IB DIPLOMA TUTORING
Expert IB Maths AI Tutors
in Hong Kong
BartyED's IB Maths Applications and Interpretation (AI) tutors work with students across both SL and HL, covering content knowledge, calculator technique, and exam strategy from the first session. Maths AI exams reward students who can apply familiar methods to unfamiliar problems. That takes practice, and it is exactly what our tutors build.
Common IB Maths AI challenges
| The challenge | How BartyED helps |
|---|---|
|
Difficulty with foundational topics |
Without foundational knowledge of core mathematical concepts, students struggle to respond to the real-world modeling and interpretation questions of Maths AI exams. A tutor ensures a strong base understanding of key topics such as algebra and equations; functions and graphs; and exponents. |
|
Tackling extended response questions |
An IB Maths AI tutor understands that extended response questions can be daunting. Subsequently, a tutor will develop a learner's confidence in interpreting these questions and structuring multi-step solutions. For example, training learners to interpret all results within the real-world context of the questions—a distinct assessment objective within Maths AI. |
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Selecting appropriate IA topics |
A BartyED IB Maths AI tutor will assist students in selecting appropriate IA topics by ensuring that their idea is both feasible for the IA's 12-20 page limit and possesses sufficient mathematical rigour. With expert knowledge of the official IB assessment criteria, the tutor will help learners develop a specific, focused topic with enough data and depth to sustain a deep investigation. |
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Building study habits |
A BartyED IB Maths AI tutor helps students develop effective study habits and revision strategies. Students will maintain a healthy balance by allowing time for not only productive revision, but adequate sleep, regular breaks, and personal activities. Rather than just reviewing content, a tutor will build effective habits by helping candidates to foster active revision techniques. |
IB Maths AI Course Structure
The IB Maths AI course is divided into five core topics:
- Number and algebra
- Functions
- Geometry and trigonometry
- Statistics and probability
- Calculus
Though both IB Maths AI and AA share the core topics, they differ significantly in focus, teaching depth, and calculator use. Maths AA has a larger emphasis on abstract theories and theoretical proofs, whereas Maths AI prioritises practical problem solving. For more information, check the IBO's website.
BartyED ensures high-quality IB Maths AI tutoring
From our strict hiring process, through our comprehensive on-going tutor training, BartyED places a strong emphasis on teaching quality. Our reputation for rigour is at the heart of what we do.
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| Quality marker | What it involves | Impact on teaching |
|---|---|---|
|
3-phase hiring process |
Our 3-phase hiring process consists of a structured interview with Jerome, a written exam across proposed subject areas, and an engagement session to assess teaching style. |
A strong CV is not enough: candidates need to demonstrate strong subject knowledge, resilience and adaptability. We place our bar deliberately high in the full knowledge that most candidates will fail. Our students will benefit from the strong communication skills and pedagogical passion of the best applicants. |
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Rigorous training programme |
Once hired, candidates undergo a six-month training programme to ensure deep subject and curriculum knowledge. This is conducted by our Heads of STEM and English/Humanities, and overseen by our Director of Studies. |
The IB examiners know their own curriculum, so it's essential that we do, too. Our training programmes are designed to instil strong academic rigour, and consistent teaching across subjects. |
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On-going professional development |
Whether in IBO-led workshops on the latest changes to the Maths AI marking criteria, or knowledge sharing across the team in informal sessions to improve our support of SEN students, our IB Maths AI tutors enjoy continued professional development. |
International curricula like the IBDP, A-Levels and IGCSEs are subject to change and adaptation. It's essential for teaching quality that our IB Maths AI tutors are ready and aware of all developments so we can maintain our exemplary support of all students. |
THE BARTYED DIFFERENCE
Why BartyED for IB Maths AI Tutoring
Personalised support
A BartyED IB Maths AI tutor recognises that not all learners are aiming for a 7; an expert tutor therefore provides support through a mentoring-based framework. BartyED's IB Maths tuition programme provides space for candidates to improve their Maths skills at their own pace. A BartyED IB Maths tutor will provide invaluable support through individualised tutoring sessions, providing support with key concepts and ideas. BartyED's IB Maths tuition has proved successful time and time again, and our track record attests to this.
A holistic approach
Our IB Maths tuition programmes work because they are structured around established learning outcomes. Since our tutors have had years of experience supporting IB Maths courses, BartyED's team knows how to engage students holistically while consolidating understanding and application of challenging mathematical skills and concepts. Our unique teaching style and carefully prepared lesson materials have been praised for their simplicity and helpfulness. Discover what one of Hong Kong's perfect-scoring candidates said about our tutoring programme here.
Internal Assessment support
A BartyED tutor is committed to providing learners with comprehensive support through each stage of their Maths IA. From guidance with their initial brainstorming of real-world topics to advice on refining a learner's data analysis. Throughout the process, a BartyED tutor will consistently review the IA drafts to ensure they meet the necessary IB grading criteria.
Exam technique for Maths AI
For Maths AI, all exams rely heavily on calculator use. In light of this, a tutor will ensure that students are highly proficient with their graphic calculator's specific functions. A tutor will also prioritise supporting learners with real-world problem-solving. For example, training candidates to move beyond the question's wordy context and find the mathematical core of the problem.
WHAT CLIENTS SAY
Success stories
Our students have gone on to Oxford, Edinburgh, UCL, Duke, Brown, and Harvard.
How IB Maths AI is assessed
IB Maths AI is assessed through examination papers as well as a coursework component referred to as an Internal Assessment, or IA.
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| Component | SL | HL |
|---|---|---|
|
Paper 1 (External Assessment) |
Paper 1 assesses a student's understanding of real-world data and concepts and is split into two sections, both consisting of short-response questions. Calculators are required in the exam. (1 hour 30 minutes, worth 40% of the final grade) |
Paper 1 assesses a student's understanding of real-world data and concepts and is split into two sections, both consisting of short-response questions. Calculators are required in the exam. (2 hours, worth 30% of the final grade) |
|
Paper 2 (External Assessment) |
Paper 2 assesses a student's sustained reasoning and mathematical modeling. It is also divided across two sections of extended response questions. Calculators are required. (1 hour 30 minutes, worth 40% of the final grade) |
Paper 2 assesses a student's sustained reasoning and mathematical modeling. It is also divided across two sections of extended response questions. Calculators are required. (2 hours, worth 30% of the final grade) |
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Paper 3 (External Assessment) |
N/A — HL only |
IB Maths AI students are allowed to use technology and must complete two extended-response problem‑solving questions. (1 hour, worth 20% of the final grade) |
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Internal Assessment (IA) |
This task is a 'mathematical exploration'. Students compose a report of between 12 and 20 pages on a topic of their choice where mathematics can be applied. All topics should be vetted by a teacher and tutor before a student moves ahead with the task, to ensure a level of quality control from the start. (Worth 20% of the final grade) |
This task is a 'mathematical exploration'. Students compose a report of between 12 and 20 pages on a topic of their choice where mathematics can be applied. All topics should be vetted by a teacher and tutor before a student moves ahead with the task, to ensure a level of quality control from the start. (Worth 20% of the final grade) |
|
Total external / internal split |
80% / 20% |
80% / 20% |
WHAT WE COVER
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Literature SL/HL
SL and HL
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The IA is marked under the following criteria: Criterion A: Problem specification (4 marks) Criterion B: Abstraction (6 marks) Criterion C: Computation (4 marks) Criterion D: Interpretation (6 marks)
Both the Maths AA and AI Internal Assessments share a structure and are graded using the same assessment criteria. However, IAs for the courses differ in focus. IAs for Maths AA will focus on exploring an abstract mathematical concept, deriving formulas, or mathematical proofs. IAs for Maths AI explore statistical analysis, data modeling, and solving practical, real-world problems using technology.
Maths AI is tailored for learners aspiring towards careers or further studies in social sciences, due to the statistical and data-handling intuition the course develops. It is also appropriate for students prioritising the Humanities.
Calculators are required for all IB Maths AI exams. As a result, mastery of a graphic display calculator is essential. A tutor can assist learners in performing advanced functions.
In Maths AI, the official IB Formula Booklet is provided for all exams. A tutor will routinely stress the importance of knowing when and how to apply these formulas. These formulas must be treated as a tool for problem-solving, rather than an answer in themselves.
For the assessment in 2029, the Maths AI topics have been reorganised into five sections. These are: Topic A: Functions Topic B: Number and algebra Topic C: Geometry Topic D: Probability and statistics Topic E: Calculus For this syllabus update, no content has been added. Rather, it has been reduced. For instance, at SL, logarithms and the trapezoidal rule have been removed; at HL, complex numbers, the vector product, the Poisson distribution and three hypothesis tests no longer feature.
For the 2029 exam, which begins teaching in August 2027, the Maths AI assessment format remains similar, though exam papers are slightly shorter and more focused. SL Paper 1 & Paper 2: Marks are reduced to 75 marks per paper (previously 80 marks). HL Paper 1 & Paper 2: Marks are reduced to 100 marks per paper (previously 110 marks). HL Paper 3: Time is shortened to 60 minutes (previously 1 hour and 15 minutes) and marked out of 50 (previously 55). The IA still makes up 20% of a learner's final grade.
An expert tutor primarily recommends the use of past papers for independent revision. Timed practice of mock exam questions will help candidates to improve their recall, application, and time management skills. Timed exam practice will also allow a tutor to provide targeted support through a detailed review of errors and areas of concern. It is worth noting that past papers from the current syllabus (2021 onwards) will not map directly onto the new course structure. Students beginning the IB in 2027 should use current papers for technique practice, but align topic revision to the new syllabus once official materials are available.
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FURTHER READING