Why Technology Use Matters in Your IA
IB examiners expect students to use technology to enhance mathematical exploration — not to replace it.
Technology should support your reasoning, not do the thinking for you.
Whether you’re using graphing software, spreadsheets, or CAS tools, your goal is to show understanding: to explain what the technology did, why it was used, and how it improved your analysis.
With RevisionDojo’s IA/EE Guide, Tech Integration Toolkit, and Exemplars, you’ll learn how to incorporate technology seamlessly and responsibly to elevate your IB Math IA.
Quick-Start Checklist
Before adding technology to your IA:
- Identify what each tool helps you achieve mathematically.
- Use visuals (screenshots, graphs, tables) to illustrate results.
- Explain every output — don’t assume it’s self-explanatory.
- Avoid over-reliance on software for basic calculations.
- Apply RevisionDojo’s Tech Integration Toolkit for structured, examiner-approved usage.
Step 1: Choose the Right Technology for the Task
Different tools serve different purposes.
Examples:
- GeoGebra — graphing, transformations, dynamic modeling.
- Desmos — function visualization and regression.
- Excel / Google Sheets — data organization and statistical analysis.
- CAS calculators — symbolic differentiation, integration, and algebraic manipulation.
RevisionDojo’s Tech Selector Guide helps you match software to your mathematical goals.
Step 2: Explain Why You Chose the Tool
Your examiner must know you selected the technology purposefully, not randomly.
Example:
“GeoGebra was used to visualize the behavior of the derivative function dynamically, allowing a clearer understanding of rate of change.”
RevisionDojo’s Justification Prompts help you write concise explanations for each tool used.
Step 3: Show What the Technology Produced
Include visuals like screenshots or plots to demonstrate how technology supported your process.
Label them clearly and refer to them in the text.
Example:
“As shown in Figure 3, the regression curve generated by Desmos fits the experimental data closely, confirming the exponential model.”
RevisionDojo’s Visual Integration Templates ensure your figures are formatted and cited correctly.
Step 4: Interpret Results, Don’t Just Present Them
Technology outputs aren’t self-explanatory — interpret their meaning.
Example:
“The software-derived R² value of 0.987 indicates that the chosen model explains nearly all variance in the data.”
RevisionDojo’s Interpretation Builder helps you turn technical results into meaningful analysis.
Step 5: Verify Technology Outputs Manually
Confirm key results with hand calculations or reasoning to show understanding.
Example:
“To verify the software’s output, differentiation by hand confirmed that the stationary point occurs at x = 3.12, matching the calculated value.”
RevisionDojo’s Verification Checklist helps you identify which results to validate manually.
Step 6: Use Technology to Enhance, Not Replace, Mathematics
Examiners want to see your reasoning — not just software power.
Technology should make your analysis more efficient or insightful, not superficial.
Example:
“Using CAS allowed faster expansion of polynomials, enabling more time to focus on model interpretation rather than computation.”
RevisionDojo’s Enhancement Planner ensures your technology use complements, not replaces, mathematics.
Step 7: Keep Outputs Clean and Professional
Avoid cluttered screenshots or irrelevant display elements.
Crop outputs to focus on the math being discussed.
RevisionDojo’s Output Cleaner provides formatting tips for neat, examiner-friendly visuals.
Step 8: Acknowledge Software Limitations
Every tool has constraints — reflect on them briefly.
Example:
“Regression accuracy depended on the initial parameter estimate, which slightly affected the final model coefficients.”
RevisionDojo’s Tech Reflection Templates help you discuss tool reliability thoughtfully.
Step 9: Cite All Software Used
Mention every technological resource in your bibliography or appendices.
Example:
“All regression models were created using Desmos (www.desmos.com).”
RevisionDojo’s Citation Template Pack ensures proper referencing for software and data sources.
Step 10: Reflect on How Technology Improved Your IA
Conclude with a brief evaluation of how technology contributed to understanding.
Example:
“Technology allowed for deeper exploration by visualizing instantaneous changes, reinforcing the conceptual connection between derivative and motion.”
RevisionDojo’s Reflection Prompts help you close your discussion with insight and professionalism.
Frequently Asked Questions
1. Can I rely only on CAS or Desmos for calculations?
No — always explain what the tool does and verify results independently.
2. Do I need to show screenshots?
Yes, when visuals add clarity or confirm accuracy. Label each one clearly.
3. Does technology use affect my IA score?
Yes — when used well, it enhances communication, understanding, and reflection marks.
Final Thoughts
Technology can transform your IB Math IA from static to dynamic — if used intentionally.
When integrated thoughtfully, it showcases your analytical insight and enhances mathematical depth.
With RevisionDojo’s IA/EE Guide, Tech Integration Toolkit, and Exemplars, you’ll use software purposefully, interpret results intelligently, and impress examiners with both clarity and control.
Call to Action
Use technology like a mathematician.
Apply RevisionDojo’s Tech Integration Toolkit and IA/EE Guide to harness software power thoughtfully and strengthen your IB Math IA.
