Inside the MPT pedagogy section: what it covers

The section most candidates underestimate

Ask any Ontario teacher-candidate what they’re studying for the Math Proficiency Test (MPT) and most will say maths. The Mathematics Curriculum section — which covers Ontario Grades 3–9 content — is the larger part of the test, after all. But the Pedagogy section is the part that trips people up.

You need 70% on each section in the same sitting. A strong maths result does nothing for you if you fall short on pedagogy. Understanding what the Pedagogy section actually covers — and how EQAO frames it — is essential preparation, not optional.

What the Pedagogy section assesses

According to EQAO, the Pedagogy section assesses a foundational understanding of three areas:

1. The Ontario mathematics curriculum — not the mathematical content itself (that’s the other section), but a meta-level understanding of how the curriculum is structured, what it values, and how it progresses across grades.
2. Assessment and evaluation practices in mathematics — how learning is assessed in Ontario maths classrooms, what different types of assessment look like in practice, and how evidence of learning is gathered and used.
3. Learning for all students — how effective maths teaching accounts for diversity in learners, including differentiation and inclusive classroom practice.

These three areas reflect the professional knowledge that Ontario expects all certified teachers to hold, regardless of what grade or subject they teach.

How this differs from the maths content section

The distinction is worth making explicit. The Mathematics Curriculum section asks: can you do and understand this maths? The Pedagogy section asks: do you understand how this maths is taught, assessed, and made accessible to all learners?

A question in the Pedagogy section might not require you to solve a maths problem at all. It might present a classroom scenario and ask you to identify the most appropriate assessment strategy, or recognise a teaching approach that supports a specific learning goal. The lens is pedagogical, not computational.

The curriculum knowledge strand

The first area — knowledge of the Ontario maths curriculum — goes deeper than most candidates expect. It’s not enough to know the content of each grade; the test assesses whether you understand the curriculum’s structure and intent.

This means knowing:

• How mathematical ideas develop and connect across grade bands (not just within a single year)
• What the five strands are and how they relate to each other
• The kinds of mathematical processes the curriculum values: problem solving, reasoning and proving, reflecting, connecting, communicating, representing, selecting tools and strategies
• How the curriculum describes what students should be able to do at different grade levels

If you’ve been teaching in Ontario or are mid-way through a teacher-education programme, this foundation may feel familiar. If you’re an internationally educated teacher (IET) who was trained in a different system, this strand deserves particular attention — the Ontario curriculum has a specific philosophy and framing that may differ from what you know.

Assessment and evaluation in maths

The second area covers how learning is measured and reported in Ontario maths classrooms. This is grounded in Ontario’s educational policy framework around assessment — the principles of assessment for, as, and of learning are well-established in Ontario teacher education.

For the MPT, you should be familiar with:

• The difference between assessment for learning (formative), assessment as learning (self-assessment), and assessment of learning (summative)
• How to select assessment approaches that match specific learning goals in mathematics
• Giving feedback that moves learning forward, not just marks that report on it
• How mathematical thinking is evidence — not just correct answers, but reasoning, communication, and representation

Learning for all students

The third area reflects Ontario’s commitment to inclusive education. In the context of mathematics, this means understanding how to design and adapt instruction so that diverse learners — including students with different learning needs, language backgrounds, and prior experiences — can access and engage with the maths curriculum.

This isn’t about knowing every accommodation for every exceptionality. It’s about foundational inclusive-practice knowledge: the principles behind differentiation, what Universal Design for Learning looks like in a maths classroom, and how to create conditions where all students can demonstrate their mathematical understanding.

How to prepare for the Pedagogy section specifically

The most important step is to use EQAO’s own resources. The official practice materials at mathproficiencytest.ca include a Pedagogy resource page — review it carefully. EQAO’s practice tests also contain pedagogy items, and working through these with attention to the reasoning behind each answer is more valuable than reading general summaries.

Beyond that:

• Revisit the Ontario maths curriculum document with a pedagogical eye — read the overarching expectations and curriculum philosophy, not just the specific expectations.
• If your teacher-education programme covered Ontario curriculum design, assessment practices, or inclusive education — those notes are directly relevant here.
• For each practice pedagogy question you get wrong, ask: what principle or framework is this testing? Then go back to source material, not just the correct answer.

Don’t treat pedagogy as a bonus section

The MPT is designed to certify that Ontario’s new teachers hold both the mathematical knowledge and the professional teaching knowledge to teach maths well. The Pedagogy section exists for a reason. Candidates who treat it seriously — alongside the content work — pass more consistently and with more confidence.

The SN Academy diagnostic for Ontario teachers covers both sections. Find out where your gaps are before you start studying.

Take the free Ontario MPT diagnostic →

— The people of SN Academy