Health & Movement Science Scaling HSC 2026: Does It Scale Up or Down?

What Health & Movement Science actually asks of you

The first HSC examination for this syllabus is in 2026. As checked on 10 October 2026, NESA says its papers and resources will be published after that examination period; the annotated sample is a specimen, not a past paper. The examination is worth 100 marks: Section I 20, Section II 56 and Section III 24, with two 12-mark extended responses. Writing time is 3 hours plus 10 minutes reading. School-based requirements include at least two depth studies in Year 11 with 20 hours of in-class time, at least two in Year 12 with 30 hours, and a separate 20-hour Collaborative Investigation in Year 11.

The Health & Movement Science exam is Wed 28 Oct 2026, 9:20 am (3 hours 10 minutes (includes reading time; session window 9.20 am – 12.30 pm)). Source: HSC timetable.

The 5 areas of study you are examined on

From the Health and Movement Science 11-12 Syllabus (2023), first examined in the HSC in 2026.

• Year 12 — Health in an Australian and global context
  The Year 12 health core asks how healthy Australians actually are and why the answer differs so much between groups. You work with measures of health status, morbidity, mortality and life expectancy, and with the health inequities experienced by Aboriginal and Torres Strait Islander Peoples, people in rural and remote areas and other priority populations, including comparisons with other OECD countries and the pressures of an ageing population. The healthcare system strand looks at how care is funded and delivered, what the Commonwealth, state and non-government sectors are each responsible for, where the system is effective and where equity breaks down, complementary approaches, and the skills a health consumer needs. Technology and data are treated as a live issue: digital health systems, the uses of health data, and the privacy questions they raise. The final strand applies the Sustainable Development Goals to community health action.
  In the exam: The syllabus outcomes for this focus area are written around analysing, evaluating and proposing, so expect scenarios and data extracts rather than recall prompts: interpreting health statistics or a comparison between population groups, evaluating how effectively a part of the healthcare system meets a group's needs, and justifying actions that would improve health outcomes for a named population.
  Where marks go missing: Answering an equity question with national averages. A statement about Australian life expectancy explains nothing about why a specific group's outcomes differ; the marks come from naming the determinants acting on that group and linking them to the measure being discussed.
• Year 12 — Training for improved performance
  This focus area is the applied exercise science half of the course. You learn to screen a participant before exercise, select and administer fitness and performance tests, and use those results to prescribe a program for a specific individual. The training strand covers the types and methods of training, aerobic, resistance, interval, flexibility and skill-based, the principles of training such as progressive overload, specificity, reversibility and variety, and the physiological adaptations that follow in the cardiovascular, respiratory and muscular systems. You then compare how a program differs for an individual athlete and for a team, across session design, the phases of a yearly plan and the psychological strategies used. The final strands deal with what sustains performance: dietary requirements, hydration, sleep and supplementation, efficient movement technique, recovery strategies, technology, injury prevention and management, and the effects of drug use.
  In the exam: Expect application rather than definition. Typical demands are to design or modify a training program for a described athlete and justify the choices against the principles of training, to explain the adaptations a stated method of training would produce, or to assess the value of a recovery, nutrition or sleep strategy for a particular sport and phase of the season.
  Where marks go missing: Listing the principles of training without attaching them to the athlete in the question. A program justified in the abstract earns little; each choice needs to be tied to that athlete's test results, sport demands and stage of the training year.
• Year 11 — Health for individuals and communities
  The Year 11 health core sets up the language the Year 12 course then uses. You examine how health is defined and measured in Australia, including the difference between individual and population measures and the reasons health status is monitored at all. A distinctive strand asks what health means to young people themselves, comparing personal perceptions of health with official definitions and looking at the influences, family, peers, media, culture, that shape those meanings. The key issues strand covers the health concerns that most affect young people and the protective and risk factors around them, together with the actions individuals can take to protect and promote their own health. The final strand moves outward to the opportunities for improving young people's health, including health promotion approaches, the role of government and community organisations, and the settings in which promotion actually reaches young people.
  In the exam: Year 11 content is assessed through school-based tasks rather than the HSC examination, but the concepts, determinants of health, health promotion approaches, risk and protective factors, are assumed knowledge in Year 12 answers. Expect tasks that ask you to analyse influences on young people's health perceptions or evaluate a health promotion initiative aimed at that group.
  Where marks go missing: Treating young people's own meanings of health as a soft, opinion-based strand. It is examinable content with specific influences and terminology, and answers that fall back on personal anecdote instead of naming those influences leave most of the available marks behind.
• Year 11 — The body and mind in motion
  This is the anatomy, physiology and skill acquisition foundation. You study the skeletal and muscular systems together, including how bones, joints and muscles interact and the biomechanical principles that govern that movement, then the respiratory and circulatory systems as a linked oxygen delivery pathway, the digestive and endocrine systems as the fuel and regulation pathway, and the nervous system's role in producing and controlling movement. The energy systems strand covers ATP-PCr, the glycolytic or lactic acid system and the aerobic system, including their rates, duration, fuel sources and the contribution of nutrition. From there you look at aerobic and anaerobic training and the immediate physiological responses to each, the purpose and outcomes of physical fitness, how movement skills are acquired and refined in a chosen sport, and the psychology of performance and communities of exercise.
  In the exam: Assessment of this material is school-based, but it is the knowledge Year 12 training questions stand on. Tasks commonly ask you to explain the interrelationship between two body systems during a described activity, to justify which energy system predominates in a given event and why, or to analyse how a skill is acquired and what practice conditions best support it.
  Where marks go missing: Describing body systems one at a time when the question asks about their interrelationship. The marks sit in the connection, how a change in one system produces a change in the other during the specific activity described, not in two separate correct descriptions.
• Year 11/12 — Depth studies and Collaborative Investigation
  Depth studies are built into both years of the course. Year 11 requires at least two depth studies with 20 hours of in-class time allocated within its two focus areas. Year 12 separately requires at least two depth studies with 30 hours within its two focus areas. Each depth study addresses knowledge, understanding and skill outcomes. The Year 11 Collaborative Investigation is a separate component allocated 20 indicative hours and develops collaborative research, decision-making and communication skills.
  In the exam: These components are completed and assessed at school rather than in the external examination, but the working scientifically and inquiry skills they develop, framing a question, selecting and justifying a method, interpreting data and evaluating reliability, are the same skills the examination draws on when it presents unfamiliar data or a scenario to analyse.
  Where marks go missing: Leaving the evaluation until last and writing it thinly. The reliability and validity of your method, and the limitations of your data, are where depth study marks concentrate, and they are hard to reconstruct convincingly once the investigation is finished.

Full Health & Movement Science study-design guide →

How scaling works in New South Wales

In New South Wales, NESA reports an HSC mark for each course, but the ATAR is not built from those marks. UAC takes the raw examination and assessment marks and scales each course separately, so that a mark means the same thing no matter which course it came from. A course whose students perform strongly across everything else they study is scaled up; a course whose students perform less strongly elsewhere is scaled down. UAC then adds your best 10 units of scaled marks: the best two units of English, which are compulsory, plus the best eight remaining units. That aggregate is ranked statewide and reported as an ATAR. Scaled marks are usually lower than HSC marks, and the statewide average scaled mark is close to 25 out of 50.

Source: official UAC scaling report (PDF). Last checked 2026-08-18.

What scaling is not

Scaling is not a difficulty rating and it is not a bonus. It compares how the students in one subject performed across every other subject they took, so a subject is close to scaling-neutral because of its cohort, not because of the paper. The consequence is practical: you cannot scale your way out of a weak result. The only lever you control is the raw mark, and the fastest way to move that is full-length timed practice against the real exam format.

Questions

Keep going

• HSC Health & Movement Science hub — practice exams, notes and flashcards
• HSC Health & Movement Science practice exams with worked solutions
• HSC Health & Movement Science Year 12 revision notes
• HSC Health & Movement Science practice questions with worked solutions
• HSC Health & Movement Science flashcards
• Get the HSC Health & Movement Science Mastery Pack
• UAC ATAR calculator — name your subjects and it builds your dashboard
• HSC Health & Movement Science past papers by year and topic
• HSC Health & Movement Science syllabus explained
• HSC exam timetable 2026
• Every HSC subject we cover
• Scaling for every subject, state by state