Mrs Rachel Turner, parent
June 2026
My daughter was predicted a 4 in AA HL. Her IA topic was a mess and she couldn't do Paper 1 questions without a calculator. After ten sessions she got a 7. Genu...

Expert 1-on-1 IB Mathematics tutoring for AA and AI at both HL and SL. Build conceptual depth, master internal assessment, and reach Grade 7.
87%
reach Grade 6 or above
+1.7
average grade improvement
11+
years average tutor experience
Free
first lesson, no commitment
We cover every major specification. Your tutor matches your board, tier, and mark-scheme language so every lesson points toward exam performance.
Analysis & Approaches HL — 5 exam papers (1, 2, 3) and an Internal Assessment. The hardest IB Mathematics course. Calculus, complex numbers, and proof are assessed at depth. Required for mathematics and engineering degrees at top universities.
Analysis & Approaches SL — 2 papers (calculator and non-calculator) plus an Internal Assessment. Covers algebra, functions, calculus, and statistics. Preferred by students heading to science, economics, or social science degrees.
Applications & Interpretation HL — 3 papers plus an IA. Strong focus on statistics, modelling, and technology. Covers complex networks, statistical tests, and Voronoi diagrams. Accepted by most universities for quantitative programmes.
Applications & Interpretation SL — 2 papers plus an IA. Emphasises real-world data, financial mathematics, and statistical analysis. GDC is permitted in all papers. Suitable for social sciences, business, and arts students.
Analysis & Approaches HL — 5 exam papers (1, 2, 3) and an Internal Assessment. The hardest IB Mathematics course. Calculus, complex numbers, and proof are assessed at depth. Required for mathematics and engineering degrees at top universities.
Analysis & Approaches SL — 2 papers (calculator and non-calculator) plus an Internal Assessment. Covers algebra, functions, calculus, and statistics. Preferred by students heading to science, economics, or social science degrees.
Applications & Interpretation HL — 3 papers plus an IA. Strong focus on statistics, modelling, and technology. Covers complex networks, statistical tests, and Voronoi diagrams. Accepted by most universities for quantitative programmes.
Applications & Interpretation SL — 2 papers plus an IA. Emphasises real-world data, financial mathematics, and statistical analysis. GDC is permitted in all papers. Suitable for social sciences, business, and arts students.
Our tutors develop both the algebraic fluency and the applied reasoning that distinguish Grade 6–7 students from the rest — across all four IB Maths courses.
Step 1
We start with recent marks, confidence blockers, and the exact exam board so sessions feel personal from lesson one.
Step 2
Tutors connect concepts to examiner language, worked examples, and the habits that turn knowledge into marks.
Step 3
Parents see what changed after each session: topics covered, next steps, and the grade trajectory we are building toward.
Sequences and series, binomial theorem, proof by induction, complex numbers (AA), logarithms, and financial mathematics (AI). Foundation topics tested across all papers.
Domain and range, transformations, inverse functions, rational and exponential functions, logarithmic models, and optimisation. Central to both AA and AI.
Circle theorems, triangle geometry, sine and cosine rules, 3D vectors, and radian measure. AA HL extends to complex numbers in polar form; AI covers Voronoi diagrams.
Probability distributions (binomial, normal, Poisson for HL), hypothesis testing, chi-squared tests, regression, and correlation — with particular depth in AI courses.
Differentiation, integration, differential equations, and Maclaurin series (AA HL). AA covers calculus analytically; AI covers numerical methods and modelling applications.
A 12–20 page mathematical exploration worth 20% of the final grade. We guide the full process: topic selection, mathematical rigour, analysis, and written communication.
AA HL and AI HL sit a third paper of extended open-ended problem-solving questions. We practise multi-step unfamiliar problems under exam conditions.
Sequences and series, binomial theorem, proof by induction, complex numbers (AA), logarithms, and financial mathematics (AI). Foundation topics tested across all papers.
Domain and range, transformations, inverse functions, rational and exponential functions, logarithmic models, and optimisation. Central to both AA and AI.
Circle theorems, triangle geometry, sine and cosine rules, 3D vectors, and radian measure. AA HL extends to complex numbers in polar form; AI covers Voronoi diagrams.
Probability distributions (binomial, normal, Poisson for HL), hypothesis testing, chi-squared tests, regression, and correlation — with particular depth in AI courses.
Differentiation, integration, differential equations, and Maclaurin series (AA HL). AA covers calculus analytically; AI covers numerical methods and modelling applications.
A 12–20 page mathematical exploration worth 20% of the final grade. We guide the full process: topic selection, mathematical rigour, analysis, and written communication.
AA HL and AI HL sit a third paper of extended open-ended problem-solving questions. We practise multi-step unfamiliar problems under exam conditions.
+1.7
average grade improvement
AA is algebraically rigorous and suits students heading to mathematics, physics, or engineering. AI prioritises data applications and suits economics, psychology, or business. We help families assess university requirements and the student's strengths before making the decision.
The IA must demonstrate genuine mathematical curiosity and personal engagement — not just a calculation. We work through topic selection, mathematical development, and the written commentary section, ensuring students avoid the common errors that cost marks (copying textbook proofs, insufficient analysis, poor reflection).
AA students must perform algebraic manipulation, differentiation, and integration without a calculator. We build fluency through timed drills on: factorising, completing the square, logarithm laws, trigonometric identities, and integration by substitution — the most frequently tested techniques.
Specialist tutors with board knowledge, strong academic backgrounds, and proven grade-improvement records.
IB AA HL ExaminerMr Oliver Whitmore
Oxford MMath · IB Examiner AA HL
IB Mathematics AA HL and SL, A-Level Further Maths
Avg +1.8 grade improvement
AI & Statistics SpecialistMs Fatima Al-Hassan
LSE BSc Mathematics & Economics
IB Mathematics AI HL and SL, IB Economics
89% of students reach Grade 6+
IA SpecialistDr Marcus Chen
Cambridge PhD Applied Mathematics
IB Mathematics AA and AI, university-level tutoring
Internal Assessment average: 19/20
June 2026
My daughter was predicted a 4 in AA HL. Her IA topic was a mess and she couldn't do Paper 1 questions without a calculator. After ten sessions she got a 7. Genu...
June 2026
The IA felt impossible — I had no idea what topic to explore or how to structure it. The tutor helped me find an angle I was actually interested in and walked m...
June 2026
We were at an international school and needed a specialist who understood the IB AA HL syllabus precisely. The examiner tutor was exactly that. Our son achieved...

June 2026
My daughter was struggling with IB Mathematics HL and had almost given up hope of getting a 7. After just two months of weekly sessions with her ComboTutors tut...

June 2026
My son started tutoring for A-Level Physics about three months before his exams. His tutor was incredibly patient and broke down complex topics like electromagn...

June 2026
We needed help with GCSE Science for my son who found chemistry particularly challenging. His tutor made the sessions engaging and relatable—using real-world ex...
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98%
Student Improvement Rate
4.97
Average Rating
1,200+
Families Supported
Since 2020
Academic Excellence
Families usually want three things: a tutor their child respects, a plan that fits the real paper, and updates that make progress easy to follow.
We shortlist tutors who know the curriculum, teach clearly, and can coach the exact exam habits that lift marks.
Top-university academics and exam-savvy specialists.
Parents see what was covered, what improved, and what needs attention next, so progress never feels vague.
Structured feedback after every lesson block.
Sessions are matched to the student's board, tier, topic gaps, and exam timeline instead of generic subject tutoring.
Board-specific support with a measurable target grade path.
Analysis & Approaches (AA) is algebraically driven — proof, calculus, and abstract reasoning — and is required by many mathematics, physics, and engineering degrees. Applications & Interpretation (AI) focuses on real-world data, modelling, and technology. University requirements differ: always check before choosing.
The IA is worth 20% of the final grade. A strong IA can secure a Grade 7 even if the exams underperform — and a weak one can drag a high scorer down. We treat the IA as a major project and invest significant session time in it.
Yes — Paper 3 is exclusively open-ended extended problem solving. We practise with all past Paper 3 questions and teach the approach of: identifying the mathematical structure, making a conjecture, testing it, proving it, and extending it. Students who practise this format regularly perform well.
Ideally in Year 1 (Grade 11) — building solid foundations in the first year prevents the catch-up pressure in Year 2. But intensive tutoring in the final six months before exams, combined with past paper practice, produces strong results even when starting late.
Analysis & Approaches (AA) is algebraically driven — proof, calculus, and abstract reasoning — and is required by many mathematics, physics, and engineering degrees. Applications & Interpretation (AI) focuses on real-world data, modelling, and technology. University requirements differ: always check before choosing.
The IA is worth 20% of the final grade. A strong IA can secure a Grade 7 even if the exams underperform — and a weak one can drag a high scorer down. We treat the IA as a major project and invest significant session time in it.
Yes — Paper 3 is exclusively open-ended extended problem solving. We practise with all past Paper 3 questions and teach the approach of: identifying the mathematical structure, making a conjecture, testing it, proving it, and extending it. Students who practise this format regularly perform well.
Ideally in Year 1 (Grade 11) — building solid foundations in the first year prevents the catch-up pressure in Year 2. But intensive tutoring in the final six months before exams, combined with past paper practice, produces strong results even when starting late.

Book a free consultation and we will match you with a specialist IB ib mathematics tutor who can make a real difference.