Since August 2019, the IB Diploma Programme has offered four Mathematics courses: Mathematics: Analysis and Approaches (SL/HL) and Mathematics: Applications and Interpretation (SL/HL). Students may study only one Mathematics course as part of their diploma. These courses are designed to meet students’ different needs, interests, abilities, and university or career goals while developing mathematical knowledge, logical, critical and creative thinking, abstraction, and generalization skills. Students are also encouraged to appreciate the international, cultural, and historical perspectives of mathematics.
The IB Mathematics Applications and Interpretation (AI) Higher Level (HL) course focuses on applying mathematics to a data-rich, technology-driven world, with an emphasis on modelling, statistics, calculus, technology, and real-world problem-solving. Our expert 1-on-1 tutoring program helps students understand challenging concepts, develop strong mathematical and technology skills, and prepare confidently for the Mathematical Exploration and external examinations.
Through personalized instruction, guided practice, and continuous feedback, students develop the key IB DP Mathematics aims, including mathematical understanding, logical and creative thinking, problem-solving, clear communication, effective use of technology, and the ability to apply and transfer mathematical skills to real-world contexts.
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The updated IB DP Mathematics: Applications and Interpretation (AI) course will be launched in 2027, with its first assessment in May 2029. (Scroll down to see the important changes applicable to the new course.) Students completing the current course with assessments in May 2027 or May 2028 will follow the existing course and assessment pattern. Tutoring support will remain aligned with the student’s applicable course, assessment requirements, and school curriculum.
The IB Mathematics Applications and Interpretation (AI) HL course focuses on understanding and applying mathematics in a data-rich, technology-driven world, with particular emphasis on mathematical modelling, statistics, calculus, technology, problem-solving, and interpreting mathematics in meaningful real-world contexts. Students are encouraged to connect theoretical and practical mathematical concepts, solve real-world problems, and communicate and interpret their mathematical conclusions.
The Growing Stars IB Mathematics AI HL Tutoring Program follows the IB curriculum to help students develop a strong understanding across the five core areas: Number and algebra, Functions, Geometry and trigonometry, Statistics and probability, and Calculus. The program also develops investigational, problem-solving, modelling, and mathematical exploration skills, with a strong focus on using technology accurately and effectively to explore ideas and solve problems. The program incorporates Paper 3 preparation as an integral part of the HL course, with added focus on developing the problem-solving, reasoning, technology, and application skills required for this important assessment component.
The Subtopic List includes all the topics listed in the IB Mathematics: Applications and Interpretation HL subject guide. Tutoring supports all IB Mathematics assessment objectives, helping students develop knowledge and understanding, problem-solving, communication and interpretation, effective use of technology, mathematical reasoning, and inquiry skills. Students learn to apply mathematical knowledge and models in familiar, unfamiliar, abstract, open-ended, and real-world contexts, while developing the ability to organize and analyze information, investigate problems, make and test conjectures, draw conclusions, and communicate mathematical solutions clearly. The program provides targeted support for the Mathematical Exploration, Paper 3, and all other internal and external assessment requirements, while also aligning tutoring with the student’s specific school curriculum, coursework, learning materials, and assessment requirements.
External Assessment – 80% of the Final Grade
Internal Assessment (IA) – 20% of the Final Grade
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Find quick answers to common questions about our IB Math HL – AI tutoring, session format, and student support.
Sessions are conducted live through our online platform using a user-interactive whiteboard, with audio and video, screen sharing, chat, and other interactive learning features to support effective online tutoring.
Absolutely. Every session is tailored to match your school's teaching sequence, prescribed textbooks, and specific learning objectives.
Yes. We offer easy scheduling designed to accommodate the demanding academic and extracurricular commitments of IB students, with the same dedicated tutor throughout the course to provide consistent, personalized, and continuous support.
No additional purchases are typically required. Our tutors utilize IB-prescribed textbooks and provide additional revision notes, custom practice questions, and past-paper resources as needed.
IB Mathematics AI HL is graded on a 1–7 scale, with 7 being the highest grade. The final grade is based on performance in the external examinations and the internally assessed Mathematical Exploration.
The external assessments contribute 80% of the final grade, consisting of Paper 1 (30%), Paper 2 (30%), and Paper 3 (20%).
The Mathematical Exploration contributes 20% of the final grade.
The external assessment consists of Paper 1, Paper 2, and Paper 3. These assessments require students to apply mathematical knowledge, technology, modelling, problem-solving, reasoning, and interpretation across different contexts.
complete an individual mathematical exploration that allows them to apply mathematical skills and knowledge while investigating an area of mathematics of personal interest.
Yes. The Mathematical Exploration is worth 20% of the final Mathematics AI HL grade and is an important part of the overall assessment.
The IB offers four Mathematics courses: Mathematics: Analysis and Approaches (AA) SL, Mathematics: Analysis and Approaches (AA) HL, Mathematics: Applications and Interpretation (AI) SL, and Mathematics: Applications and Interpretation (AI) HL. Students can study only one Mathematics course as part of the Diploma Programme.
Mathematics AA places greater emphasis on mathematical concepts, analytical thinking, abstract reasoning, algebra, calculus, and mathematical argumentation, while Mathematics AI focuses more on mathematical applications, modelling, statistics, technology, and solving problems in real-world contexts.
Both courses focus on applying mathematics to practical and real-world contexts, but AI HL provides greater depth, breadth, and complexity, with greater demands in mathematical knowledge, problem-solving, modelling, statistics, and analytical skills.
AA HL places greater emphasis on analytical approaches, mathematical structure, abstract reasoning, algebra, calculus, and mathematical argumentation, while AI HL places greater emphasis on applications, modelling, statistics, technology, data analysis, and mathematics in real-world contexts.
AA SL emphasizes analytical thinking, mathematical concepts, algebra, calculus, and mathematical reasoning, while AI SL emphasizes applications, modelling, statistics, technology, and solving problems in practical and real-world contexts.
Mathematics AI HL is particularly suitable for students who enjoy applying mathematics to real-world situations, working with statistics, data, modelling, and technology, and developing mathematical skills for further study in areas such as business, economics, social sciences, data-related fields, and other applied disciplines.
The appropriate choice depends on the student’s interests, abilities, academic requirements, university or career plans, and preferred approach to mathematics. AI HL is a strong choice for students seeking greater depth in mathematical applications, modelling, statistics, technology, and real-world problem-solving.
The updated Mathematics: Analysis and Approaches (AA) and Mathematics: Applications and Interpretation (AI) courses will begin teaching in 2027, with the first assessment in May 2029.
The updates focus mainly on refining and streamlining the existing courses, rather than introducing a completely new structure. The new courses maintain continuity while placing continued emphasis on problem-solving, inquiry, mathematical reasoning, technology, and applying mathematics in appropriate contexts.
The updated courses have a more streamlined syllabus, with selected topics removed while maintaining the overall structure and focus of the current courses. The updates also include some changes to the assessment criteria.