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Course Level

IB Higher Level

Programme Duration

Full Academic Year

Format

Online 1-on-1

Prerequisites

Strong Algebra & Stats

Course Overview

Our IB Mathematics AI HL course is designed for students who are fascinated by the power of mathematics to solve complex real-world problems. This comprehensive year-long course combines advanced mathematical techniques with sophisticated applications in statistics, data science, and mathematical modeling. Mathematics AI HL is perfect for students planning careers in data science, economics, psychology, business analytics, or research fields requiring advanced statistical knowledge.

IB Mathematics AI HL provides the most advanced treatment of applied mathematics in the IB programme, emphasizing statistical reasoning, mathematical modeling, and technology-enhanced problem solving. The course covers advanced statistics, probability distributions, hypothesis testing, calculus applications, and sophisticated data analysis techniques essential for university-level research and professional data work.

Higher Level Advantages

Mathematics AI HL provides intensive training in advanced statistics, data analysis, and mathematical modeling. HL students develop sophisticated analytical skills highly valued in data science, research, economics, and advanced business applications.

Flexible Scheduling Options

Choose the pace that works best for your learning style and schedule:

Standard Track: 2.5 Hours/Week

Total: 100 hours over 40 weeks

Perfect for students who prefer steady, comprehensive coverage throughout the academic year

Intensive Track: 3 Hours/Week

Total: 100 hours over 33 weeks

Ideal for students seeking accelerated learning with extensive practice and deeper exploration

IB Assessment Information

External Assessment (80%): Paper 1 (Non-Calculator - 120 min) + Paper 2 (Calculator - 120 min) + Paper 3 (Extended Response - 60 min)

Internal Assessment (20%): Mathematical Exploration (12-20 pages) - Advanced investigation of mathematical applications

HL assessments require sophisticated statistical analysis, advanced modeling techniques, and complex data interpretation across all mathematical domains.

Mathematical Exploration (IA) Support

Comprehensive guidance for your Mathematical Exploration including advanced topic selection, sophisticated data analysis, statistical modeling, appropriate technology use, and professional presentation. We'll help you explore cutting-edge applications like machine learning, epidemiological modeling, or financial risk analysis.

What Makes Our Course Special

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Recorded Sessions

Access to all live session recordings for review and reinforcement of complex concepts

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WhatsApp Support

24/7 support for challenging problems and advanced statistical concepts

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Advanced Technology Training

Expert training in statistical software, advanced graphing calculators, and data analysis tools

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HL Mock Examinations

Rigorous IB HL-style assessments with detailed feedback and advanced problem-solving strategies

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Advanced Data Analysis

Development of sophisticated statistical reasoning and modeling skills

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Research Preparation

Strong foundation for university-level research and data science programs

What You'll Learn

  • Master advanced statistical analysis and hypothesis testing
  • Develop sophisticated mathematical modeling and data interpretation skills
  • Use advanced technology for complex data analysis and visualization
  • Understand advanced probability distributions and their applications
  • Apply advanced calculus concepts to optimization and modeling problems
  • Master regression analysis, time series, and multivariate statistics
  • Develop professional-level mathematical communication skills
  • Build expertise in research methodology and statistical inference
  • Create sophisticated mathematical investigations and research projects

Detailed Course Curriculum

  • Topic 1: Number and Algebra 23 hours

    Advanced number systems, algebraic techniques, and mathematical modeling.

    • Advanced number systems and approximations
    • Complex algebraic manipulation and modeling
    • Advanced sequences and series with applications
    • Financial mathematics and compound growth models
    • Exponential and logarithmic modeling
    • Advanced equation solving and optimization
  • Topic 2: Functions 31 hours

    Advanced function analysis with sophisticated modeling applications.

    • Advanced function composition and transformations
    • Rational functions and asymptotic behavior
    • Advanced exponential and logarithmic modeling
    • Trigonometric functions and harmonic analysis
    • Piecewise functions and advanced modeling
    • Function optimization and advanced applications
  • Topic 3: Geometry and Trigonometry 25 hours

    Advanced geometric analysis and trigonometric applications.

    • Advanced 2D and 3D geometric analysis
    • Complex trigonometric identities and equations
    • Advanced applications of sine and cosine rules
    • Coordinate geometry and advanced transformations
    • Vector geometry and spatial analysis
    • Advanced area, volume, and optimization problems
  • Topic 4: Statistics and Probability 54 hours

    Advanced statistical analysis, probability theory, and data science techniques.

    • Advanced descriptive statistics and data visualization
    • Sophisticated correlation and regression analysis
    • Advanced probability theory and conditional probability
    • Multiple probability distributions and their applications
    • Advanced hypothesis testing and confidence intervals
    • Chi-squared tests and goodness of fit
    • Time series analysis and forecasting
    • Advanced statistical modeling and interpretation
  • Topic 5: Calculus 28 hours

    Advanced calculus concepts with sophisticated applications.

    • Advanced limits, continuity, and differentiability
    • Complex differentiation techniques and applications
    • Advanced optimization and related rates problems
    • Sophisticated integration techniques and applications
    • Differential equations and mathematical modeling
    • Advanced applications in economics and sciences
  • Mathematical Exploration Preparation

    Comprehensive support for your advanced mathematical investigation.

    • Advanced research question development and methodology
    • Sophisticated data collection and statistical analysis
    • Advanced mathematical modeling and interpretation
    • Professional use of statistical software and technology
    • Advanced mathematical communication and presentation

Course Investment

Standard Track

$ 2500

2.5 hours/week • 100 total hours over 40 weeks

Payment Options: Full payment or 3 installments of $834

Perfect for: Students seeking steady, consistent progress
Choose Standard Track

Both tracks include: All sessions, recorded materials, advanced IA mentorship, HL mock exams, WhatsApp support, and comprehensive statistical software training

Ready to Master IB Mathematics AI HL?

Join the elite group of students who excel in advanced mathematical applications and data analysis. Our comprehensive AI HL program is designed for ambitious students targeting careers in data science, economics, research, or advanced business analytics. With our sophisticated approach and expert guidance, you'll develop the advanced statistical reasoning and modeling skills needed for success in the data-driven modern world.

IB Mathematics AI HL prepares you for the cutting edge of applied mathematics, where statistical thinking, data analysis, and mathematical modeling are transforming every field. Our program ensures you not only achieve outstanding IB results but also develop the advanced analytical capabilities that will distinguish you in university admissions and future career opportunities.

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