The Olympiad is run in 2 stages:
• Online Round
• Global Round

(1) ROUND 1: ONLINE ROUND

Participants can choose to take the exam online at home or at their school or tuition centre.

Option 1: Online at Home
• Date: 30 or 31 January 2027
• Timing: 8:00 AM to 8:00 PM
• Duration: 50 minutes (Maths), 50 minutes (English), 50 minutes (Science)

How it works:
• Log in anytime within a set timeframe on 30 or 31 January to take the exam.
• The exam is automatically proctored online.
• You will need a laptop with a front-facing camera, microphone, a stable internet connection, and a quiet room.

Option 2: At School or Tuition Centre
*This option is only available if your school is hosting the NextGen exam.
• Date: 27–31 January 2027
• Duration: 50 minutes (Maths), 50 minutes (English), 50 minutes (Science)

How it works:
• Take the exam at your school or tuition centre.
• The exam can be paper-based or online.
• Online exams are automatically proctored.
• For paper-based exams, teachers will supervise the exam.
• The school or tuition centre will decide the exam date and format within the available dates.

(2) ROUND 2: GLOBAL ROUND

• Date: 13–20 April 2027
• Mode: Face-to-Face
• Location: Sydney, Australia

Register through the Caya Academy registration portal: https://caya-web-portal.english.edu.my/

Registration Deadline: 23 January 2027

Please complete your registration before the deadline.

Students can choose up to 3 subjects to take part:
1. Mathematics
2. Science
3. English

There are six categories of participation for the NextGen Olympiad. Students should enroll according to their School Grade as of September 2026. 

Grade 1–2: Junior Level 1
Grade 3–4: Junior Level 2
Grade 5–6: Junior Level 3
Grade 7–8: Senior Level 1
Grade 9–10: Senior Level 2
Grade 11–12: Senior Level 3

Exam Format:
• 25 multiple-choice questions
• 50 minute duration
• Australian curriculum-aligned content
• Secure online proctoring

Scoring System:
• 4 points for each correct answer
• Maximum score: 100 points

Global Round Qualification:
Anyone who scores 50% or above on the exam will qualify for our prestigious Global Round in Sydney, Australia (April 2027), featuring enhanced prizes, international recognition, and an unforgettable educational experience.

Available soon

Junior Level 1 (Grade 1 & 2)

Maths
• Addition and Subtraction with 1- and 2-digit Numbers
• Comparing and Ordering Numbers up to 3 Digits
• Odd and Even Number
• Forming 2- and 3-digit Numbers Using Given Digits
• Place Value Reasoning (Units, Tens, Hundreds)
• Basic Number Patterns and Skip Counting (2s, 5s, 10s)
• Balance Problems and Missing Number Equations (e.g., 4 + □ = 9)
• Identifying and Counting 2D and 3D Shapes
• Counting Sides, Corners, and Faces in Geometric Figures
• Recognising and Sorting Shapes Based on Sides and Angles
• Understanding Area and Perimeter Using Informal Units
• Reading Time to the Hour and Half-Hour (Analog and Digital)
• Positional and Directional Language (e.g., above, beside, left, turn right)
• Interpreting Simple Graphs (Pictographs, Column Graphs)

Science
• Living and Non-living Things – identifying characteristics of plants, animals, and objects
• Basic Needs of Living Things – food, water, shelter, and air
• Life Cycles – simple stages of plants (seed to plant) and animals (egg to adult)
• Everyday Materials and Their Properties – wood, metal, plastic, fabric, glass
• Changes in Materials – bending, melting, freezing, mixing
• Weather and Seasons – daily weather changes and seasonal patterns
• The Sun, Moon, and Earth – day/night and simple moon observations
• Forces and Motion – push, pull, roll, slide, and how things move
• Light and Sound – sources of light, how sound is made and heard
• Observing and Comparing – using senses to describe and sort objects
• Simple Experiments and Predictions – asking "what will happen if…?" and testing ideas
• Uses of Science in Daily Life – examples in homes, schools, and communities

English
• Nouns and Pronouns – naming words and words that replace them
• Verbs and Adjectives – action/being words and describing words
• Basic Punctuation – capital letters, full stops, question marks, exclamation marks
• Rhyming Words and Opposites – recognising rhyme and antonyms
• Singular and Plural Nouns – adding 's' or 'es'
• Days, Months, and Seasons – names, spelling, and order
• Compound Words – joining two shorter words to make a longer one
• Synonyms – simple words with similar meanings
• Types of Sentences – statements, questions, commands, exclamations
• Reading Comprehension – understanding short passages and answering who, what, where, when questions

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Junior Level 2 (Grade 3 & 4)

Maths
• Addition and Subtraction with 2-digit and 3-digit Numbers
• Multiplication and Division Facts (up to 10×10 and related division)
• Sum, Difference, Product, and Multiples in Number Sentences
• Forming 3-digit Numbers from Given Digits
• Number Patterns and Sequences (Skip Counting, Repetition, Alternating)
• Even and Odd Number Properties, Doubling and Halving
• Place Value Reasoning with Thousands, Hundreds, Tens, and Units
• Counting and Identifying 2D and 3D Shapes
• Recognising and Naming Geometric Figures (Prisms, Pyramids, Circles, etc.)
• Counting Sides, Corners, Faces, and Interior Angles of Shapes
• Area and Perimeter of 2D Shapes and Nets of 3D Figures
• Basic Symmetry and Mirror Image Reasoning
• Simple Calendar, Date, and Age Problems (Time Passage, Duration)
• Reading Time to Minute, Converting Units of Time
• Simple Combinatorics and Grouping (How many ways? Basic Arrangements)
• Introduction to Factors and Multiples (including Common Multiples)
• Understanding and Solving Word Problems Using Logical Reasoning
• Data Interpretation from Simple Graphs (Tally, Bar, Picture Graphs)
• "Chicken and Rabbit Theorem" Style Problems (Heads and Legs Logic Puzzles)

Science
• Living Things and Their Environments – grouping organisms, structural features, and adaptations for survival
• Life Cycles and Reproduction – stages in the life cycles of plants and animals, including pollination and seed dispersal
• Interactions in Ecosystems – simple food chains, predator–prey relationships, and effects of environmental changes
• Properties of Materials – natural and processed materials, their uses, and how properties influence choice
• Changes to Materials – reversible (melting, freezing) and irreversible changes (burning, rusting)
• Water Cycle and Earth's Surface – key processes: evaporation, condensation, precipitation, movement of water through landscape and sky
• Earth's Resources – renewable and non-renewable resources, sustainable use of water, soil, and energy
• Weather, Climate, and Earth's Surface – measuring weather, seasonal changes, and features of the Earth's surface
• The Sun, Moon, Earth, and Planets – Earth's rotation, phases of the moon, and introduction to the solar system
• Forces and Motion – contact and non-contact forces (push, pull, gravity, magnetism)
• Energy Sources and Transfers – heat, light, and sound energy; how they can be produced and transferred

English
• Nouns, Pronouns, and Adjectives – including proper nouns, expanded noun groups, and simple collective nouns
• Verbs, Adverbs, and Tenses – present, past, future; simple perfect tense introduction; adverbs for how, when, where
• Punctuation – capital letters, full stops, commas, apostrophes for contractions and possession, quotation marks for speech
• Synonyms and Antonyms – expanding vocabulary and meaning
• Prefixes and Suffixes – common word beginnings and endings that change meaning
• Compound and Complex Sentences – using conjunctions (and, but, because, although, etc.)
• Paragraph Structure – topic sentences, supporting details, concluding sentences
• Reading Comprehension – identifying main idea, details, sequence, cause/effect, and making simple inferences
• Figures of Speech – similes, simple metaphors, alliteration, and onomatopoeia
• Homophones and Homonyms – words that sound alike or have multiple meanings
• Spelling and Word Choice – commonly confused words and silent letters
 
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Junior Level 3 (Grade 5 & 6)

Maths
• Operations with Periodic Number Sequences (e.g., sum of every third term)
• Balance and Equality Problems in Equations
• Fraction Operations (Addition, Subtraction, Simplification)
• Divisibility Rules (2, 3, 4, 5, 6, 9, 10)
• LCM and HCF Concepts with Word Problems
• Area and Perimeter of 2D Figures and Surface Area/Volume of 3D Shapes
• Identifying, Classifying, and Naming Geometric Figures (2D and 3D)
• Understanding Angle Types and Measuring Angles in Geometric Shapes
• Number Patterns and Arithmetic Sequences
• Figure Patterns, Rotations, Reflections, and Transformations
• Speed, Time, and Distance Word Problems
• Time Calculations Involving Duration, Timetables, and Clocks
• Basic Ratio and Proportion Problems
• Interpreting and Creating Tables, Bar Graphs, and Line Plots
• Reading and Using Grids and Coordinates (1st quadrant)
• Logical Reasoning Problems

Science
• Adaptations and Classification – structural and behavioural adaptations of living things; classifying plants, animals, vertebrates, and invertebrates
• Life Cycles and Ecosystem Interactions – complete and incomplete life cycles, food webs, and environmental change impacts
• Properties and States of Matter – solids, liquids, gases, and how their properties determine uses
• Changes to Materials – reversible (melting, freezing, evaporating) and irreversible (burning, rusting) changes; introduction to mixtures and separation methods
• Earth's Resources and Sustainability – renewable vs. non-renewable resources, sustainable use of water, soil, minerals, and energy
• Earth and Space – Earth's position in the solar system, day/night, seasons, phases of the moon, and planetary orbits
• Water Cycle and Earth's Surface – evaporation, condensation, precipitation
• Natural Processes and Events – weathering, erosion, earthquakes, and their effects on landscapes
• Light – shadows, reflection, and refraction of light
• Forces and Motion – contact and non-contact forces (gravity, friction, magnetism) and their effects on movement
• Scientific Measurement & Data Handling – units of measure, accuracy, repeatability, error checking, recording in tables and graphs
• Energy Forms and Transfers – light, sound, heat, and electrical energy; how energy is produced, transformed, and transferred
• Simple Electrical Circuits – components, flow of current, and safety considerations

English
• Advanced Nouns, Pronouns, and Adjectives – abstract nouns, collective nouns, relative pronouns, expanded noun groups
• Verb Forms and Voice – perfect and continuous tenses, irregular verbs, active and passive voice
• Punctuation and Grammar Conventions – commas for clauses and lists, apostrophes for possession, quotation marks, colons, semicolons, hyphens, parentheses, direct and reported speech
• Vocabulary and Word Study – synonyms, antonyms, nuanced vocabulary, idioms, and figurative expressions
• Prefixes, Suffixes, and Root Words – including Latin and Greek roots to expand vocabulary
• Sentence Construction – varied sentence beginnings, compound–complex structures, parallel structures, and nominalisation (intro)
• Paragraph and Text Cohesion – topic sentences, linking devices (however, therefore, moreover), maintaining flow between paragraphs
• Reading Comprehension and Analysis – summarising, inferencing, identifying author's purpose, distinguishing fact from opinion
• Literary Techniques – simile, metaphor, personification, alliteration, onomatopoeia, hyperbole, imagery, symbolism (intro level)
• Poetry and Drama – analysing stanza and verse, dramatic conventions, performing texts
• Media and Digital Literacy – analysing advertisements, identifying visual language features, navigating websites for reliable information

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Senior Level 1 (Grade 7 & 8)

Maths
• Addition, Subtraction, Multiplication, and Division in Periodic Sequences
• Algebraic Expressions and Solving Linear Equations
• Solving Systems of Equations (2 Variables) using Substitution or Elimination
• Function Tables, Value of Functions, and Simple Function Graphs
• Number Patterns and Recursive Sequences
• Clock and Calendar Problems Involving Time Gaps and Day Counting
• Area, Perimeter of 2D Shapes and Surface Area & Volume of 3D Shapes
• Applying Pythagorean Theorem to Solve Geometric Problems
• Transformations and Coordinate Geometry (Reflections, Rotations, Translations)
• Understanding and Applying Basic Trapezium and Triangle Area Properties
• Magic Squares and Number Placement Logic
• Representing and Interpreting Data Using Tables, Bar Graphs, Line Graphs
• Probability Basics (Simple Events, Compound Events, Likelihood, Venn Diagrams)
• Statistical Measures (Mean, Median, Mode, Range)

Science
• Cells & Microscopy – cell structure and function (plant & animal cells), use of microscopes, unicellular vs. multicellular organisms
• Body Systems & Interactions – circulatory, respiratory, digestive, excretory, nervous systems; how they work together
• Reproduction in Plants & Animals – sexual and asexual reproduction, pollination, fertilisation, development
• Ecosystems & Interdependence – food webs, energy flow, matter cycling, human impacts, and biodiversity conservation
• Classification & Evolution – grouping organisms based on features, introduction to evolution and natural selection
• States of Matter & Particle Model – solids, liquids, gases, particle movement, changes of state
• Mixtures, Elements & Compounds – separation techniques, properties of substances, metals/non-metals/metalloids
• Atomic Structure & Periodic Table – protons, neutrons, electrons, atomic number/mass, arrangement in the periodic table, simple chemical symbols and formulas
• Chemical Reactions – signs of chemical change, word equations, combustion, acid–base, corrosion, and rates of reaction (intro)
• Forces & Motion – balanced/unbalanced forces, Newton's laws (intro), speed, acceleration, and motion graphs
• Energy Forms & Transformations – kinetic, potential, heat, light, sound, electrical; energy transfer and conservation
• Simple Machines & Mechanical Advantage – levers, pulleys, gears, inclined planes
• Earth Structure & Geological Time – layers of the Earth, plate tectonics, rock cycle, weathering, erosion
• Natural Hazards & Earth Processes – earthquakes, volcanoes, tsunamis, climate patterns
• Water Cycle & Weather Systems – evaporation, condensation, rainfall, air pressure, ocean currents, climate change (intro)
• Space Science – solar system, orbits, seasons, eclipses, lunar phases, relative sizes/distances, gravity in space, stars and galaxies (intro)
• Scientific Measurement & Data Analysis – metric units, accuracy, precision, repeatability, graphing, identifying trends and anomalies

English
• Advanced Noun and Verb Usage – nominalisation, verbals, accurate subject–verb agreement in complex sentences
• Modality and Tone – using modal verbs (must, might, should) and adjusting tone/formality for audience and purpose
• Punctuation Mastery – colons, semicolons, dashes, ellipses, hyphens, correct quotation and dialogue formatting
• Cohesive Devices – pronoun referencing, transition words and phrases, lexical chains for smooth text flow
• Vocabulary Expansion and Word Precision – academic word lists, connotation vs. denotation, selecting words for effect
• Sentence Variety and Syntax – compound–complex, periodic, and cumulative sentence structures
• Reading Comprehension and Critical Analysis – interpreting implicit meaning, identifying bias, evaluating author's purpose and reliability of sources
• Literary Devices and Techniques – metaphor, simile, personification, irony, foreshadowing, symbolism
• Genre Conventions – identifying features of narrative, persuasive, expository, analytical, and transactional texts
• Argument and Persuasive Techniques – claims, evidence, counterclaims, logical fallacies
• Comparative Text Analysis – comparing themes, characters, and techniques between two short texts
• Media Literacy – recognising persuasive devices, bias, and visual language features in advertisements and infographics

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Senior Level 2 (Grade 9 & 10)

Maths
• Algebraic Expressions (including Algebraic Fractions, Absolute Value, and Radicals)
• Solving Linear and Quadratic Equations, Inequalities, and Systems of Equations
• Formulating and Solving Word Problems Using Equations
• Time, Distance, and Speed Word Problems Involving Multi-Step Reasoning
• Analysing and Continuing Number Patterns, Figure Patterns, and Algebraic Sequences
• Evaluating the Value of Functions and Exploring Arithmetic & Geometric Sequences
• Counting Principles: Rule of Product, Rule of Sum, and Simple Permutations/Combinations
• Magic Squares and Numerical Arrangement Logic Problems
• Angle Properties, and Area of Triangles, Quadrilaterals, Polygons, and Circles
• Solving Problems Involving Congruent and Similar Triangles (Using Side/Angle Properties)
• Coordinate Geometry Applications (Distance, Midpoint, Gradient, and Linear Graphs)
• Representing Data Using Tables, Bar Graphs, Pie Charts, and Line Graphs
• Analysing and Interpreting Data for Comparison and Decision Making
• Probability with Simple and Compound Events (Including Venn Diagrams and Tree Diagrams)
• Statistical Measures (Mean, Median, Mode, Range, and Outlier Identification)
• Functional Reasoning and Graph Interpretation (Linear and Non-linear)
• Challenging Logic and Elimination Problems with Multiple Constraints

Science
Biological Sciences
• Cell Structure and Function – specialised cell organelles, cell theory, and microscopy
• Body Systems and Interdependence – coordination of systems (nervous, endocrine, circulatory, respiratory, reproductive)
• Ecosystem Interactions – energy flow, trophic levels, food webs, biodiversity, human impact
• Heredity and Genetics – DNA structure, genes, chromosomes, patterns of inheritance
• Evolution and Natural Selection – evidence, adaptation, and speciation processes
• Disease and Immunity – infectious vs. non-infectious diseases, immune responses

Chemical Sciences
• Atomic Structure & Periodic Table – subatomic particles, isotopes, electron shells, periodic trends, groups & periods
• Chemical Bonding & Reactions – ionic, covalent, metallic bonding; balancing equations; reaction types (acid–base, combustion, precipitation, redox)
• Conservation of Mass & Stoichiometry – mass relationships in chemical equations, mole concept (intro)
• Acids, Bases & pH – properties, indicators, neutralisation, common uses
• Rates of Reaction & Energy Changes – temperature, concentration, catalysts; endothermic & exothermic reactions

Earth & Space Sciences
• Solar System and Beyond – planets, moons, asteroids, comets, relative distances
• Earth's Systems – lithosphere, hydrosphere, atmosphere, biosphere interactions
• Plate Tectonics and Geological Processes – continental drift, earthquakes, volcanoes
• Rock Cycle and Minerals – igneous, sedimentary, metamorphic processes
• Climate Change and Human Impact – greenhouse effect, carbon cycle, sustainability

Physical Sciences
• Astronomy – life cycle of stars, galaxies, universe expansion, Big Bang theory
• Forces & Motion – Newton's laws, momentum, acceleration, mass vs. weight, motion graphs
• Energy Transfer & Transformations – mechanical, thermal, electrical, electromagnetic; conservation of energy
• Waves & Electromagnetic Spectrum – wave properties, sound, light, reflection/refraction, radio to gamma rays
• Electricity & Magnetism – current, voltage, resistance, Ohm's law, circuits, electromagnets, motors, generators
• Nuclear Science – radioactivity, half-life, nuclear energy, safety

English
• Advanced Grammar and Syntax – complex and compound–complex clauses, clause embedding, subjunctive mood, parallelism
• Punctuation Precision – advanced use of semicolons, colons, em dashes, parentheses, ellipses for stylistic effect
• Vocabulary and Morphology – academic vocabulary, Latin/Greek roots, etymology, register and tone variation
• Text Cohesion and Coherence – thematic progression, information flow, cohesive devices in extended texts
• Stylistic and Rhetorical Devices – irony, satire, rhetorical questions, antithesis, euphemism, allusion
• Critical Reading and Interpretation – detecting bias, evaluating perspective, assessing text reliability, identifying persuasive techniques
• Comparative Text Analysis – comparing themes, style, and tone across different text types (poetry, prose, drama, multimodal)
• Literary Context – linking text meaning to historical, cultural, or social contexts (introductory level)
• Argument and Persuasive Techniques – ethos, pathos, logos, refutation strategies, recognition of logical fallacies
• Genre Conventions – features of poetry, short story, drama, novel, persuasive, and expository writing
• Media Literacy – analysing advertisements, film stills, social media posts, and graphic novel panels for visual and language techniques

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Senior Level 3 (Grade 11 & 12)

Maths
• Exponents and Logarithms (Laws, Simplification, Equations, and Applications)
• Solving Equations and Inequalities (Linear, Quadratic, Rational, Irrational, and Logarithmic)
• Systems of Linear Equations (2 or 3 Variables – Substitution, Elimination, Matrix Methods)
• Sequences and Series (Arithmetic, Geometric, Recursive, and Summation Problems)
• Mathematical Induction and Proof by Contradiction (Introductory Level)
• Word Problems Involving Equations, Age, Mixture, Investment, and Geometry
• Rate Problems Involving Time, Distance, Speed with Multiple Constraints
• Counting Principles and Combinatorics (Permutations, Combinations, Pascal's Triangle)
• Binomial Theorem and Coefficient Extraction
• Vectors (2D/3D, Magnitude, Direction, Scalar Product, Application in Geometry)
• Coordinate Geometry (Distance, Midpoint, Gradient, Intersection, Locus)
• Trigonometry (Identities, Equations, Graphs, Sine and Cosine Rules, Circular Functions)
• Applications of Trigonometry (Heights, Distances, Bearings, Area of Triangles)
• Calculus – Differentiation and Integration (Basics, Applications to Rates and Area)
• Congruence and Similarity Proofs (Triangles, Quadrilaterals, Circles)
• Probability – Independent/Dependent Events, Conditional Probability, Tree/Venn Diagrams
• Statistics – Mean, Median, Mode, Range, Standard Deviation, Boxplots, Normal Distribution
• Advanced Logic Problems and Argument Structures (e.g., If–Then, Contrapositive, Logical Connectives)

Science
Biological Sciences
• Cell Biology & Biochemistry – cell structure, microscopy, biochemical processes, photosynthesis, respiration
• Genetics & Molecular Biology – DNA structure, replication, protein synthesis, genetic technologies
• Inheritance Patterns & Population Genetics – Mendelian and non-Mendelian inheritance, population variation
• Evolution & Biodiversity – mechanisms of evolution, speciation, adaptive radiation, conservation biology
• Ecology & Ecosystem Dynamics – ecosystem function, trophic levels, biogeochemical cycles, human impacts
• Human Physiology & Regulation – homeostasis, organ systems (nervous, endocrine, circulatory, immune), disease response
• Biotechnological Applications & Ethics – genetic engineering, cloning, CRISPR, ethical considerations

Chemical Sciences
• Atomic & Electronic Structure – atomic models, electron configuration, periodic properties
• Bonding & Structure – ionic, covalent, metallic bonds, molecular shapes, intermolecular forces
• Stoichiometry & Chemical Calculations – moles, mass relationships, limiting reagents, solution concentration
• Rates, Equilibrium & Thermodynamics – reaction rates, collision theory, Le Châtelier's Principle, energy changes
• Acids, Bases & pH – acid–base strength, pH calculations, buffer systems, titration curves
• Redox & Electrochemistry – redox reactions, electrochemical cells, electrolysis, standard potentials
• Organic Chemistry – functional groups (alkanes, alkenes, alcohols), polymer chemistry, organic reactions
• Analytical Techniques – chromatography, spectroscopy (UV-Vis, NMR), qualitative and quantitative analysis

Physical Sciences
• Mechanics – kinematics, dynamics, Newton's laws, momentum, energy transformations
• Thermodynamics – heat transfer, specific and latent heat, laws of thermodynamics, engines
• Waves & Optics – wave properties, interference, diffraction, reflection, refraction, lenses, optical devices
• Electricity & Magnetism – electric fields, circuits, Ohm's Law, magnetism, electromagnetic induction, transformers
• Modern Physics – quantum principles, photoelectric effect, wave–particle duality, atomic models, radioactivity, nuclear reactions

Earth & Environmental Science
• Earth System Science & Plate Tectonics – Earth's layers, plate boundaries, continental drift, mountain formation
• Geological Time & Earth Materials – rock cycle, mineral resources, fossil record, absolute/relative dating
• Atmosphere & Climate – climate zones, greenhouse effect, climate change, weather systems, human impact
• Hydrosphere & Biogeochemical Cycles – water balance, global hydrologic cycle, carbon and nitrogen cycles
• Resource Management & Sustainability – renewable vs. non-renewable resources, environmental management, conservation

English
• Advanced Sentence Structures – nominalisation, appositives, parallelism, inversion, sentence manipulation for emphasis
• Language for Argumentation – rhetorical appeals (ethos, pathos, logos), tone, register, modality, persuasive intent
• Punctuation and Style – mastery of em dashes, colons, semicolons, parentheses, ellipses for pacing, clarity, and emphasis
• Lexical Sophistication – advanced academic vocabulary, etymology, nuanced word choice, connotation vs. denotation
• Cohesion and Coherence – thematic progression, logical information hierarchy, advanced transitions, anaphora, and cataphora
• Critical Reading and Intertextuality – evaluating bias, perspective, ideology, recognising and interpreting intertextual references
• Comparative Textual Analysis – comparing themes, context, and stylistic devices across multiple genres and periods
• Literary Theory in Application – applying formalism, postcolonialism, feminism, and other critical lenses to text interpretation
• Stylistic and Rhetorical Devices – satire, irony, metonymy, synecdoche, allusion, hyperbaton, and parallel constructions
• Genre and Form Analysis – conventions and innovations in poetry (sonnet, free verse), drama (tragicomedy, absurdist), and prose (stream of consciousness, metafiction)
• Media and Multimodal Critique – analysing film stills, digital narratives, visual rhetoric, and persuasive techniques in advertising

Based on your total marks scored (out of 100), you will be placed in one of the following achievement tiers:
• Gold Certificate: 90+
• Silver Certificate: 70–89 marks
• Bronze Certificate: 50–69 marks
• Merit Certificate: Rest of participants

Certificates Awarded
• Winners: Receive a gold, silver or bronze certificate
• All Other Participants: Receive a Merit certificate
• Gold, Silver and Bronze winners qualify for Global Round in Sydney

Global Round Student Discounts
Online Round performance directly impacts your Global Round registration fees:
• Top 3 Individual Achievers: 10% discount off Global Round registration
• Gold Winners: 7.5% discount off Global Round registration
• Silver Winners: 5% discount off Global Round registration
• Bronze Winners: 2.5% discount off Global Round registration

Note: The "Top 3 Individual Achievers" discount applies to the highest-scoring individual students across all subjects and age categories, separate from the medal tier system.