IB Maths AA IA Examples

Quick Start Checklist

1. Before using the grader, ensure you have these key elements ready:
   1. Mathematical Exploration - Clear mathematical investigation that goes beyond syllabus content
   2. Personal Engagement - Genuine interest and personal connection to the mathematical topic
   3. Mathematical Content - Substantial mathematics relevant to AA course with appropriate complexity
   4. Mathematical Processes - Problem-solving, modeling, proof, pattern recognition, or optimization
   5. Technology Usage - Appropriate use of mathematical software or graphing calculators
   6. Word Count Management - 12-20 pages recommended length with mathematical content
   7. Complete Structure - Introduction, Mathematical Development, Analysis, Conclusion, and Bibliography
   8. Mathematical Communication - Clear explanations, proper notation, and logical flow

Rubric Breakdown

The IA is assessed based on five criteria, totalling 20 marks:

Criterion A: Presentation (4 marks)

1. This criterion tests your mathematical communication and presentation quality.
2. It evaluates your organization, clarity, and mathematical language usage.

Criterion B: Mathematical Communication (4 marks)

1. This evaluates your mathematical explanation and reasoning clarity.
2. It tests your mathematical notation, explanations, and logical development.

Criterion C: Personal Engagement (3 marks)

1. This criterion assesses your personal connection and mathematical thinking.
2. It evaluates your genuine interest, creativity, and independent thinking.

Criterion D: Use of Mathematics (6 marks)

1. This is a major criterion - testing your mathematical content and techniques.
2. It assesses mathematical relevance, complexity, and understanding.

Criterion E: Reflection (3 marks)

1. This evaluates your mathematical reflection and critical thinking.
2. It tests your evaluation of methods, results, and mathematical significance.

How to Interpret Your Grade from the Tool

1. The embedded grader calculates your total score out of 20 marks across all five criteria.
2. Here's how to interpret your results:
   1. 18-20 marks (Grade 7 territory): Excellent work with sophisticated mathematical exploration. Minor refinements needed.
   2. 15-17 marks (Grade 6 range): Strong investigation with good mathematical content. Focus on mathematical sophistication and communication.
   3. 12-14 marks (Grade 5 level): Competent work meeting basic requirements. Strengthen mathematical depth and personal engagement.
   4. 9-11 marks (Grade 4 range): Adequate foundation but needs significant improvement. Review mathematical content and presentation.
   5. Below 9 marks (Grade 3 or lower): Major revision required across most criteria. Restructure approach and strengthen mathematical fundamentals.

Grade Boundaries & Converting Your Mark

IB Math AA IA grade boundaries are consistent but can vary slightly by session:

Subject-Specific Tips

Calculus Focus:

1. Investigate optimization problems, area/volume calculations, differential equations, or infinite series.
2. Include derivative applications, integration techniques, limits, and mathematical modeling.

Statistics and Probability Focus:

1. Examine statistical modeling, probability distributions, hypothesis testing, or regression analysis.
2. Use statistical software, confidence intervals, significance testing, and data interpretation.

Trigonometry and Functions Focus:

1. Study periodic phenomena, wave equations, complex functions, or trigonometric identities.
2. Include function transformations, inverse functions, parametric equations, and polar coordinates.

Algebra and Number Theory Focus:

1. Investigate sequences and series, number patterns, modular arithmetic, or abstract algebra.
2. Use mathematical induction, recursive formulas, matrix operations, and polynomial analysis.

Geometry Focus:

1. Analyze geometric optimization, coordinate geometry, transformations, or non-Euclidean geometry.
2. Include vector analysis, geometric proofs, similarity/congruence, and spatial relationships.

Mathematical Modeling Focus:

1. Model real-world phenomena using differential equations, linear programming, or game theory.
2. Use optimization techniques, simulation methods, mathematical software, and predictive modeling.

Mathematical Exploration Structure

1. Introduction Section: Topic introduction → Personal motivation → Mathematical objectives → Investigation scope
2. Mathematical Development: Theoretical foundation → Mathematical techniques → Calculations/proofs → Pattern analysis
3. Results and Analysis: Mathematical findings → Graphical representations → Numerical results → Error analysis
4. Reflection and Conclusion: Method evaluation → Alternative approaches → Mathematical significance → Further extensions

Use the Free Math AA IA Grader Now

1. Stop guessing about your grade.
2. The comprehensive grading tool evaluates your IA against all five official criteria, giving instant feedback on strengths and improvement areas.
3. Input your exploration details and get a preliminary grade calculation that helps you focus revision efforts where they matter most.
4. Math AA-specific analysis helps you master the mathematical sophistication and clear communication that separate excellent from average Mathematics Analysis and Approaches Internal Assessments.

Subject specific rubrics

View your feedback in the context of the subject rubric and broken down by criteria strands.

• MYP History
• MYP Individuals & Societies

• MYP Physics
• MYP Standard Mathematics

• Geography
• German A
• German ab initio
• German B
• Global Politics
• History
• Mathematics Analysis and Approaches (AA)
• Mathematics Applications & Interpretation (AI)
• Philosophy
• Physics

• Psychology
• Psychology (First Exam 2027)
• Spanish A
• Spanish ab initio
• Spanish B
• Sports, exercise and health science (SEHS)
• Theory of Knowledge (TOK)