Selective Entry Exam Format 2026 — Subjects, Timing & Scoring

The selective entry exam is a high-stakes assessment that determines admission to Victoria’s four academically selective government high schools: Melbourne High School, Mac.Robertson Girls’ High School, Nossal High School, and Suzanne Cory High School. Each year, thousands of Year 8 students sit the exam hoping to secure a place for Year 9 entry. Understanding the exam format inside and out is one of the most effective ways to walk into the test room with confidence.

The exam is developed and administered by the Australian Council for Educational Research (ACER), an independent research organisation with decades of experience in educational assessment. ACER designs the test to evaluate a student’s academic ability and potential, not simply what they have memorised. This means the exam rewards genuine understanding, logical thinking, and the ability to apply knowledge to unfamiliar problems.

Exam Structure at a Glance

The 2026 selective entry exam consists of five core components. Four of these are multiple-choice sections, while the fifth is a written expression task. The entire exam takes approximately three hours, including supervised breaks between sections. Here is what students will encounter on exam day.

1. Mathematics

The mathematics section assesses a student’s grasp of core mathematical concepts at a Year 7 level and slightly beyond. It is a multiple-choice section typically containing around 30 to 35 questions with a time limit of approximately 30 minutes. The time pressure is deliberate — students must work efficiently and cannot afford to spend too long on any single question.

Topics covered in the mathematics section include:

• Arithmetic and number operations — fractions, decimals, percentages, ratios, and order of operations
• Algebra — simplifying expressions, solving equations, substitution, and recognising patterns in algebraic relationships
• Geometry — angles, properties of shapes, symmetry, transformations, and coordinate geometry
• Measurement — perimeter, area, volume, unit conversions, and problems involving time and rates
• Probability and statistics — calculating probability, interpreting graphs, mean, median, and mode
• Problem solving — multi-step word problems that require students to select and combine mathematical techniques

What makes this section challenging is not just the content but the way questions are framed. ACER avoids straightforward textbook-style problems in favour of questions that require students to think critically, identify the relevant information, and choose the most efficient approach. For a comprehensive breakdown of the maths section and how to prepare for it, see our Mathematics Preparation Guide for Selective Entry.

2. Numerical Reasoning

Numerical reasoning is often the section that surprises students and parents the most. While it involves numbers, it is fundamentally different from the mathematics section. This component tests a student’s ability to reason logically with numerical information rather than apply learned mathematical procedures. It typically includes around 30 questions to be completed in approximately 30 minutes.

The types of questions students will encounter include:

• Number patterns and sequences — identifying the rule governing a sequence and predicting the next terms
• Data interpretation — extracting and comparing information from tables, charts, and graphs to draw conclusions
• Logical number relationships — working out connections between sets of numbers, such as input-output tables or number matrices
• Spatial-numerical reasoning — problems where numbers are arranged in shapes or grids and students must deduce the underlying logic

The key difference between mathematics and numerical reasoning is that maths tests what you know while numerical reasoning tests how you think. A student who has excellent computational skills but struggles with unfamiliar problem types may find this section harder than expected. Conversely, students with strong logical thinking can excel here even if maths is not their strongest subject. We cover specific strategies in our guide to Mastering Numerical Reasoning for Selective Entry. It is also worth noting that many Victorian private schools use Edutest scholarship exams which include a similar numerical reasoning component but with a different format and provider.

3. Verbal Reasoning

The verbal reasoning section measures a student’s ability to understand and manipulate language in logical ways. Like numerical reasoning, this is an aptitude-style test rather than a curriculum-based one. Students can expect around 30 questions in approximately 30 minutes.

Common question types include:

• Analogies — identifying the relationship between a pair of words and applying the same relationship to a new pair (e.g., “hot is to cold as light is to ___”)
• Odd-one-out — finding the word that does not belong in a group based on meaning, category, or linguistic property
• Word relationships — recognising synonyms, antonyms, and hierarchical connections between words
• Codes and ciphers — deciphering coded messages where letters or words are substituted according to a pattern
• Logical deduction — drawing conclusions from a set of verbal statements, often involving conditional logic (“if…then” reasoning)

Building a strong vocabulary is helpful, but verbal reasoning is ultimately about logical thinking with words. Students who read widely and practise identifying patterns in language tend to perform well. For proven strategies and worked examples, read our article on Verbal Reasoning Strategies for Selective Entry Success.

4. Reading Comprehension

The reading comprehension section presents students with a series of written passages followed by multiple-choice questions. The section typically includes around 20 to 25 questions with a time limit of approximately 30 minutes.

Passages are drawn from a range of genres and styles, including:

• Literary fiction — extracts from novels or short stories requiring inference about characters, themes, and tone
• Non-fiction articles — informational texts on science, history, or current affairs that test factual comprehension
• Persuasive writing — opinion pieces or editorials where students must identify the author’s argument and rhetorical techniques
• Poetry — short poems requiring analysis of language, imagery, and meaning

Questions assess a range of comprehension skills:

• Locating explicitly stated information in the text
• Making inferences and drawing conclusions
• Understanding vocabulary in context
• Identifying the main idea, purpose, or theme of a passage
• Analysing the author’s use of language and structure

The challenge here is not just understanding the passages but doing so quickly. Students need to develop efficient reading strategies — skimming for structure, scanning for specific details, and knowing when to re-read carefully versus when to move on.

5. Written Expression

The written expression component is the only section that is not multiple choice. Students are given a prompt and must produce a piece of writing within approximately 15 to 20 minutes. Depending on the year, the prompt may call for creative writing (a narrative or descriptive piece) or persuasive writing (an argument for or against a given topic).

ACER assessors evaluate written expression based on several criteria:

1. Ideas and content — originality, depth of thought, and relevance to the prompt
2. Structure and organisation — logical flow, effective paragraphing, and a clear beginning, middle, and end
3. Language and vocabulary — precise word choice, varied sentence structure, and appropriate tone
4. Grammar, spelling, and punctuation — accuracy and control of written conventions

Students who perform well in this section tend to be those who write regularly and have developed a feel for what makes writing engaging. Practising under timed conditions is essential, as many students find it difficult to plan, write, and review within the tight time frame.

General Format Notes

There are several important things to keep in mind about the overall exam format:

• Multiple choice dominates. Four of the five sections use multiple-choice questions, typically with four or five answer options. Only one option is correct for each question.
• No negative marking. Students are not penalised for incorrect answers, so it is always better to make an educated guess than to leave a question blank.
• Time pressure is the real challenge. Most students report that the difficulty lies not in the individual questions but in the pace required. Practising under timed conditions is the single most effective way to improve performance.
• Calculators are not permitted. All calculations must be done mentally or with pen and paper.
• Supervised breaks are provided between sections to give students a chance to rest and refocus.

How the Exam Is Scored

ACER does not publish a simple pass mark or cut-off score. Instead, the exam uses a sophisticated scaling process to ensure fairness across all test-takers. Here is how it works:

1. Raw scores are calculated for each section based on the number of correct answers (for multiple-choice) and the assessor’s evaluation (for written expression).
2. Scores are scaled to account for any slight differences in difficulty between sections, ensuring that each component contributes fairly to the overall result.
3. A composite score is produced by combining the scaled scores from all five sections. Each section contributes to the overall result, though the exact weighting is not publicly disclosed by ACER.
4. School preferences matter. Students rank their preferred schools on the application form. Offers are made based on the composite score and the student’s school preferences, meaning a student may receive an offer from their second or third choice if their score does not reach the threshold for their first preference.

In practice, the most competitive school (typically Melbourne High or Mac.Robertson) requires a higher composite score than Nossal or Suzanne Cory. However, the score thresholds change each year depending on the cohort, so there is no fixed number to aim for.

Key Dates and Timeline for 2026

While the Department of Education confirms exact dates each year, the general timeline for the 2026 selective entry process follows a consistent pattern:

• February – April 2026: Applications open. Parents submit an online application through the Department of Education’s website, including school preferences and any relevant supporting documentation.
• Mid-2026 (typically June): The selective entry exam is held on a single Saturday morning at designated test centres across Victoria. All registered students sit the exam on the same day.
• August – September 2026: Results are released and offers are made. Successful students receive a letter indicating which school they have been offered a place at.
• October 2026: Deadline to accept or decline the offer. Second-round offers may be issued if places remain.

It is important to check the Department of Education Victoria website for confirmed dates, as timelines can shift slightly from year to year. Setting calendar reminders for the application opening date is strongly recommended — late applications are generally not accepted.

How to Prepare Effectively

Preparation for the selective entry exam is most effective when it is structured, consistent, and realistic. Cramming in the final weeks before the exam is far less effective than steady practice over several months. Here are the core principles:

• Start early. Ideally, students should begin focused preparation six to twelve months before the exam date. This allows time to build skills gradually without overwhelming pressure.
• Practise under timed conditions. Since time pressure is the defining challenge of the exam, regularly completing practice papers within the official time limits is essential. This builds speed, stamina, and the ability to make quick decisions under pressure.
• Review mistakes thoroughly. Simply doing practice papers is not enough. Students should carefully review every incorrect answer to understand where their reasoning went wrong and how to avoid the same mistake next time.
• Cover all sections. It is tempting to focus on weaker areas, but neglecting stronger sections can lead to lost marks. A balanced approach ensures the highest possible composite score.
• Build reading habits. Wide reading improves vocabulary, comprehension speed, and writing quality — all of which benefit multiple sections of the exam.

For a detailed week-by-week preparation plan, including specific activities and milestones, read our guide on How to Prepare for the Selective Entry Exam: A Step-by-Step Plan.

Practice with EduSpark

EduSpark offers timed online practice papers designed to match the format, difficulty, and time constraints of the real selective entry exam. Each practice paper is auto-corrected instantly, giving students immediate feedback on their performance along with detailed explanations for every question. This means students can identify their weak points and focus their study time where it matters most.

Whether your child needs to sharpen their numerical reasoning, build speed in mathematics, or develop their verbal reasoning skills, practising with realistic exam-style papers is the most effective way to prepare. Create your free EduSpark account and start practising today.