If your child is in DP1/DP2, you're not looking for "extra classes." You're looking for risk control: fewer silly errors, clearer method marks, smarter IA choices, and a plan that doesn't collapse in the last 6 months. My job is to make sure the student is not surprised by IB assessment style.
At Ankuram, my DP support is built around syllabus-aware practice (not random worksheets), exam-paper training (what the markscheme rewards), and IA guidance that stays authentic and mathematically solid. You can see our teaching philosophy here: How we teach.
The IB has two DP maths subjects because students have different needs. They are different subjects — not just "easy vs hard."
Emphasises developing concepts rigorously and constructing/justifying mathematical arguments. Best for students comfortable with algebraic manipulation and proof-like reasoning. Required for engineering, physics, computer science, and pure maths at university.
Emphasises the meaning of mathematics in context and the growing role of mathematics and technology in a data-rich world. Best for students stronger with modelling, interpretation, and technology-based maths. Preferred for business, economics, psychology, and social sciences.
As a teacher, I don't start by asking "Are you smart?" I ask: What university direction is likely? Is the student comfortable with algebraic manipulation and proof-like reasoning (AA)? Or stronger with modelling, interpretation, and technology-based maths (AI)?
SL vs HL: The IB recommends 240 teaching hours for HL and 150 for SL, and HL is studied in greater depth and breadth. In practical terms, HL needs earlier discipline (weekly cumulative revision). SL students can recover later — HL students usually can't.
A common myth I hear from parents and students is that Math AI is just the "easier" math course. That's simply not true. Here's how they actually compare:
| Aspect | Math AA (Analysis & Approaches) | Math AI (Applications & Interpretation) |
|---|---|---|
| Core Focus | Pure mathematics, complex calculus, abstract algebraic proofs | Applied mathematics, statistics, real-world data modelling |
| Difficulty Comparison | High demands on theoretical reasoning and flawless manual calculation | High demands on rapid data interpretation and complex contextual analysis |
| Calculator Usage | Includes a mandatory non-calculator assessment (Paper 1) | Graphic Display Calculator (GDC) usage is actively required for all papers |
| University Requirements | Required for Engineering, Physics, Computer Science, and Pure Maths | Preferred for Business, Economics, Psychology, Design, and Social Sciences |
Bottom line for parents: Select Math AA for future engineers and scientists, and Math AI for future data analysts, economists, and social scientists. In my classes, we train a very specific skill: when not to touch the calculator — because most grade drops at DP level come from wrong setup, not arithmetic.
Understanding the exact paper structure is critical. Here's what each route demands:
External assessment: 3 hours (80%)
Paper 1: 90 minutes, no technology, 80 marks (40%)
Paper 2: 90 minutes, technology required, 80 marks (40%)
Internal assessment (IA): 20% — mathematical exploration
This is why AA SL students must be able to do algebra without a calculator under time pressure.
External assessment: 5 hours (80%)
Paper 1: 120 minutes, no technology, 110 marks (30%)
Paper 2: 120 minutes, technology required, 110 marks (30%)
Paper 3: 60 minutes, technology required, 55 marks (20%) — two extended-response problem-solving questions
IA: 20% (exploration)
HL is where students can "know" calculus and still lose marks because they don't structure reasoning for the markscheme.
External assessment: 3 hours (80%)
Paper 1: 90 minutes, technology required, 80 marks (40%)
Paper 2: 90 minutes, technology required, 80 marks (40%)
IA exploration: 20%
External assessment: 5 hours (80%)
Paper 1: 2 hours, weighting 30% (compulsory short-response)
Paper 2: 2 hours, weighting 30% (compulsory extended-response)
Paper 3: 1 hour, weighting 20% (technology-required problem solving)
IA: 20%
IB exams use a graphic display calculator (GDC) under specific regulations. Formula booklets are provided during examinations. For AA HL Paper 3, students must have access to a GDC, and regulations are outlined in DP assessment procedures.
The maths IA is an individual exploration — written work investigating an area of mathematics. It must be the student's own work, and it is internally assessed by the teacher and externally moderated by the IB. The IA contributes 20% to the final assessment (SL and HL). The exploration is typically about 12–20 pages (double-spaced), and quality matters more than length. The same work cannot be submitted for both the IA and the extended essay.
What my "IA guidance" really means: I don't write the IA. What I do:
If your child is in DP1 and hasn't chosen an IA direction yet, this is one of the highest-return things to fix early.
The IB Physics guide (first assessment 2025) brings an updated assessment outline. Here's the paper structure:
External assessment: 3 hours (80%)
Paper 1: 1h30, Paper 1A MCQ + Paper 1B data-based; total 45 marks (36%)
Paper 2: 1h30, short- and extended-response on SL material; total 55 marks (44%)
Internal assessment: 10 hours, scientific investigation; 20%, 24 marks
External assessment: 4h30 (80%)
Paper 1: 2 hours, Paper 1A MCQ + Paper 1B data-based; total 60 marks (36%)
Paper 2: 2h30, short- and extended-response on SL + HL material; total 90 marks (44%)
Internal assessment: scientific investigation; 20%, 24 marks
Most DP Physics score loss comes from wrong diagrams or missing direction, mixing definitions (work vs energy vs power), weak unit discipline, and not showing reasoning steps clearly. So we do "exam-style writing drills" — not just solving. My sessions mix timed structured questions, diagram-first reasoning drills, and practical-planning exercises ("what would you measure, what graph would you plot, what uncertainty matters?").
DP students don't improve just by watching solutions. They improve when a teacher catches a wrong assumption, a missing justification, or a recurring algebraic shortcut that breaks under exam conditions. We keep batches small (3–5 students) and start with a diagnostic-first approach.
Online DP works only if the written working is visible. That's why we use the "solve, photo, instant correction" WhatsApp loop during live class. Read details here: Online Maths Tuition.
I don't wait until next week to tell a student their approach was wrong. During class, every student solves on paper and I check working as it happens — so misconceptions are caught before they become habits.
Start point: Book the diagnostic here: Diagnostic Assessment (₹750, 90 minutes). Read more about our full methodology: How we teach.
AA focuses on rigorous development and justification of mathematical ideas; AI emphasises mathematics in context and the role of technology in a data-rich world. Choice should match the student's strengths and likely university direction.
AA SL has Paper 1 (no technology) and Paper 2 (technology required), each 90 minutes, plus IA 20%. AA HL adds longer papers (120 minutes each) and Paper 3 (60 minutes, technology required).
The IA is an individual exploration worth 20%. The guide indicates the exploration is approximately 12–20 pages (double-spaced), with quality more important than length.
Yes. I guide topic choice, depth, structure, and referencing — but the student writes the work. The guide requires the exploration to be the student's own work and notes it cannot duplicate the extended essay.
SL has Paper 1 (MCQ + data-based) and Paper 2 (structured responses), plus an internally assessed scientific investigation (IA) worth 20%. HL has longer versions of Paper 1 and Paper 2, plus the same IA structure.
Yes. We run live sessions and correct written working in real time through WhatsApp photo submissions.
Start with the diagnostic assessment (₹750, 90 minutes) so we can identify gaps and decide whether the issue is concept, retention, or exam-writing.
Book a diagnostic test (₹750, 90 minutes) to identify gaps and build the right plan — whether the issue is concept, retention, or exam-writing.
Read IB MYP tuition in Hyderabad — the foundation that sets up DP success, covering Criteria A–D and eAssessment prep.
See A Level tuition in Hyderabad — same teacher, different board logic (Maths 9709 + Physics 9702).
Looking for online IB DP tuition? View our online maths tuition plans →
