How Do I Know If My Child Is Doing Well in MYP Physics?

Check the criterion breakdown, not just the overall 1-7 grade. A child consistently scoring 5-6 across Criteria A-D — knowledge, inquiry, processing, and reflecting on impacts — is on track. A flat 7 in one strand but a 3 elsewhere signals an imbalance worth asking the teacher about directly.

A 5 or 6 (out of 7) is a genuinely strong, on-track result for MYP 4-5 Physics. A 7 is exceptional and rare — it demands near-flawless work across all four criteria, including independent scientific investigation, not just correct answers on tests.

MYP Sciences uses four criteria: A (Knowing and understanding), B (Inquiring and designing), C (Processing and evaluating), and D (Reflecting on the impacts of science). Each is marked 0-8 per strand, so a report showing strong A but weak C means your child knows the content but struggles to analyse data or evaluate methods.

Not bad, but not yet strong either. A 4 usually means the basics are there but application and inquiry skills need work — this is common in MYP 4 before students settle into the criteria style. Look at which specific criterion pulled the score down before assuming a wider problem.

No — MYP Physics is assessed through coursework tasks mapped to Criteria A-D, not one final exam. Expect lab reports, data-analysis tasks, scientific investigations, and short tests through the year, each scored against specific criterion strands and combined for the reported grade.

MYP 5 raises the expected sophistication of scientific reasoning and independence — the same four criteria apply, but examiners (and teachers) expect more nuanced analysis, clearer scientific terminology, and genuinely independent investigation design, especially in Criterion B and D.

A consistent 5+ in MYP 5 Physics, especially in Criterion A and C, is a reasonable indicator your child can handle DP Physics SL. For DP HL, I'd want to see a 6-7 pattern and genuine comfort with algebra-heavy problem-solving, not just memorised definitions.

The three I see most often: weak command-term literacy (not knowing what "evaluate" or "justify" actually demands), poor lab-report structure losing easy Criterion B/C marks, and treating physics as memorisation rather than applied maths. None of these are ability problems — they're technique problems.

Start with past feedback, not new content. Reread the last two graded tasks together and identify which criterion pulled the mark down. Then target that specific skill — command-term practice for weak Criterion A/D, structured lab-report templates for weak B/C — rather than generic "more revision."

It depends what's actually broken — content gaps versus assessment technique need different fixes. Structured self-study using topical worksheets and past-style questions matched to Criteria A-D often closes the gap faster than general revision, because it targets the exact skill the school report flags as weak.

Roughly 2-3 hours outside class, split across content review and applied practice — not passive re-reading. One session on definitions and formulae, one on a data-analysis or calculation task, and one reviewing a past lab report against the criteria descriptors works better than one long cram.

Criterion-mapped practice beats generic textbook re-reading every time. Look for topical worksheets that isolate one skill (e.g. graph analysis for Criterion C), sample lab reports showing what a 7-level evaluation looks like, and short revision notes that use the actual command terms your child's assessments use.