NUMBER

In this unit students develop practical number skills using whole numbers, decimals, fractions, and percentages in real-world contexts. They learn to work confidently with everyday calculations, understanding concepts like place value, rounding, and simple proportions. Students practice choosing the right calculation method - whether mental math, written work, or using calculators and apps - and become comfortable explaining their mathematical thinking. This builds essential number confidence for managing personal finances, workplace calculations, and everyday problem-solving.

SHAPE

Students explore two-dimensional and three-dimensional shapes they encounter in daily life and work environments. They learn to recognise, describe, and classify common shapes, understanding concepts like reflection, rotation, and symmetry. Your child will work with patterns in shapes and learn basic scaling concepts used in plans and diagrams. This develops spatial awareness and geometric thinking valuable in trades, design, architecture, and many technical careers.

QUANTITY & MEASURES

In this unit you will develop practical measurement skills using metric units for length, area, volume, capacity, time, and temperature. Students learn to estimate measurements, use various measuring tools accurately, and convert between different metric units. Students work with measurement calculations for simple rectangular shapes and practice reading both analogue and digital displays. These skills are essential for cooking, home improvement, workplace tasks, and technical occupations.

RELATIONSHIPS

Students learn to recognize and work with mathematical relationships and patterns in everyday situations. They explore simple rates (like speed or cost per hour), basic formulas for area and perimeter, and understand how to represent change using tables and simple graphs. Your child develops algebraic thinking by substituting values into formulas to solve practical problems, building foundations for more complex problem-solving.

DIMENSION & DIRECTION

In this unit you will learn practical navigation and spatial skills, including using maps, giving and following directions, and understanding compass points. Students work with everyday angles like 45°, 90°, and 180°, and develop understanding of one-, two-, and three-dimensional space. Students practice describing locations relative to landmarks and learn to navigate using both digital and printed maps - skills essential for travel, work, and community participation.

DATA

Students learn to collect, organise, and analyse data from everyday life and workplace situations. They create tables and graphs with appropriate scales, calculate simple statistics like mean and range, and interpret patterns and trends in data. You will develop skills in drawing conclusions from data analysis and presenting findings clearly - capabilities increasingly important in our data-driven world and valuable across many career paths.

UNCERTAINTY

In this area of study students explore concepts of chance, probability, and likelihood using everyday language and simple mathematical representations. They learn to estimate probabilities using fractions, decimals, and percentages, and understand how to make informed decisions based on likelihood. Students explore sample spaces for familiar events and develop understanding of risk assessment - practical skills for making informed decisions about everything from weather to financial choices.

SYSTEMATICS

Students learn to use technology effectively for organising, planning, and analysing mathematical information. They work with spreadsheets, apps, and software to input data, create schedules, and solve problems. You will develop skills in adjusting inputs to optimize outputs and learn to interpret results from various technological tools. These digital literacy skills are essential for modern workplace efficiency and personal organisation.

NUMBER
(ADVANCED)

Building on Unit 1, you now work with more complex number operations including positive and negative numbers, powers, square roots, and three decimal places. They develop fluency with percentage calculations, ratio and proportion problems, and multi-step calculations. Students become confident problem-solvers who can handle the numerical demands of adult life and more specialised workplace situations with accuracy and understanding.

SHAPE
(ADVANCED)

Students work with a broader range of two-dimensional shapes and three-dimensional objects, including compound shapes and more complex geometric properties. They explore rotational and reflectional symmetry, understand angle properties in triangles and quadrilaterals, and work with concepts of congruence and similarity. Your child learns to use technology for creating and manipulating shapes, developing advanced spatial reasoning skills valuable in technical and creative fields.

QUANTITY & MEASURES (ADVANCED)

In this area of study you will develop sophisticated measurement skills including working with non-metric units, complex area and volume calculations, and understanding accuracy and tolerance in measurements. Students learn to convert between metric and imperial systems, work with 24-hour time and time zones, and apply measurement formulas to compound shapes including circular measurements using pi. These advanced skills prepare students for technical trades and professional environments.

RELATIONSHIPS (ADVANCED)

Students work with more formal mathematical relationships, including complex rates, ratios, proportions, and algebraic expressions. They learn to develop and represent relationships using mathematical expressions and graphs, apply formulas to solve real-life problems, and work with scaling for maps, plans, and chemical mixing. Each student develops the mathematical modelling skills needed for technical problem-solving and professional applications.

DIMENSION & DIRECTION (ADVANCED)

In this area of study you can develop advanced navigation and spatial skills, including complex direction-giving between multiple locations and understanding precise compass bearings. Students work with a full range of angle measures and develop sophisticated spatial awareness in three dimensions. Students learn to use various mapping technologies effectively and can navigate unfamiliar environments confidently - skills valuable for many careers and personal independence.

DATA
(ADVANCED)

Students develop comprehensive data analysis skills, working with complex data collection, multiple graph types, and advanced statistical measures including median, outliers, and measures of spread. They learn to choose appropriate statistical tools for different situations, draw sophisticated conclusions from data analysis, and understand how different statistics can change interpretations. You can develop the analytical thinking essential for informed citizenship and professional decision-making.

UNCERTAINTY (ADVANCED)

In this unit you will work with advanced concepts of probability, risk assessment, and statistical inference. Students learn to calculate probabilities for complex events, compare different risks, and make informed decisions based on mathematical analysis of uncertainty. Students develop skills in evaluating real-world risks and increase their understanding of how probability relates to practical decision-making in finance, health, and career choices.

SYSTEMATICS (ADVANCED)

Students become sophisticated users of mathematical technology, learning to select appropriate tools for complex problems and evaluate the accuracy and validity of technological solutions. They work with advanced spreadsheet functions, emerging technologies, and multiple software applications to solve comprehensive real-world problems. Students develop the technological fluency needed for modern professional environments and lifelong learning.