Tracking progress in MYP Physics means examining how a student’s knowledge and scientific skills develop across multiple tasks, not simply averaging test percentages. Teachers use quizzes, practical investigations, written explanations, projects and summative assessments, then judge the evidence against four MYP Sciences criteria. Reporting systems vary between schools, but this criterion-related approach remains central to the programme.
The four MYP Sciences criteria
MYP Physics belongs to the MYP Sciences subject group. The IB MYP Sciences subject brief identifies four equally weighted criteria, each with a maximum achievement level of 8.
| Criterion | What teachers assess in Physics |
|---|---|
| A: Knowing and understanding | Scientific knowledge, application of concepts and scientifically supported judgments |
| B: Inquiring and designing | Testable questions, hypotheses, variables and workable investigation methods |
| C: Processing and evaluating | Data presentation, calculations, graphs, conclusions and evaluation of methods |
| D: Reflecting on the impacts of science | How physics affects society, technology and the environment |
These criteria prevent progress from being reduced to factual recall. A student might calculate speed accurately under Criterion A but need development in Criterion C because their graph lacks units or their conclusion is not supported by data.
Teachers apply age-appropriate descriptors, with expectations becoming more sophisticated during the MYP. A level must therefore be interpreted against the descriptors used for that stage of the programme.
Evidence teachers collect
Teachers gather evidence through formative assessment and summative assessment. Formative activities identify misconceptions and shape future teaching, while summative tasks provide evidence of achievement after substantial learning.
Evidence may include:
- diagnostic questions and retrieval quizzes
- explanations and equation-based calculations
- practical plans assessed under Criterion B
- data tables, graphs and evaluations under Criterion C
- research about energy, transport or technology under Criterion D
- unit tests, reports, presentations and laboratory observations
Not every activity receives a criterion level. An ungraded quiz might reveal difficulty interpreting motion graphs, allowing the teacher to reteach the concept before formal assessment. An online gradebook may consequently show only part of the evidence guiding classroom decisions.
How evidence becomes a progress judgment
MYP assessment is criterion-related, meaning work is compared with published descriptors rather than ranked against classmates. The IB MYP assessment overview explains that teachers design varied tasks and assess them against prescribed subject-group criteria.
A teacher normally identifies the relevant criterion and strands, provides task-specific instructions, compares the completed work with achievement descriptors, and records a best-fit professional judgment. Feedback should explain what the student demonstrated and what would move the work toward a higher descriptor.
Later evidence helps establish whether performance is becoming stronger and more consistent. One weak early task should not permanently limit a student’s result, and levels should not automatically be converted into percentages. Because schools may calculate interim indicators or select representative evidence differently, families should consult the school’s assessment policy.
What meaningful progress looks like
Progress may appear through greater independence, precision and transfer, even before the reported level changes. For example, a student investigating pendulum motion might progress from writing a vague method to defining an appropriate variable range, controlling pendulum length, repeating measurements and explaining why averaging improves reliability.
Teachers may monitor:
- criterion levels and recurring conceptual errors
- correct use of units and scientific vocabulary
- independence and accuracy during practical work
- responses to command terms such as explain, analyse and evaluate
- successful application of feedback to unfamiliar tasks
Students should record each assessed task, criterion, feedback and next action. “Revise electricity” is too broad; “explain current in series and parallel circuits, then complete three unfamiliar questions” is specific and measurable.
Parents can ask which criterion is strongest, what recurring error limits progress, and when the student will demonstrate the skill again. A low investigation level may reflect difficulty controlling variables or evaluating data rather than weak physics knowledge.
Targeted practice is more useful than general revision. Students can use the RevisionDojo MYP Physics hub, MYP Physics Questionbank, and topic resources on longitudinal and transverse waves or work, power and efficiency.
Common mistakes when interpreting progress
The most common mistake is treating achievement levels as conventional percentages. A criterion level describes the quality of demonstrated performance against a rubric; it does not represent the same number as a percentage score.
Families may also focus only on Criterion A, although students must design investigations, process evidence and evaluate scientific impacts. Progress should be identified across several opportunities rather than inferred from one task. Digital practice data can reveal weak topics, but it supports rather than replaces teacher judgment against the official criteria.
Conclusion
Teachers track progress in MYP Physics by gathering varied evidence and judging it against Criteria A, B, C and D. The clearest picture combines criterion levels with misconceptions, practical skills, response to feedback and independent application.
The school’s assessment policy remains authoritative for local reporting. Between assessments, RevisionDojo’s broader MYP resources, Questionbank and Jojo AI can help students practise identified weaknesses and check their understanding.