Is MYP Mathematics really lacking rigour, or are we sometimes looking at it through the wrong lens?
This question often surfaces in workshops, conferences, and professional conversations with mathematics educators.
What I find particularly interesting is that both perspectives usually come from highly committed, deeply passionate teachers. Some colleagues feel that students emerging from MYP Mathematics are not always fully prepared for later demands, particularly in relation to pre-requisite fluency for International Baccalaureate Diploma mathematics. Others, equally experienced, speak very positively about the richness and depth that MYP can offer.
That naturally leads to an important question: what is creating these different experiences?
One recurring pattern I have observed is that schools where the programme becomes strongly oriented around eAssessment outcomes sometimes express greater concern about mathematical readiness, particularly when performance is judged primarily through that lens. In contrast, schools that treat MYP more consciously as a curriculum framework, rather than a curriculum driven only by terminal assessment, often seem to create stronger continuity into later years.
A second powerful factor appears to be vertical articulation. In schools where teachers work across multiple phases, for example teaching both middle years and Diploma level, there is often a clearer alignment of expectations, language, habits of thinking, and progression. This does not apply only to mathematics. It extends into approaches to learning, conceptual development, and interdisciplinary understanding.
What this suggests is not that one programme is stronger than another, but that implementation matters deeply.
Two reflections feel especially important:
? MYP is fundamentally a framework, and like any strong framework, its impact depends on how thoughtfully it is adapted to the needs of learners.
? Teacher collaboration is central. Where schools create time and culture for shared planning, moderation, and pedagogical dialogue, students often experience far more coherent learning journeys.
At its best, MYP Mathematics offers opportunities for conceptual depth, inquiry, communication, and transfer. The challenge is ensuring that these strengths coexist with sufficient procedural fluency and confidence for future pathways.
I remain optimistic that the ongoing developments within the programme will help address many of the concerns practitioners have raised, while preserving what makes the framework educationally distinctive.
Perhaps the most useful conversation is no longer whether MYP Mathematics is rigorous enough, but under what conditions it becomes most powerful for learners.
One further reflection worth considering is the role of externally benchmarked assessment at the end of the MYP years.
While MYP rightly values conceptual understanding, communication, application, and inquiry across all criteria, there is also merit in ensuring that students periodically experience assessments that place stronger emphasis on procedural fluency and independent mathematical reasoning under examination conditions.
A well-designed external assessment like IGCSE or the national curriculum of the country, at the end of the programme can offer a useful common reference point for schools. It helps establish a shared understanding of expected standards and, importantly, can support smoother progression into mathematically demanding post-16 pathways such as International Baccalaureate Diploma programme mathematics.
Perhaps the strength lies not in choosing one philosophy over another, but in allowing both to coexist: preserving the richness of the MYP framework while also ensuring students develop confidence with the kind of precision and stamina that later programmes require.
Curious to hear how others across schools and systems are experiencing this.