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Psychological skills training
Systematic and consistent practice of mental or psychological skills for the purpose of enhancing performance, increasing enjoyment or achieving greater sport or physical satisfaction
Psychological success factors
High levels of commitment
Long and short term goals
Imagery
Focus
Pre and in-competition plans
Phases of a PST programme
Education
Acquisition
Practice
Self-regulation
Self-regulation (ultimate goal for PST)
Ability to work towards short-term and long-term goals by effectively monitoring and managing one’s thoughts, feelings and behaviours
Programme development
Discuss your approach
Assess athlete’s mental skills
Determine which psychological skills to use (foundation, performance, personal, team)
Design a schedule
Evaluate the programme
US Olympic committee top 10 principles for PST
Mental training cannot replace physical training
Physical training is not enough to succeed consistently
A strong mind may not win you an Olympic medal but a weak one will lose you it
Coaches frequently don’t know what their athletes are thinking
Thoughts affect behaviour
Coaches have a different view of changing technical mistakes rather than mental mistakes
Coaches must be involved in the mental training process
Sometimes its ok to force athletes to do mental training
Mental skills need to be measured to maximise their performance
Coaches need to think about their own mental skills
Types of imagery
Visual (e.g. visualising ball flight)
Kinaesthetic (e.g. imagining how your muscles will feel)
Auditory (e.g. imagining how your shot will sound)
Olfactory (e.g. recreating the smell of specific settings)
Taste (e.g. sports drinks, drinks bottles)
Internal imagery
From your own vantage point
Emphasises the feel of the movement
External imagery
From the perspective of an observer
Less kinaesthetic imagery
When to use imagery
Used more before competition or during practice
During injury to promote healing
Paivo’s analytical framework of imagery use
Cognitive and motivational functions at specific and general levels
Psychoneuromuscular theory
Imagery results in neuromuscular patterns identical to the patterns used during actual movement
Neuro-imaging techniques show that visual imagery not only stimulates the visual centres but also areas involved in the mechanics of the activity you are imaging
Bioinformational theory
Concentrates on cognitive and information processing aspects of imagery
Emphasises role of memory networks and the activation of relevant information during imagery
Strengthens connections of athletes stimulus in competition and response
As such, sensory vividness of imagery is critical to effectiveness
Symbolic learning theory
Images play core part in receiving and processing information
Strengthens ‘mental blueprints’ or schemas
Schemas are cognitive frameworks that help organise and interpret information
Images trigger schemas and help us respond to stimuli - positive imagery
Mental chronometry
Correlate time it takes to go through mental practice of an activity to the time it takes to do the activity itself
Reduced cognitive interference
Visualisation skills compromised when reading, auditory skills compromised when listening to musicP
PETTLEP model
Used for creating functionally equivalent imagery
physical
environment
thinking
timing learning
emotion
perspective
Objective vs subjective goals
Getting a specific standard of proficiency on a task within a specified time
Subjective - success based on feeling or experience
Influence of outcome goals on behaviour change
Facilitate short-term motivation
Can increase anxiety or irrelevant distracting thoughts if used before or during competition
Influence of performance or process goals on behaviour change
Can make more precise adjustments to these goals
Depend much less on opponent behaviour
Particularly useful at time of competition