Currently Empty: $0.00
Year 11 ATAR
Build the rigorous foundations that ATAR Year 12 demands. Expert tutoring across all three ATAR Mathematics courses and the Sciences — structured by the WA SCSA curriculum, taught by specialists.
5
ATAR subjects offered
40%
School exam weighting
Yr 12
Foundation built here
100%
SCSA 2026 aligned
How Year 11 ATAR is Assessed
Every ATAR subject uses the same three assessment types — understanding the weighting helps you prioritise where tutoring effort matters most.
40%
Response Tasks
Tests and assignments completed under timed or supervised conditions. Assesses knowledge of concepts, techniques and problem-solving across both units.
20%
Investigation
Extended tasks where students plan, research and communicate findings. Assesses mathematical thinking, modelling and the ability to work independently on open problems.
40%
Examination
Typically held at the end of each semester. The Semester 2 exam covers both Unit 1 and Unit 2 content — directly preparing students for the ATAR Year 12 exam format.
EduLift sessions are structured to build all three: conceptual understanding for Response tasks, open-ended thinking for Investigations, and timed exam technique for Examinations. We align to your school’s specific assessment calendar.
Choose a Subject
Click any subject to explore the Unit 1 & 2 curriculum, key topics, and tutoring focus areas.
📋 Not sure which Maths ATAR course is right? See our course comparison guide
Choosing the right Mathematics ATAR course shapes your child's Year 12 options and university pathways.
Maths Specialist
Most advanced · Must pair with Methods
Best for students who…
Excel at abstract reasoning and proof
Are targeting engineering, physics or pure maths
Find Methods content straightforward and want extension
Enjoy the "why" behind mathematical rules
Maths Methods
Calculus & statistics core · Most popular ATAR maths
Best for students who…
Are strong at algebra and enjoy functions and graphs
Want calculus and statistics for science or commerce
Are aiming for medicine, psychology, economics or IT
Maths Applications
Practical & applied · Real-world focus
Best for students who…
Prefer practical real-world maths over abstract theory
Are targeting business, health or social sciences
Want a strong ATAR result without calculus
⚠️ Maths Specialist cannot be taken as a standalone course — it must be studied alongside Maths Methods. Not sure which course suits your child? Contact EduLift for a free 15-minute course guidance call.
Mathematics Specialist
The most advanced ATAR Mathematics course — developing rigorous proof techniques, abstract thinking, and problem-solving in geometry, vectors, complex numbers, matrices and trigonometry. Must be taken alongside Maths Methods.
Proof & Logic
Vectors
Complex Numbers
Matrices
Trigonometry
Topic 1.1 · Combinatorics
The fundamental counting principle; multiplication and addition rules
Permutations: ordered arrangements with and without repetition
Combinations nCr; Pascal's triangle and binomial coefficients
Pigeonhole principle; inclusion-exclusion for counting problems
Topic 1.2 · Vectors in the Plane
Vector representation: magnitude, direction, component form
Vector addition, subtraction and scalar multiplication
Unit vectors; resolving vectors into components
Applications: displacement, velocity, force in 2D
Topic 1.3 · Geometry
Euclidean geometry: congruence and similarity theorems
Circle theorems: angles, chords, tangents and secants
Geometric proofs and logical reasoning chains
Locus and construction problems
Topic 2.1 · Trigonometry
Compound angle, double angle and Pythagorean identities
Reciprocal functions: sec, cosec and cot
Product-to-sum and sum-to-product conversions
Converting a·cos x + b·sin x to R·cos(x + α)
Modelling periodic motion with sine and cosine functions
Topic 2.2 · Matrices
Matrix arithmetic: addition, multiplication, identity, inverse
Determinant and 2×2 matrix inverse; solving AX = B
Linear transformations: dilations, rotations, reflections
Composition of transformations via matrix products
Determinant and its relationship to area scaling
Systems of linear equations via matrix algebra
Topic 2.3 · Real & Complex Numbers
Proof by mathematical induction — sums and divisibility
Rational vs irrational numbers; proof of irrationality
Complex numbers in Cartesian form a + bi
Complex conjugates and arithmetic operations
Argand plane; complex addition as vector addition
Complex roots of real quadratic equations
📋 Not sure which Maths ATAR course is right? See our course comparison guide
Choosing the right Mathematics ATAR course shapes your child's Year 12 options and university pathways.
Maths Specialist
Most advanced · Must pair with Methods
Best for students who…
Excel at abstract reasoning and proof
Targeting engineering, physics or pure maths
Find Methods content straightforward
Maths Methods
Calculus & statistics · Most popular
Best for students who…
Strong at algebra; enjoy functions and graphs
Want calculus for science or commerce
Aiming for medicine, economics or IT
Maths Applications
Practical & applied · Real-world focus
Best for students who…
Prefer practical real-world maths
Targeting business, health or social sciences
Want a strong ATAR result without calculus
⚠️ Maths Specialist must be paired with Maths Methods. Contact EduLift for a free 15-minute course guidance call.
Mathematics Methods
The calculus and statistics ATAR course — essential for engineering, science and economics pathways. Covers functions, trigonometry, probability, sequences and introduces differential calculus.
Functions & Graphs
Probability
Calculus
Sequences
Trigonometry
Topic 1.1 · Counting & Probability
Combinations nCr; Pascal's triangle and binomial coefficients
Set language: unions, intersections, complements
Conditional probability P(A|B) and independence
Relative frequencies as probability estimates
Topic 1.2 · Functions & Graphs
Linear and quadratic relationships; parabolas, discriminant
Inverse proportion; hyperbolas and asymptotes
Polynomials: cubics, graphs and factorisation
Circle equations; function notation; domain and range
Translations and dilations of function graphs
Topic 1.3 · Trigonometric Functions
Unit circle definition; radian measure; arc length and sector area
Exact values at multiples of π/6 and π/4
Sine, cosine, tangent graphs; amplitude, period, phase
Angle sum and difference identities
Cosine and sine rules; triangle area formula
Topic 2.1 · Exponential Functions
Index laws; exponential growth and decay models
Logarithmic functions; log laws; change of base
The natural number e; natural logarithm ln
Solving exponential and logarithmic equations
Topic 2.2 · Arithmetic & Geometric Sequences
Arithmetic sequences: common difference, nth term, sum of n terms
Geometric sequences: common ratio, nth term, sum formulas
Infinite geometric series; convergence conditions
Applications: loans, depreciation, population models
Topic 2.3 · Introduction to Calculus
Average rate of change; limit definition of derivative
Derivatives of polynomials using the power rule
Tangent and normal lines; stationary points
Increasing/decreasing functions; nature of turning points
📋 Not sure which Maths ATAR course is right? See our course comparison guide
Choosing the right Mathematics ATAR course shapes your child's Year 12 options and university pathways.
Maths Specialist
Most advanced · Must pair with Methods
Best for students who…
Excel at abstract reasoning and proof
Targeting engineering, physics or pure maths
Leads to: Engineering, Computer Science, Physics
Maths Methods
Calculus & statistics · Most popular
Best for students who…
Strong at algebra; enjoy functions and graphs
Aiming for medicine, economics or IT
Maths Applications
Practical & applied · Real-world focus
Best for students who…
Prefer practical real-world maths
Targeting business, health or social sciences
Want a strong ATAR result without calculus
⚠️ Maths Specialist must be paired with Maths Methods. Contact EduLift for a free 15-minute course guidance call.
Mathematics Applications
The practical ATAR Mathematics course — focused on real-world problem solving in finance, measurement, trigonometry, statistics and linear modelling. Ideal for business, social science and health pathways.
Consumer Arithmetic
Matrices
Statistics
Trigonometry
Linear Modelling
Topic 1.1 · Consumer Arithmetic
Wages, allowances, overtime and commission calculations
Percentage change: inflation, mark-up, GST, profit/loss
Simple and compound interest; currency exchange
Shares: dividends and price-to-earnings ratios
Spreadsheet budgets and wage sheets
Topic 1.2 · Algebra & Matrices
Substituting values into formulas; table of values via spreadsheet
Matrix types; addition, subtraction, scalar and matrix multiplication
Powers of matrices; network and costing problems
Topic 1.3 · Shape & Measurement
Pythagoras' theorem in 2D and 3D applications
Perimeter, area of composites; volume and surface area of 3D solids
Similar figures; scale factors and linear, area, volume scaling
Scale drawings: maps and building plans
Topic 2.1 · Univariate Data Analysis
Types of data: categorical and numerical; frequency tables
Measures of centre: mean, median, mode
Measures of spread: range, IQR, standard deviation
Box plots, histograms, dot plots and stem-and-leaf plots
Comparing data sets; outliers and skewness
Topic 2.2 · Applications of Trigonometry
Sine rule: finding sides and angles in non-right triangles
Cosine rule and area formula using two sides and included angle
Bearings and navigation problems
Angles of elevation and depression; surveying applications
Topic 2.3 · Linear Equations & Graphs
Gradient and y-intercept; equations of straight lines
Simultaneous equations: graphical and algebraic methods
Break-even analysis and cost-revenue modelling
Scatterplots; linear regression and least squares line
Physics ATAR
Year 11 Physics develops understanding of motion, forces, energy, waves and electricity — the foundational toolkit for engineering, medicine, science and technology pathways. All content is aligned to the 2026 SCSA syllabus.
Mechanics
Thermal Energy
Waves
Nuclear Physics
Electricity
20%
Science Inquiry Portfolio
Body of experimental work covering the full range of Science Inquiry Skills. Authenticated by 3–5 selected items.
40%
Tests
Short and extended answers, problem solving — conducted in supervised classroom settings.
40%
Examination
End-of-semester exams mirroring the Year 12 exam design brief. Covers both Unit 1 and Unit 2 content.
Motion & Forces
Vectors vs scalars; vector addition and subtraction in 1D and 2D
Displacement, velocity and acceleration: v = Δx/Δt, a = Δv/Δt
Uniform acceleration equations: v_f = v_i + aΔt, s = v_iΔt + ½aΔt²
Displacement-time, velocity-time and acceleration-time graphs
Vertical motion under constant gravitational acceleration
Newton's three laws; ΣF = ma; free body diagrams in 1D and 2D
Momentum p = mv; conservation of momentum in closed systems
Impulse Δp = FΔt; impulse-momentum theorem
Weight F = mg; friction F_f = μF_N (static and kinetic)
Motion on inclined planes: components of gravity
Mechanical & Thermal Energy
Kinetic energy E_k = ½mv²; gravitational potential energy E_p = mgΔh
Conservation of total energy in isolated systems
Work W = Fs; work-energy theorem W = ΔE
Elastic vs inelastic collisions; kinetic energy conservation
Power P = W/Δt = ΔE/Δt
Kinetic theory: internal energy, temperature as average KE
Specific heat capacity Q = mcΔT; latent heat Q = mL
Thermal equilibrium; changes of state and energy transfer
Science as a Human Endeavour
Road safety: Newton's laws applied to helmets, seatbelts, crumple zones
Refrigerators and air conditioning: thermal energy transfer principles
Science Inquiry Skills — assessed throughout both units
Students design and conduct investigations; collect valid and reliable data; process and represent data using graphs, tables, SI units and significant figures; calculate uncertainties; evaluate experimental design; and construct evidence-based scientific arguments.
Wave Models
Transverse and longitudinal waves; wave speed v = fλ
Reflection, refraction, diffraction and superposition
Sound waves: pitch, loudness, intensity; decibel scale
Electromagnetic spectrum; properties and applications
Nuclear & Radioactivity
Atomic structure: protons, neutrons, electrons; isotopes; nuclide notation
Radioactive decay: alpha, beta, gamma; decay equations
Half-life; decay curves; applications in medicine and dating
Fission and fusion; mass-energy equivalence E = mc²
Electrical Circuits
Charge, current, potential difference and resistance; Ohm's law V = IR
Series and parallel circuits; Kirchhoff's laws
Power P = VI = I²R = V²/R; energy dissipation in resistors
Resistivity; factors affecting resistance of a conductor
Chemistry ATAR
Year 11 Chemistry explores atomic structure, bonding, chemical reactions and stoichiometry through to molecular interactions, acids and bases, and reaction kinetics. Aligned to the 2026 SCSA syllabus.
Atomic Structure
Bonding
Stoichiometry
Organic Chemistry
Reaction Kinetics
25%
Science Inquiry
Practical tasks, investigations and scientific reports. At least one full investigation required across the year.
25%
Extended Response + Tests
Extended response tasks (10%) using scientific information; tests (15%) applying chemistry knowledge to problem-solving.
50%
Examination
End-of-semester exams — the largest single component. Reflects the Year 12 ATAR exam format.
Properties & Structure of Atoms
Atomic model: nucleus, electron energy levels, electron configurations
Periodic table trends: atomic radius, valency, ionisation energy, electronegativity
Isotopes: same protons, different neutrons; A_r from isotopic composition
Flame tests and atomic absorption spectroscopy (AAS); line spectra
Mass spectrometry: ionisation, separation and isotopic composition
Properties & Structure of Materials
Pure substances vs mixtures; elements vs compounds; formula interpretation
Nanomaterials (1–100 nm): size-dependent properties and safety
Separation techniques: particle size, solubility, density, boiling point
Ionic bonding: crystalline lattice, electrostatic attraction and properties
Metallic bonding: delocalised electrons; malleability, conductivity
Covalent bonding: shared electron pairs; network vs molecular substances
Carbon allotropes: graphite, diamond and fullerenes — structures and properties
Hydrocarbons: alkanes, alkenes and benzene; IUPAC nomenclature C1–C8
Reactions of hydrocarbons: combustion, addition, substitution
Percentage composition from relative atomic masses and molecular formula
Chemical Reactions: Energy & Stoichiometry
Balanced chemical equations: relative numbers of particles
Enthalpy changes: endothermic and exothermic reactions
Thermochemical equations: heat released/absorbed
Fossil fuels vs biofuels: energy output and combustion products
The mole concept: Avogadro's number; mole–mass–molar mass relationships
Stoichiometric calculations: masses of reactants and products
Science Inquiry Skills — assessed throughout both units
Students design and conduct investigations including flame tests, heat of reaction, chromatography, measuring pH and reaction rates. At least one formal investigation task must be completed across the year.
Molecular Interactions & Gases
Intermolecular forces: dispersion, dipole-dipole, hydrogen bonding
Polarity and electronegativity; VSEPR theory for molecular shapes
Properties of gases; ideal gas law PV = nRT
Kinetic theory of gases; pressure, volume, temperature relationships
Aqueous Solutions & Acids/Bases
Electrolytes; concentration calculations (mol/L)
Acids and bases: Brønsted-Lowry theory; conjugate pairs
pH scale; strong vs weak acids and bases; neutralisation reactions
Titration calculations; primary standards; indicators
Reaction Rates & Equilibrium
Collision theory; factors affecting rate: temperature, concentration, surface area, catalysts
Activation energy; Maxwell-Boltzmann energy distribution
Reversible reactions and dynamic equilibrium
Le Chatelier's principle: predicting shifts in equilibrium
Individual Tutoring
$75 / hour
- Stoichiometry and mole calculations mastered
- Bonding and structure explained visually
- Acid-base and reaction kinetics problem sets
- Investigation and report writing support
Small Group (2–4 students)
$500 / Term
- Organic chemistry naming and reactions
- Peer problem-solving on calculations
- Lab practical skills discussion
Exam Intensive
$200 / session
- 3-hour deep-dive before semester exam
- Full Unit 1 + 2 content review
- Stoichiometry to kinetics worked solutions
Why EduLift for Year 11 ATAR?
Year 11 is the year the ATAR ladder is built. We make sure every rung is secure.
SCSA Curriculum-Exact
Every session maps directly to the 2026 SCSA syllabus — the exact dot-points your school teacher is assessed against.
Frequently Asked Questions
Common questions from Year 11 families before they enrol.
Do you follow my child's school textbook and assessment schedule?
Yes. We ask for your child’s school name and current unit at enrolment. Sessions are planned around your school’s upcoming tests and Semester exam dates. We’re familiar with assessment programs across most Perth schools and can align content to what’s being taught in class each week.
Is Year 11 ATAR tutoring different from Year 10?
Significantly. Year 11 ATAR introduces formal proof, calculus, complex numbers and statistical analysis in Mathematics — and in Physics and Chemistry, the depth and pace jump considerably. Students are now expected to work quantitatively, apply scientific models to unfamiliar contexts, and produce formal investigation reports. We shift from building foundational skills to building the reasoning and technique that ATAR exams demand.
My child is doing Specialist and Methods — can you tutor both in one session?
We generally recommend separate sessions for each subject as the content demands focused attention. However, for students who are strong and simply need consolidation, a combined 90-minute session covering both is possible. We’ll advise after the initial trial session based on your child’s pace and current workload.
My child is doing both Physics and Chemistry — do you offer tutoring for both?
Yes — we have tutors experienced in both ATAR Physics and Chemistry for Year 11. Many students take both subjects alongside a Maths ATAR course, so we’re well set up to support that combination. We recommend dedicated sessions per subject given the different skill sets involved (quantitative problem-solving in Physics vs calculations and practical reports in Chemistry). Contact us to discuss a combined enrolment — we can often accommodate both subjects in a weekly schedule.
What happens if my child misses a session?
We ask for 24 hours’ notice where possible. Sessions cancelled with sufficient notice are rescheduled at no charge within the same term. We understand school sport, excursions and illness happen — flexibility is built into how we run the program.
When should we start tutoring — beginning of Year 11 or wait until we see results?
Starting at the beginning of Year 11 is strongly recommended. The first few weeks establish the foundations — proof logic in Specialist, function notation in Methods, consumer arithmetic in Applications — that everything else builds on. Students who start early develop better habits and far less catch-up pressure before the Semester 1 exam. Don’t wait for a poor test result to act.
Do you follow my child's school textbook and assessment schedule?
Yes. We offer holiday intensive sessions aligned to the WA school term calendar. Term break sessions are a popular time to consolidate Unit 1 content before the Semester 2 transition, or to get ahead on Unit 2 topics. Holiday session spots fill quickly — we recommend booking early in the term.
Explore Other EduLift Programs
Tutoring that connects across every stage of your child’s school journey.
Year 10 Maths & Science
SCSA-aligned preparation for the step up to ATAR — algebra, geometry, chemistry and physics foundations.
Year 12 WACE Prep
Targeted exam preparation for Unit 3 & 4 ATAR courses — the units that count toward your ATAR score.
GATE / ASET Preparation
Selective school and academic extension testing prep — verbal, numerical and abstract reasoning.
NAPLAN Preparation
Years 3, 5, 7 and 9 — literacy and numeracy skills built for confident NAPLAN performance.
Ready to get started?
Book a free 30-minute trial session across any Year 11 ATAR subject.
Edulift - Free Trial Booking
Fill this in and we’ll be in touch within one business day.