Canadian Olympic team for the 2012 Olympic Games and two of those athletes won bronze medals. The present study suggests that biofeedback and neurofeedback training may be useful in enabling athletes to perform optimally, in both training and competition, on a consistent basis.
Sommer Christie, Maurizio Bertollo, and Penny Werthner
The purpose of this study was to investigate the effectiveness of a sensorimotor rhythm (SMR) neurofeedback training (NFT) and biofeedback training (BFT) intervention on ice hockey shooting performance. Specifically, the purpose was to examine (a) whether an NFT/BFT program could improve ice hockey shooting performance, (b) whether the implementation of an SMR-NFT intervention leads to neurological adaptations during performance, and (c) whether such neurological changes account for improvement in shooting performance. Using a longitudinal stratified random control design, results demonstrated that while both SMR-NFT/BFT and control groups improved performance, the rate of improvement for the SMR-NFT/BFT group was significantly higher than the control. Participants in the SMR-NFT/BFT group demonstrated the ability to significantly increase SMR power from pre- to postintervention in the lab. However, no significant changes in SMR power were found during shooting performance. This result may be suggestive of differing cortical activity present during motor-skill preparation.