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For Parents

Does MYP Mathematics Actually Prepare My Child for DP Mathematics?

How MYP mathematics builds the skills DP mathematics rewards, in the exams and in the Exploration.

Estimated reading time: ~6 minutes

MYP to DP: How MYP mathematics builds toward the DP

The answer at a glance

  • Yes. IB Middle Years Programme (MYP) mathematics is built to develop the exact habits Diploma Programme (DP) mathematics rewards: problem-solving, investigating, communicating and reflecting.
  • It builds skills and content at the same time, instead of trading one for the other.
  • For the DP exams, the biggest piece is Criterion A: at levels 7–8, students already solve unfamiliar problems.
  • For the DP Exploration (20% of the final grade), Criteria C and D train the communication and reflection it is assessed on.
Video thumbnail: Does MYP Math prepare for DP Math?

Prefer to watch? This article is a written version of our video for parents (4:24).

Does MYP mathematics prepare students for DP mathematics?

The short answer:Yes.

MYP mathematics prepares students for DP mathematics by developing the exact habits DP mathematics rewards: being problem-solvers, investigators and communicators, and reflecting. Each habit is one of the four MYP mathematics criteria. By putting emphasis on these skills, and assessing them in the MYP, students are effectively preparing themselves for what's to come in the DP.

Problem-solversCriterion A
InvestigatorsCriterion B
CommunicatorsCriterion C
ReflectionCriterion D

Many factors go into choosing the right school for your child. Here, we're focusing on one subject-specific part of the puzzle: how the continuum between the IB's Middle Years Programme (MYP) and Diploma Programme (DP) is structured in mathematics.

If you already know you want your child in the DP by Grade 11, you may be comparing the MYP with another secondary curriculum (British, American or a national system). From the outside, it can be hard to tell which one sets a child up best for the DP, five years out.

How is the MYP different from other curricula?

Here's the thing: a lot of strong curricula make a trade-off. Some are heavily content-driven, packing in material, while others lean fully into a holistic, skill-building approach and go lighter on content. The MYP is built to do both at once.

A simplified picture: every school delivers its curriculum differently.

A student in the MYP isn't just learning content. They're also building the skills to reflect, and to think about themselves as a learner in their community. Two students can arrive at DP mathematics with the same content knowledge and still be in very different places, because one of them has also been building those habits of mind all along.

How does MYP mathematics prepare students for the DP exams?

DP mathematics still leans heavily on final exams. DP exams are hard mostly because of the context, not always the content: the question is dressed up in a situation the student has never seen before. So what the MYP is really building here is the problem-solver.

Preparing for the DP exams

Building the problem-solver

Criterion AKnowing andunderstanding→ Solving unfamiliar problems Criterion BInvestigatingpatterns→ Understanding the why Criterion CCommunicating→ Representing problemsand organizing logically Criterion DApplying mathematics inreal-life contexts
  • Criterion A: the biggest pieceKnowing and understanding. Solving unfamiliar problems.
  • Criterion B adds to itDiscovering a rule for themselves, so students understand the why.
  • Criterion C plays its partRepresenting problems and organizing working logically.

The biggest piece of that puzzle is Criterion A: knowing and understanding. The achievement levels show the jump students make:

Level 5–6

Students solve the most challenging problems they've met in class, in familiar situations.

Level 7–8

Students also have to unpack and solve unfamiliar problems.

Criterion B: investigating patterns adds to this. When students use inquiry to discover a rule for themselves, instead of simply being handed it, they understand the nature of the mathematics more deeply. That deeper understanding is exactly what lets them adapt when a problem looks unfamiliar.

Criterion C: communicating plays its part too. Students learn that mathematics can be represented in different forms, and they learn to organize their working logically. That's what helps them break a tough problem down into clear steps.

When students do this for years, it becomes second nature. A skill like this can only be built through years of practice; it can't be crammed in the months before an exam. Students who have it are far more prepared to face these types of problems in a DP exam.

How does MYP mathematics prepare students for the DP Exploration?

Twenty percent of the final DP mathematics grade comes from the internal assessment. In mathematics, this takes the form of an Exploration: an independent mathematical investigation that the student designs and writes up on their own. It's the same in both DP mathematics courses, Analysis and Approaches and Applications and Interpretation.

And here, the puzzle shifts. The pieces that matter most now are Criteria C and D.

Preparing for the DP Exploration

Building the communicator and the reflector

Criterion AKnowing andunderstanding→ Conceptual understanding Criterion BInvestigatingpatterns→ Practising investigation Criterion CCommunicating→ Consistent notation,clear, logical writing Criterion DApplying mathematics inreal-life contexts→ Judging accuracy,reflecting
  • Criterion C: communicatingConsistent notation and clear, logically organized writing.
  • Criterion D: reflectingJudging the accuracy of results and questioning assumptions.
  • Criteria A and B supportConceptual understanding, and investigative skills for planning.

In fact, mathematical communication and reflection are two of the criteria the Exploration itself is assessed on:

  • Presentation
  • Mathematical communication
  • Personal engagement
  • Reflection
  • Use of mathematics

The DP mathematics Exploration criteria, from the IB's DP Mathematics: Analysis and Approaches and Applications and Interpretation guides.

Criterion B develops…

The collect, describe, verify and justify process. Students may need these investigative skills when planning their Exploration.

Criterion C develops…

Consistent notation, clear reasoning and logically organized written mathematics.

Criterion D develops…

Judging accuracy, questioning assumptions and checking whether a solution makes sense.

Students also bring their conceptual understanding from Criterion A with them. But when it comes to the Exploration, what really makes the difference is communicating clearly and reflecting thoughtfully. A student who develops these skills over several years has much more of a handle on the task.

Why is it called a continuum?

MYP teachers at authorized IB World Schools aren't teaching in isolation. Most know a good number of their students are likely headed for the DP, and they teach with that in mind. That doesn't mean front-loading DP content early. It means building the same language, skills and attributes from the very first year.

Command terms

  • Calculate
  • Determine
  • Justify
  • Explain
  • Compare
  • Describe
  • State
  • Interpret
  • Show that

The same vocabulary a DP exam will use.

ATL skills

  • Communication
  • Social
  • Self-management
  • Research
  • Thinking

Approaches to Learning, nurtured from MYP 1 through the DP.

Learner profile

  • Open-minded
  • Inquirers
  • Balanced
  • Caring
  • Communicators
  • Thinkers
  • Risk-takers
  • Reflective
  • Knowledgeable
  • Principled

The same ten attributes across every IB programme.

The IB describes its programmes, from age 3 to 19, as exactly that: a continuum, not a set of disconnected stages. A school running the MYP well is already teaching toward the DP from the very first day. It's called a continuum for a reason.

What should parents do next?

To be clear, this isn't a claim that the MYP is the reason to choose a school, or that mathematics should be the only subject you weigh. It's one piece of a much bigger decision. The real question to ask about any programme at age 10 or 11 isn't only "will they learn enough content?" but "will they spend the next five years developing the habits the DP values?" By design, MYP mathematics answers yes.

In summary

Does MYP prepare for DP?

  • Yes, by building skills and content together
  • Problem-solving, investigating, communicating and reflecting

For the DP exams

  • Criterion A builds the problem-solver
  • Unfamiliar problems at levels 7–8
  • B and C support it

For the DP Exploration

  • Criteria C and D build the communicator and the reflector
  • Both are assessed in the Exploration

MYP to DP mathematics: frequently asked questions

Does MYP mathematics cover DP content early?

No, and that's by design. MYP mathematics doesn't front-load DP syllabus content. It builds the same command terms, ATL skills and learner profile attributes that carry straight through, so students arrive at DP mathematics with practised habits rather than a head start on content they'll learn properly in the DP anyway.

What's the biggest skill MYP mathematics builds for the DP exams?

Comfort with unfamiliar problems. DP exams are hard mostly because of the context, not always the content. To reach levels 7 to 8 in MYP Criterion A, students have to unpack and solve unfamiliar problems, not just the challenging ones they've practised in class.

What is the DP mathematics Exploration?

The Exploration is the internal assessment in DP mathematics, worth 20% of the final grade. It's an independent mathematical investigation that the student designs and writes up on their own. Mathematical communication and reflection are two of the criteria it's assessed on, which is why MYP Criteria C and D are such good preparation.

Which MYP criteria matter most for the DP?

All four play a part. For the DP exams, Criterion A (knowing and understanding) is the biggest piece, with Criteria B and C supporting it. For the DP Exploration, Criteria C (communicating) and D (applying mathematics in real-life contexts) matter most, with B and A supporting.

Is MYP mathematics enough on its own, or does my child need extra preparation for DP?

MYP mathematics is designed as genuine preparation, not a guarantee. How well a school delivers the continuum varies, so it's worth asking your child's Head of Mathematics how MYP mathematics is taught with the DP in mind.

Read the video transcript

Hi, I'm Shannon from MYP Math Tutor. I know that many factors go into choosing the right school for your child. Here, we're focusing on one subject-specific part of the puzzle. Does MYP mathematics actually prepare your child for DP mathematics?

And the short answer is yes. MYP mathematics is built to develop the exact habits DP mathematics rewards, by being problem-solvers, investigators, communicators, and reflecting. By putting emphasis on these skills and assessing them in the MYP, students are effectively preparing themselves for what's to come in DP.

Here's the thing. A lot of strong curricula make a trade-off. Some are heavily content-driven, packing in material, while others lean fully into a holistic skill-building approach and go lighter on content. MYP is built to do both at once. A student isn't just learning content, they're also building the skills to reflect and think about themselves as a learner in their community. Two students can arrive at DP math with the same content knowledge and still be in very different places, because one of them has also been building those habits of mind all along.

Next, let's talk about preparing for the DP exams. DP exams are hard mostly because of the context, not always the content. The question is dressed up in a situation the student has never seen before. So, what the MYP is really building here is the problem-solver. The biggest piece of that puzzle is Criterion A, knowing and understanding. To reach a level 5 or 6, students solve the most challenging problems they've met in class, but to reach a level 7–8, they have to unpack and solve unfamiliar problems too. Criterion B, investigating patterns, adds to this. When students use inquiry to discover a rule for themselves, instead of being simply handed it, they understand the nature of mathematics more deeply. And that deeper understanding is exactly what lets them adapt when a problem looks unfamiliar. Criterion C, communicating, plays its part too. Students learn that mathematics can be represented in different forms, and they learn to organize their working logically. That's what helps them break a tough problem down into clear steps. When students do this for years, it becomes second nature, and they're far more prepared to face these types of problems in the DP exam.

Next, 20% of the final DP mathematics grade comes from the internal assessment. In mathematics, this takes the form of an exploration, an independent mathematical investigation that students design and write up on their own. And here the puzzle shifts. The pieces that matter most now are Criterion C and D. Criterion C trains students to communicate clearly, using consistent notation and logically organized writing. Criterion D trains them to reflect, to judge the accuracy of their results, and to question their assumptions. In fact, mathematical communication and reflection are two of the criteria that the exploration itself is assessed on. Criterion B still plays a role, because students may need to apply their investigative skills when planning out their IA, and they'll bring their conceptual understanding from Criterion A with them. When it comes down to the exploration, what really makes a difference is communicating clearly and reflecting thoughtfully. A student who has done that for several years feels that they have more of a handle on this task.

MYP teachers at authorized IB World Schools aren't teaching in isolation. Most know a good number of their students are likely headed for the DP, and they teach with that in mind. Looking at command terms like calculate, determine, justify, it's the same vocabulary a DP exam will use. There are Approaches to Learning skills, or ATLs, such as communication, self-management, and thinking, and the IB learner profile attributes, which are nurtured the whole way through. It's called a continuum for a reason.

So, if you're curious how this maps onto the MYP school you're considering or are already enrolled at, the best first step is to reach out to your Head of Mathematics. They can tell you exactly how this continuum is delivered and what the pathway might look like for your child. And if you want to chat with us directly, our email is right there at the bottom too. Thanks for watching!

To close, we'd love to share a little bit more about who we are. Here at MYP Math Tutor, we're thrilled to be able to support over 150 students from more than 75 IB schools spanning over 40 countries worldwide. We work with students who attend some of the top IB schools in the world. We offer personalized support for MYP and DP mathematics through one-to-one virtual sessions. All of our tutors are experienced IB teachers with classroom expertise and a deep passion for IB education. They personalize each session to the students' needs, helping them build confidence, strengthen understanding and improve achievement in mathematics. If you'd like more info about who we are, please reach out to [email protected] or visit our website at www.mypmathtutor.com.

Shannon Mellon

About the author

Shannon Mellon

Shannon Mellon is a qualified IB educator who taught IB Mathematics at MYP and DP level at NAIS Dublin and the International School of Hamburg, and now leads business development at MYP Math Tutor.

The MYP Math Tutor team of 25+ qualified IB teachers, including examiners, department heads and an MYP coordinator, supports 200+ students at 100+ IB World Schools in 40+ countries, including Dwight School London, Western Academy of Beijing, the International School of Paris and GEMS Academy Dubai.

Sources: IB, MYP: From principles into practice; MYP Mathematics Guide; DP: From principles into practice; Mathematics: Analysis and Approaches Guide; Mathematics: Applications and Interpretation Guide.

This work has been developed independently from and is not endorsed by the International Baccalaureate Organization.

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