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IBDP MATHEMATICS

The International Baccalaureate Diploma Programme (IBDP) Mathematics is designed to develop students' mathematical knowledge, critical thinking, and problem-solving skills. It prepares students for higher education and real-world challenges, fostering a deeper appreciation for the beauty and power of mathematics.

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Two Routes Available: Mathematics AA and Mathematics AI

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The IBDP Mathematics curriculum offers two distinct routes to cater to different interests and strengths:

  1. Mathematics: Analysis and Approaches (AA): This route is ideal for students who enjoy exploring mathematical theories and concepts in depth. It focuses on algebra, calculus, and abstract mathematical thinking.

  2. Mathematics: Applications and Interpretation (AI): This route is suitable for students who prefer practical applications of mathematics. It emphasizes statistics, modelling, and using technology to solve real-world problems.

 

The Four Types of Math Courses

Within each route, there are two levels of study, making a total of four IBDP Mathematics courses:

  1. Mathematics: Analysis and Approaches (AA) – Higher Level (HL)

  2. Mathematics: Analysis and Approaches (AA) – Standard Level (SL)

  3. Mathematics: Applications and Interpretation (AI) – Higher Level (HL)

  4. Mathematics: Applications and Interpretation (AI) – Standard Level (SL)​

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Difference between HL and SL

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Both Higher Level (HL) and Standard Level (SL) courses cover core mathematical concepts, but there are key differences:

  • Depth and Breadth: HL courses cover topics in more depth and include additional content compared to SL courses.

  • Assessment: HL courses have more extensive assessments, including additional exams and more challenging questions.

  • Workload: HL courses require more class time and a greater commitment outside of class for homework and study.

                       
                       

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IBDP MATHEMATICS AA

Mathematics: Analysis and Approaches (AA)

 

Mathematics: Analysis and Approaches (AA) is tailored for students who enjoy exploring the theoretical aspects of mathematics. This course emphasizes the development of analytical skills and the ability to construct rigorous mathematical arguments.

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Syllabus Outline

The Mathematics AA syllabus includes the following key areas:

  1. Algebra: Understanding abstract algebraic concepts and their applications.

  2. Functions and Equations: Exploring different types of functions and their properties.

  3. Calculus: Studying limits, derivatives, and integrals, and their applications.

  4. Statistics and Probability: Analyzing data and understanding probability theory.

  5. Geometry and Trigonometry: Investigating geometric properties and trigonometric functions.

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Assessment Structure

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The assessment for Mathematics AA includes:

  • Internal Assessment (IA): A mathematical exploration on a topic of the student's choice, accounting for 20% of the final grade.

  • External Assessment: This includes:

    • Paper 1: A non-calculator exam focused on core topics.

    • Paper 2: A calculator-allowed exam covering a broad range of topics.

    • Paper 3 (HL only): An in-depth problem-solving and mathematical modeling exam.

 

Career opportunities

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Studying Mathematics AA can open doors to a variety of careers, including:

  • Engineering: Applying mathematical principles to design and build.

  • Physics: Exploring the fundamental laws of nature.

  • Economics: Analyzing economic trends and making financial predictions.

  • Computer Science: Developing algorithms and solving computational problems.

  • Actuarial Science: Assessing risk in finance and insurance industries.

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By choosing IBDP Mathematics, students gain valuable skills that are highly regarded in both higher education and the professional world. Whether you are drawn to theoretical analysis or practical applications, there is a course that suits your interests and future aspirations.

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IBDP MATHEMATICS AI

Mathematics: Applications and Interpretation (AI)

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Mathematics: Applications and Interpretation (AI) is designed for students who enjoy applying mathematics to practical problems. This course focuses on the use of technology and real-world applications, emphasizing the development of mathematical modeling and interpretation skills.

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Syllabus Outline

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The Mathematics AI syllabus includes the following key areas:

  • Number and Algebra: Understanding numerical concepts and algebraic techniques.

  • Functions: Exploring different types of functions and their properties in various contexts.

  • Geometry and Trigonometry: Investigating geometric shapes, spatial relationships, and trigonometric functions.

  • Statistics and Probability: Analyzing data, interpreting statistical results, and understanding probability theory.

  • Calculus: Studying rates of change, integration, and their applications in real-world scenarios.

 

Assessment Structure

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The assessment for Mathematics AI includes:

  • Internal Assessment (IA): A mathematical exploration on a topic of the student's choice, accounting for 20% of the final grade.

  • External Assessment: This includes:

    • Paper 1: A non-calculator exam focused on core topics.

    • Paper 2: A calculator-allowed exam covering a broad range of topics.

    • Paper 3 (HL only): An in-depth problem-solving and mathematical modeling exam.

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Career Opportunities

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Studying Mathematics AI can open doors to a variety of careers, including:

  • Business and Finance: Analyzing financial data, market trends, and economic models.

  • Environmental Science: Applying mathematical models to understand environmental systems and phenomena.

  • Health Sciences: Using statistical methods to interpret medical research and data.

  • Social Sciences: Employing quantitative analysis in sociology, psychology, and other fields.

  • Technology and Engineering: Solving practical problems through mathematical modeling and computational techniques.

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By choosing IBDP Mathematics, students gain valuable skills that are highly regarded in both higher education and the professional world. Whether you are drawn to theoretical analysis or practical applications, there is a course that suits your interests and future aspirations.

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