MYP Standard Mathematics covers four broad branches: number, algebra, geometry and trigonometry, and statistics and probability. Students learn mathematical methods while investigating patterns, communicating reasoning, and applying mathematics to unfamiliar or real-life situations.
The IB provides a flexible curriculum framework rather than one internationally identical sequence of chapters. Schools organize content according to MYP objectives and local requirements, so the exact topics taught in each year can differ. Your school's course outline is therefore the most accurate assessment checklist.
The four branches of MYP Standard Mathematics
The official IB overview of MYP mathematics identifies four connected branches. Students should encounter all four across the programme, although schools do not have to teach each branch equally every year.
| Branch | Main focus | Typical topics |
|---|---|---|
| Number | Quantities and numerical relationships | Fractions, percentages, ratio, exponents, estimation and scientific notation |
| Algebra | Patterns and unknown quantities | Expressions, equations, inequalities, sequences, functions and graphs |
| Geometry and trigonometry | Shape, measurement and space | Angles, transformations, area, volume, Pythagoras and trigonometry |
| Statistics and probability | Data and uncertainty | Data displays, averages, sampling, correlation and probability |
The branches frequently overlap. A modelling task might combine percentages, a linear equation, a graph, and interpretation of the resulting data.
Number topics
Number work develops accurate calculation, estimation, and understanding of how quantities relate. Students should select efficient methods and decide whether an answer is reasonable rather than relying uncritically on a calculator.
Common topics include:
- Natural numbers, integers, rational numbers, irrational numbers, and real numbers
- Operations with negative numbers, fractions, and decimals
- Converting between fractions, decimals, and percentages
- Ratio, rates, proportion, and percentage change
- Factors, multiples, primes, highest common factors, and lowest common multiples
- Powers, roots, exponent laws, and scientific notation
- Rounding, significant figures, estimation, units, and measurement accuracy
A contextual question may combine currency conversion, percentage discounts, and proportional reasoning before asking which option represents better value.
Algebra topics
Algebra is central to MYP Standard Mathematics because it represents patterns and relationships generally. Students must manipulate symbols correctly, but they also need to explain what expressions, equations, and graphs mean.
Typical content includes:
- Simplifying, expanding, and factorizing expressions
- Substitution and rearranging formulas
- Linear equations, inequalities, and simultaneous equations
- Sequences, pattern rules, and nth-term expressions
- Relations, functions, domain, and range
- Linear graphs, gradients, intercepts, and coordinate geometry
- Direct and inverse variation
- Quadratic expressions, equations, and graphs
- Algebraic modelling in practical contexts
An early MYP student might continue a visual pattern. A later student could derive a general rule, test it using several terms, and justify why it works.
Geometry and trigonometry topics
Geometry and trigonometry examine shape, position, measurement, and spatial relationships. Students must interpret diagrams carefully, select suitable theorems, and include appropriate units.
Common topics include:
- Angle rules involving lines, triangles, and polygons
- Properties of two-dimensional and three-dimensional shapes
- Perimeter, area, surface area, and volume
- Circles, including circumference, area, arcs, and sectors
- Scale drawings, congruence, and similarity
- Coordinates, distance, midpoint, and transformations
- Constructions and loci
- Pythagoras' theorem
- Sine, cosine, and tangent in right-angled triangles
- Bearings and applied measurement
For example, students might calculate a building's height using trigonometry and then discuss how measurement error or rounding affects the result.
Statistics and probability topics
Statistics concerns collecting, displaying, summarizing, and interpreting data. Probability develops reasoning about uncertain events and compares theoretical predictions with experimental evidence.
Typical topics include:
- Data types, collection methods, populations, samples, and bias
- Frequency tables and grouped data
- Bar charts, pie charts, histograms, and other data displays
- Mean, median, mode, range, quartiles, and interquartile range
- Box plots, scatter plots, correlation, and lines of best fit
- Experimental and theoretical probability
- Sample spaces and combined events
- Two-way tables, Venn diagrams, and tree diagrams
- Successive events and basic independence
Interpretation matters. Correlation does not establish causation, and predictions made far beyond the observed data may be unreliable.
Standard Mathematics versus Extended Mathematics
MYP Extended Mathematics includes the Standard framework while adding breadth, depth, and complexity. Standard Mathematics still contains algebra, trigonometry, investigations, and unfamiliar problem-solving; it is not simply a course of basic calculations.
| Standard Mathematics | Extended Mathematics |
|---|---|
| Establishes a foundation across all four branches | Includes that foundation plus advanced material |
| Emphasizes secure methods, reasoning, and application | Demands greater abstraction and generalization |
| Includes multi-step and unfamiliar questions | Usually introduces more complex techniques and connections |
| Supports progression to later mathematics | Offers extra preparation for mathematically demanding study |
Depending on school design, Extended Mathematics may add logarithms, function transformations, geometric sequences, rational expressions, vectors, conditional probability, standard deviation, or non-right-angled trigonometry. These are examples rather than a universal boundary, so students should confirm their school's implementation.
For a closer comparison, use the Standard versus Extended Mathematics guide and the separate Standard Mathematics and Extended Mathematics resource hubs.
Topics are only part of MYP Mathematics
MYP Mathematics uses four equally weighted assessment criteria:
- Criterion A: Knowing and understanding -- selecting and using mathematical methods
- Criterion B: Investigating patterns -- identifying relationships, forming rules, and verifying results
- Criterion C: Communicating -- using correct notation, diagrams, graphs, and logical working
- Criterion D: Applying mathematics in real-life contexts -- constructing models, interpreting results, and evaluating validity
Formula knowledge alone is therefore insufficient. A student might calculate a graph's gradient correctly but lose marks by failing to label the axes, explain what the gradient represents, or evaluate whether a linear model is appropriate.
The RevisionDojo guide to MYP Mathematics assessment explains how the criteria shape classroom tasks. Students pursuing an MYP course result may also take an end-of-course on-screen examination, described in the official IB Mathematics subject brief.
How to revise MYP Standard Mathematics
Begin with your school's course outline. Then use a repeatable revision cycle:
- Diagnose: Attempt mixed questions without notes and identify precise weaknesses.
- Relearn: Review one concept, then reproduce the method from memory.
- Practise: Complete questions that gradually increase in complexity.
- Explain: Show notation, units, diagrams, and reasons for important steps.
- Apply: Solve an unfamiliar problem without being told which method to use.
- Review: Record each error's cause and retry a similar question later.
The MYP Standard Mathematics Study Notes can rebuild topic knowledge, while the MYP Standard Mathematics Questionbank supports targeted practice. Jojo AI can clarify why a method failed or compare solution strategies, but students should complete the final reasoning independently.
Conclusion
MYP Standard Mathematics covers number, algebra, geometry and trigonometry, and statistics and probability, together with investigation, communication, and real-life application. Because schools organize the flexible IB framework differently, use your course outline as the definitive topic list. RevisionDojo's Study Notes and Questionbank can then help you review each method and practise applying it accurately.
Sources and referenced URLs
- IB overview of MYP mathematics
- IB MYP Mathematics subject brief
- IB research summary on the MYP Mathematics skills framework
- RevisionDojo MYP Standard Mathematics resources
- RevisionDojo MYP Extended Mathematics resources
- RevisionDojo guide to Standard versus Extended Mathematics
- RevisionDojo MYP Standard Mathematics Study Notes
- RevisionDojo MYP Standard Mathematics Questionbank
- RevisionDojo guide to MYP Mathematics assessment