Focus Area 2: Training for improved performance

A focused HSC Health and Movement Science answer on the biomechanical principles (motion, balance and stability, force, levers, projectile motion and fluid mechanics) and how each is applied to improve sporting technique, with simple physics done correctly.

A focused HSC Health and Movement Science answer on structuring one training session - the general and specific warm-up (RAMP) and its physiological purpose, the main conditioning or skill phase matched to the session goal with work-to-rest and intensity choices, the cool-down and active recovery, plus session sequencing, safety and intensity monitoring.

A focused HSC Health and Movement Science answer on doping: the main performance-enhancing drug classes (anabolic steroids, peptide/growth hormones, stimulants, EPO and blood doping, beta-blockers, diuretics) and their effects, the health and integrity risks, detection and testing, the WADA and Sport Integrity Australia framework, sanctions and the ethics of doping.

A focused HSC Health and Movement Science answer on the three energy systems and the training types that target each. Includes the dominant-system durations, rest:work ratios, adaptations, and worked sporting examples.

A focused HSC Health and Movement Science answer on the program-design process: completing a needs analysis (goal, demands of the activity, current fitness, constraints), applying FITT and the principles of training, selecting training methods, sequencing and progressing load, then evaluating and adjusting the program.

A data-skills HSC Health and Movement Science answer on choosing valid, reliable fitness tests, field versus laboratory testing, the standard test for each fitness component (beep test, 1RM, vertical jump, Illinois, sit-and-reach), and using normative results to set baselines and prescribe training.

A focused HSC Health and Movement Science answer on injury prevention, rehabilitation and return to play. Covers intrinsic and extrinsic risk factors, load management, evidence-based warm-up protocols (FIFA 11+, RAMP), rehabilitation phases, return-to-play criteria, and concussion management per AFL, NRL and World Rugby protocols.

A focused HSC Health and Movement Science answer on monitoring training load and performance. Covers training logbooks, GPS units, heart-rate monitors, RPE, wellness questionnaires, performance testing batteries, and how to read trends rather than single sessions.

A focused HSC Health and Movement Science answer on nutrition, hydration, supplementation and sleep for performance. Covers carbohydrate periodisation, protein intake, hydration strategies, evidence-based ergogenic aids, and sleep recommendations for athletes.

A focused HSC Health and Movement Science answer on the difference between acute physiological responses (during exercise) and chronic adaptations (after weeks of training), across cardiovascular, respiratory, muscular and metabolic systems.

A focused HSC Health and Movement Science answer on pre-exercise screening - why we screen, the PAR-Q+ and the AusEP Adult Pre-Exercise Screening Tool, spotting contraindications and risk factors, stratifying clients as low, moderate or high risk, knowing when to refer to a doctor or allied-health professional, and informed consent.

A focused HSC Health and Movement Science answer on the principles of training. Defines specificity, progressive overload, reversibility, variety, individuality and recovery; applies them to a worked training-program example for a named sport.

A focused HSC Health and Movement Science answer on psychological strategies for performance: the inverted-U/optimal arousal theory, cognitive vs somatic anxiety and stress management, intrinsic vs extrinsic motivation, SMART goal-setting, mental rehearsal and imagery, self-talk, concentration and attentional focus, and relaxation and psyching-up techniques.

A focused HSC Health and Movement Science answer on recovery strategies - physiological (cool-down, active recovery, refuelling, sleep), neural, tissue (cryotherapy, compression, massage, hydrotherapy) and psychological - plus super-compensation, overtraining and the evidence base for each technique.

A focused HSC Health and Movement Science answer on skill acquisition. The Fitts and Posner stages of learning (cognitive, associative, autonomous); types of practice (massed vs distributed; whole vs part; blocked vs random); types of feedback (intrinsic vs extrinsic; knowledge of performance vs results); coaching cues; the role of deliberate practice in expert performance.

A focused HSC Health and Movement Science answer on strategies versus tactics, game plans and tactical models, reading the play and decision-making, attacking and defensive approaches, and how opponent analysis and performance and video data are used to develop and adapt tactics to improve performance.

A focused HSC Health and Movement Science answer on strength, power, speed and flexibility training. Applies specificity, progressive overload and FITT to each capacity, distinguishes the rep ranges and loading patterns for strength, hypertrophy and power, and shows how a periodised plan integrates these capacities for a team-sport athlete.

A focused HSC Health and Movement Science answer on technology in sport. Training monitoring tools (GPS, force plates, video analysis, wearables); performance-enhancing drugs and anti-doping (WADA, ASADA, the prohibited list); blood manipulation and gene doping; technological doping (specialised footwear and equipment); ethical and equity considerations.

A focused HSC Health and Movement Science answer on periodisation. Defines the macrocycle, mesocycle and microcycle and the training phases (preparation, pre-competition, competition, transition), and explains peaking, tapering, linear versus undulating models, and managing load, fatigue and super-compensation across a year.