MYP Physics to DP: How to Prepare for the Jump

MYP Physics builds the inquiry cycle, data handling and scientific writing you'll reuse in DP — the criteria-based habit of stating a claim, backing it with evidence and reasoning maps directly onto DP's Internal Assessment and exam-response structure. What it doesn't build is DP's maths load, formal command terms or exam pace, which you have to add yourself.

MYP Physics is criteria-based (four criteria, best-fit levels 1-8 each), broadly conceptual and largely descriptive. DP Physics — assessed the same way whether you sit Standard or Higher Level — is exam-graded 1-7, maths-heavy, and covers material at real depth, including calculus-adjacent reasoning at HL that MYP never touches.

Yes — noticeably. DP Physics moves from mostly qualitative reasoning to sustained quantitative problem-solving, often across two or three physics concepts in one exam question. The IB's own DP Physics guide (first exams 2025) lists topics like circular motion, fields and simple harmonic motion that MYP simply doesn't cover in any depth.

Spend the summer before DP tightening algebra, not re-reading MYP notes. Rearranging equations, working with standard form and significant figures, and basic trigonometry (SOH CAH TOA) will matter far more in your first month of DP than any physics content review.

Choose HL if you enjoyed the maths side of MYP Science and Maths and scored consistently at levels 6-8 in Criterion C. Choose SL if physics interests you but algebra and graph interpretation felt like the harder parts — HL adds real calculus-adjacent content that SL doesn't touch.

DP Physics assumes fluency in rearranging multi-variable equations, working confidently with logarithms and exponentials, basic trigonometric ratios, and vector addition — none of which get sustained practice in MYP Science. HL adds simple differentiation and integration concepts for topics like simple harmonic motion.

Start by learning DP's command terms properly — "state", "explain" and "derive" each demand a different length and structure of answer, and MYP rarely trains this distinction explicitly. Then practise past-paper-style questions under a timer, since DP's pace is far tighter than any MYP assessment.

Take circular motion. In MYP you might describe why a ball on a string moves in a circle. In DP, you calculate the centripetal force quantitatively, using $F=\frac{m{v}^2}{r}$, and combine it with other forces like gravity in multi-step problems.

The most common mistake is skipping units and significant figures under time pressure — a habit MYP is more forgiving of but DP examiners penalise directly through the mark scheme. Losing a mark on an otherwise correct calculation for missing units is entirely avoidable and happens constantly in the first term.

The most useful thing you can do isn't reteaching physics — it's protecting time for algebra and trigonometry practice over the summer before DP starts, since that's the gap that actually slows students down in the first term, not physics content itself.

Look for resources that cover both the conceptual bridge and the exam-technique gap — not just more physics content. On RevisionPrep, MYP Physics Revision Notes and DP Physics Topical Worksheets are built to sit either side of this exact transition, so a student can move from one to the other without a content gap.

No — MYP levels and DP grades measure different things, so a strong MYP Criterion result doesn't automatically translate. A student at level 7-8 across MYP criteria has the conceptual foundation for a strong DP start, but the maths and exam-pace demands of DP mean early grades often dip before recovering.