HSC Health and Movement Science study plan
HSC Health and Movement Science · Give each week a clear focus.
8 weeks · About 6 hours per week
Health and Movement Science: Core 1 - Health for Individuals and Communities
Map every syllabus dot point in Core 1 into a personal checklist ranked by likely exam weighting
Define the key determinants of health and classify each as individual, social, economic or environmental
Explain how the Ottawa Charter action areas apply to one real Australian health promotion campaign
Practise writing a 6-mark extended response on health determinants under timed conditions
Your checkpoint
A completed Core 1 dot-point checklist plus one timed 6-mark response scored against the marking criteria
Health and Movement Science: Core 1 - Health for Individuals and Communities
Compare the biomedical, social and Ottawa Charter approaches to health and justify which best explains an Indigenous health scenario
Analyse epidemiological data on one National Health Priority Area and identify two trends with causes
Evaluate the role of Medicare and private health insurance in improving access and equity
Draft and self-mark two short-answer questions on health care in Australia
Your checkpoint
A one-page data analysis of a chosen National Health Priority Area with two evidence-based recommendations
Health and Movement Science: Core 2 - The Body in Motion
Label the major bones, joints and muscle groups and state the movement each produces
Explain the sliding filament theory and the role of ATP in muscle contraction
Distinguish between the three energy systems and identify which dominates in given sporting scenarios
Describe the acute responses of the cardiovascular and respiratory systems to exercise
Your checkpoint
A completed anatomy and energy-systems summary sheet tested by a 20-question self-quiz scoring at least 80%
Health and Movement Science: Core 2 - The Body in Motion
Explain how the body regulates temperature, fluid balance and pH during prolonged exercise
Analyse the physiological adaptations produced by aerobic versus resistance training
Apply biomechanical principles of force, levers and stability to a chosen movement skill
Practise interpreting a motion scenario and predicting performance outcomes
Your checkpoint
A written biomechanics and training-adaptation case analysis of one sport, marked against a self-built rubric
Health and Movement Science: Focus Area - Health and Movement
Define health and movement and explain their reciprocal relationship using two examples
Analyse how physical activity influences mental health and social wellbeing with reference to evidence
Evaluate barriers and enablers to lifelong physical activity participation across the lifespan
Design and justify a community program that increases physical activity among a target group
Your checkpoint
A one-page program proposal for a target group with rationale, evidence and two success measures
Health and Movement Science: Focus Area - Health and Physical Activity
Explain the relationship between physical activity levels and the risk of chronic disease
Analyse current Australian physical activity and sedentary behaviour guidelines and apply them to a case study
Evaluate strategies that promote active lifestyles in schools, workplaces or communities
Construct a reasoned argument on a policy question linking health and physical activity
Your checkpoint
A timed 25-mark extended response on physical activity and chronic disease, self-marked with a written improvement plan
Health and Movement Science: Core 1 - Health for Individuals and Communities & Health and Movement Science: Core 2 - The Body in Motion
Synthesise Core 1 and Core 2 content into linked concept maps that connect determinants to physiological outcomes
Complete a full practice paper under exam conditions and log every error by domain
Rewrite the three weakest answers using improved structure and terminology
Build a spaced-repetition deck for high-frequency definitions and processes
Your checkpoint
A full practice paper attempt with an error log identifying the top five recurring weaknesses
Health and Movement Science: Focus Area - Health and Movement & Health and Movement Science: Focus Area - Health and Physical Activity
Revise all focus-area content through active recall rather than re-reading
Complete two timed extended responses and refine them against marking criteria
Consolidate all four domains into a single one-page summary per domain
Simulate a full exam and review pacing and time allocation
Your checkpoint
Four one-page domain summaries plus a final full-length simulated exam with a scored reflection
Milestones
Week 2: Score at least 80% on a self-made Core 1 quiz and produce a timed 6-mark response at full marks
Week 4: Explain all three energy systems and two training adaptations aloud without notes, and score 80% on the anatomy quiz
Week 6: Write a 25-mark focus-area response within time limits, achieving at least 70% against the criteria
Week 8: Complete a full simulated exam within time and score at least 75% overall with no domain below 65%