HKDSE PE study plan

Map the full HKDSE PE (Category A elective) syllabus structure into a one-page topic tree covering the compulsory core and the three elective strands, marking every sub-topic that carries calculation, labelling or diagram work

Define and write out in your own words the key anatomical and physiological terms that recur across the paper (e.g. axis and plane, agonist/antagonist, lever classes, joint type, muscle fibre type) so the vocabulary is fixed before content study begins

Solve 10 lever-system and axis/plane identification items from scratch, drawing each lever and labelling fulcrum, load and effort rather than answering from memory

Build a personal error log template with columns for topic, question type, cause of error (knowledge, misreading, calculation, terminology) and the corrective action you will take

Describe the structure and function of the skeletal, muscular and respiratory systems in enough depth to answer 8-mark structured questions, writing each answer under timed conditions

Explain the mechanics of breathing at rest and during exercise, including the muscles involved, pressure changes and the control of ventilation, then self-test by drawing the airflow and pressure sequence from memory

Compare the three energy systems (ATP-CP, lactic acid, aerobic) on fuel, duration, yield and by-products, and construct a table you can reproduce from blank paper in under five minutes

Apply the concept of the oxygen deficit and EPOC to a named sporting example, explaining the recovery processes involved

Analyse how the cardiovascular and respiratory systems respond to acute exercise (heart rate, stroke volume, cardiac output, blood pressure, a-vO2 difference, tidal volume, respiratory rate) and explain each response mechanistically

Distinguish acute responses from long-term training adaptations, producing a two-column comparison for at least eight variables

Explain the physiological principles of training (overload, progression, specificity, reversibility, recovery, individual differences) and match each principle to a concrete training example

Calculate and interpret training intensities using heart-rate reserve, percentage of maximum heart rate and the Karvonen formula across five worked scenarios

Design a periodised training programme for a named athlete, justifying every choice against physiological principles and the athlete's sport-specific demands

Evaluate the strengths and limitations of continuous, interval, fartlek, circuit, weight and plyometric training for developing specific fitness components

Explain the physiological rationale for warm-up and cool-down and identify the risks of inadequate preparation

Sit a 45-minute timed section covering Weeks 1-3 content under exam conditions without notes

Explain the relationship between physical activity, health and fitness, and define the components of health-related and skill-related fitness with a measurable test for each

Describe the health benefits of regular activity and the health risks of inactivity, citing the specific physiological mechanisms rather than listing benefits

Outline the causes, risk factors, prevention and management of at least four hypokinetic conditions (e.g. coronary heart disease, obesity, type 2 diabetes, osteoporosis, hypertension)

Interpret fitness-test data for a hypothetical client and prescribe an activity plan appropriate to their age, condition and current fitness level

Explain the biomechanical principles of motion (Newton's laws, force, momentum, impulse, levers, stability, centre of gravity, projectile motion) and apply each to a named sports skill

Analyse a sporting movement by breaking it into phases and identifying the joint actions, muscle actions and muscle contraction types at each phase

Describe the stages of skill learning (cognitive, associative, autonomous) and the characteristics of a performer at each stage

Apply teaching and coaching methods, feedback types and practice structures to a learner at a specified stage, justifying each choice

Explain the sociological factors influencing participation (gender, socioeconomic status, ethnicity, age, disability, media, government policy, commercialisation) and analyse their impact on access and equity

Discuss the role of physical education in promoting lifelong participation and the concept of the active lifestyle across the lifespan

Practise the extended-response question type: plan, then write, three 10-12 mark essays under timed conditions using a structured argument with evidence and evaluation

Self-mark those essays against mark-scheme criteria for knowledge, application and evaluation, and rewrite the weakest paragraph of each

Consolidate the error log from Weeks 1-7, grouping recurring errors by cause and writing a targeted correction card for each recurring pattern

Complete one full timed past-paper-style paper under exam conditions, including all sections, and mark it strictly

Re-drill the five weakest topics identified by the full paper using active recall and blank-page reproduction, not re-reading

Build a one-page final revision sheet of formulas, definitions and diagram conventions you must recall instantly on exam day