Mathematics
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13 grades · 78 units · 222 topics
Aligned to ACARA Content Descriptions
Primary (Foundation-Year 6)
Foundation
A comprehensive introduction to mathematical thinking designed for the first year of school. Students develop a sense of number, spatial reasoning, and logical patterns through hands on exploration and collaborative problem solving.
Year 1
This course establishes critical early numeracy and spatial reasoning skills through hands-on exploration. Students move from concrete representations to abstract thinking while developing the language to explain their mathematical logic.
Year 2
A comprehensive exploration of mathematical fluency where students transition from basic counting to complex grouping, spatial reasoning, and statistical investigation. This curriculum emphasizes the connection between abstract symbols and real world applications through hands on problem solving.
Year 3
This course deepens students mathematical fluency by moving from concrete manipulation to abstract reasoning. It emphasizes the connection between additive and multiplicative thinking while exploring the spatial properties of the world.
Year 4
A comprehensive Year 4 curriculum focusing on the development of multiplicative thinking, fractional reasoning, and geometric properties. Students engage in deep inquiry to connect mathematical concepts to real world problem solving and spatial analysis.
Year 5
This course deepens student understanding of the decimal number system, geometric properties, and data interpretation. Students engage in rigorous problem solving to connect mathematical concepts to real world applications and logical reasoning.
Year 6
A comprehensive exploration of Year 6 mathematics focusing on proportional reasoning, algebraic thinking, and geometric properties. Students develop fluencies through inquiry-based challenges that connect abstract concepts to real world applications.
Secondary (Years 7-10)
Year 7
This course transitions students from primary arithmetic to secondary mathematical thinking by emphasizing abstraction and generalized patterns. Students engage with proportional reasoning, algebraic manipulation, and geometric properties to solve complex real world problems.
Year 8
A comprehensive exploration of Year 8 mathematics focusing on proportional reasoning, algebraic manipulation, and spatial analysis. Students develop critical thinking skills by connecting abstract concepts to real world applications through data and geometry.
Year 9
This course bridges the gap between arithmetic and abstract reasoning through algebraic modelling and geometric proof. Students investigate proportional reasoning and data analysis to make sense of the world while developing fluency in non linear relationships.
Year 10
This course bridges foundational arithmetic with advanced algebraic reasoning and statistical analysis. Students explore complex relationships through functions, spatial geometry, and probabilistic modeling to prepare for senior secondary mathematics pathways.
Senior (Years 11-12)
Year 11
This course bridges abstract mathematical theory with practical application, preparing students for tertiary study and real world problem solving. It focuses on developing rigorous logical arguments, interpreting complex data patterns, and mastering the functions that govern physical phenomena.
Year 12
A comprehensive exploration of calculus, statistics, and algebraic modeling designed for senior secondary students. This course emphasizes the transition from procedural fluency to abstract reasoning and real world problem solving.