Students starting Year 11 Biology or Physics in NSW in 2027 will study new syllabuses. Their first HSC examinations under these syllabuses will be in 2028. Families choosing resources or organising tutoring should check the student's cohort before buying a textbook or using an older course plan.
The change is a good reason to ask clear questions about preparation. It does not require a summer of learning the entire course in advance. Strong foundations, careful scientific thinking and the correct school materials provide a sensible starting point.
Which students move to the new syllabus?
NESA's implementation advice for Biology and Physics sets out the same sequence:
Term 1, 2027: schools begin the new Year 11 courses.
During 2027: students completing their HSC continue with the 2017 syllabuses.
Term 4, 2027: the first new-syllabus cohort begins Year 12.
2028: the first HSC examinations assess the new syllabuses.
This distinction matters when an older sibling passes on notes. A resource used for the 2027 HSC can still contain useful explanations, but its organisation and coverage may not match a student beginning Year 11 in 2027.
What will Year 11 Biology cover?
The new Biology course has three Year 11 focus areas: Cells as the basis of life, Cells to systems, and Evolution and ecosystems. The course includes 120 indicative hours, with 10 hours allocated to depth studies, and a fieldwork requirement.
For a student moving from Year 10, a useful preparation task is explaining an idea at different scales. How does the structure of a cell relate to its function? How can the work of many cells contribute to an organism's survival? Practise making those connections in clear sentences, supported by a labelled diagram where helpful.
When reviewing terminology, ask for an explanation and an example. Recognising a word on a flashcard is only the first step towards using it accurately in a scientific response.
What will Year 11 Physics cover?
The new Physics course groups Year 11 learning into Fundamentals of mechanics, Waves, and Electricity and magnetism. It also specifies 120 indicative hours, including 10 hours of depth studies. The focus areas combine subject knowledge with scientific investigation and analysis.
A practical preparation priority is mathematical fluency. Students can review rearranging familiar equations, converting units, using scientific notation and interpreting a graph. They should be able to explain what a calculated value represents rather than simply substituting numbers into a formula.
For example, if an object travels 60 metres in 12 seconds, its average speed is 5 metres per second. Ask what information that average leaves out: it does not tell us whether the object moved at the same speed throughout the journey.
Scientific skills belong throughout the course
Both syllabuses integrate Working scientifically into subject content. Students will need to ask useful questions, plan investigations, handle data, analyse evidence and communicate conclusions. These skills deserve regular attention alongside factual knowledge.
When your child shows you an experiment, ask three questions: What did you change? What did you measure? What else could affect the result? Then ask what the results actually support. This simple discussion can reveal whether the student understands the investigation or has only memorised its procedure.
For a graph, begin with axis labels and units before discussing the pattern. For a written conclusion, separate the observation from the explanation. These habits transfer between topics.
Check resources against the correct course
Use the school's booklist and assessment information when they become available. Ask whether any suggested textbook, tutoring program or question bank specifically matches the 2025 syllabus for the student's 2027 Year 11 course.
Older examination questions may remain useful for particular skills or concepts. A teacher or tutor should select them carefully and explain their relevance. A complete old paper should not be assumed to represent the coverage of a new course.
The rollout also differs by subject. NESA's science syllabus announcement places the new Chemistry and Earth and Environmental Science syllabuses in 2028. Check each subject separately on the NSW Curriculum science page.
Plan a manageable start to Year 11
Choose two or three foundations to strengthen before school starts, then leave room for the school's teaching sequence. Keep a list of questions about unfamiliar vocabulary, calculations or graphs and bring it to the first lessons.
If your child would benefit from individual help, explore our science tutoring and contact North Shore Tutors with their subject, year level and school resource list. That information helps keep the conversation focused on the correct syllabus and the student's starting point.
