Ahmed Elmalla - Bloom’s Taxonomy Explained: 6 Powerful Levels of Learning for Better Teaching - Your Dedicated Computer Science Tutor | Learn with Kemo
Ahmed Elmalla - Your Dedicated Computer Science Tutor | Learn with Kemo
IGCSE 0478 & A-level IB Computer Science Tutor AP Computer Science A Tutor A-level VB Tutor
Ahmed Elmalla - Your Dedicated Computer Science Tutor | Learn with Kemo

Blog

Bloom’s Taxonomy Explained: 6 Powerful Levels of Learning for Better Teaching

Bloom’s Taxonomy Explained: 6 Powerful Levels of Learning for Better Teaching

Bloom’s Taxonomy: 6 Powerful Levels of Learning for Better Teaching

Bloom’s Taxonomy is a time-tested framework for categorizing educational goals, created by Benjamin Bloom in 1956. It helps teachers design lessons and assessments that go beyond memorization, encouraging deeper understanding, practical application, and creative problem-solving.

The taxonomy is structured into six levels, from the simplest to the most complex: Remembering, Understanding, Applying, Analyzing, Evaluating, and Creating.


1. Remembering

The first level focuses on recalling facts and basic concepts. Students might list historical events, define terms, or recite formulas. This stage is all about memorization and retention.

Example:

  • List the main events in a novel.

  • Recite the formula for calculating area.


2. Understanding

Here, students explain ideas or concepts in their own words. They might summarize a reading passage or describe a scientific process, showing that they grasp the meaning behind the facts.

Example:

  • Summarize a chapter in your own words.

  • Explain photosynthesis step-by-step.


3. Applying

Students use information in new and practical situations. This might include using a math formula to solve a new problem or applying scientific principles to real-world issues.

Example:

  • Solve a new equation using learned formulas.

  • Apply historical knowledge to modern-day scenarios.


4. Analyzing

This level involves breaking down information to see how parts relate to each other and the whole. Students might compare two theories or investigate motives behind actions.

Example:

  • Compare and contrast political systems.

  • Examine character motivations in a novel.


5. Evaluating

Students make judgments based on evidence and criteria. They might critique a persuasive essay or assess the reliability of research findings.

Example:

  • Evaluate the strength of an argument.

  • Judge the credibility of a source.


6. Creating

The highest level is about producing something new and original. Students combine knowledge and creativity to develop fresh ideas, solutions, or works.

Example:

  • Design an original experiment.

  • Create a multimedia presentation on a historical event.
     


Why Bloom’s Taxonomy Matters

Bloom’s Taxonomy helps educators move students from memorization to mastery, encouraging critical thinking, problem-solving, and innovation. A history lesson, for example, might begin with remembering dates, move to understanding causes, then applying knowledge, analyzing sources, evaluating impacts, and finally creating a project connecting past to present.


Criticisms of Bloom’s Taxonomy

While influential, some critics argue it oversimplifies learning by suggesting a strict order. In reality, thinking is non-linear — sometimes we analyze or create before fully memorizing facts.


Practical Tips for Teachers

  • Mix levels in lessons for richer engagement.

  • Use open-ended questions to stimulate higher-order thinking.

  • Encourage projects that combine analysis, evaluation, and creativity.


Conclusion

Bloom’s Taxonomy remains a powerful guide for shaping lessons that inspire deeper, more meaningful learning. Whether you’re teaching science, history, or math, applying this framework can help students think critically, understand deeply, and create boldly
 


💡 Want to Master Learning and Coding with a Proven Expert?


I’m Ahmed Elmalla, founder of Learn With Kemo, with 19+ years of experience teaching Computer Science, coding, and exam preparation to students from over 10 countries — including high-profile clients in Malaysia.

I specialize in:
IGCSE, AP, IB Computer Science — full syllabus coverage and exam strategies
Python, Java, C++, VB.NET — beginner to advanced programming
Real-world project guidance — Android apps, automation, data analysis, and more
Patient, tailored lessons — perfect for both quick learners and those who need extra time

🚀 Whether you’re a student preparing for a major exam, working on a university project, or building coding skills from scratch, I’ll help you achieve your goals with proven methods.

📲 Message me directly on WhatsApp to book your free 30-minute trial class: Click Here to Chat