A strong learning objective tells a teacher and a student what successful learning should look like by the end of a lesson. A weak objective usually describes the topic to be covered rather than the learning to be demonstrated.
This difference matters. When objectives are vague, activities become disconnected and assessment becomes an afterthought. When objectives are clear and observable, teachers can align instruction, student activity and evidence of learning much more effectively.
University teaching centres and professional training guidance consistently recommend writing objectives around observable, measurable learner performance rather than vague verbs such as “know” or “understand.” Bloom’s revised taxonomy remains a useful planning tool because it helps teachers distinguish levels of cognitive demand—from remembering and understanding through applying, analysing, evaluating and creating.
What is a learning objective?
A learning objective is a concise statement describing what students should be able to demonstrate after instruction.
A useful structure is:
By the end of the lesson, students will be able to + action verb + specific knowledge/skill + optional condition or criterion.
For example:
By the end of the lesson, students will be able to compare two characters using at least two pieces of textual evidence.
This is stronger than:
Students will understand the characters.
How learning objectives fit Inquiry → Action → Reflection
Within the lesson-planning structure used across this series:
- Inquiry: the objective clarifies the intended learning and helps establish the purpose of the lesson;
- Action: learning activities and assessment should require students to demonstrate that intended learning;
- Reflection: the evidence collected should inform what needs reteaching, extension or adjustment next.
If the objective says “analyse”, but the assessment only asks students to recall facts, the lesson is not aligned.
Common verbs to avoid unless you make them observable
Words such as these are often too vague on their own:
- understand;
- know;
- learn;
- appreciate;
- be familiar with;
- be aware of.
Instead ask: What would a student do differently if they truly understood this?
Possible observable verbs include:
- identify;
- describe;
- classify;
- explain;
- compare;
- calculate;
- apply;
- analyse;
- justify;
- evaluate;
- design;
- construct;
- create.
Learning objectives by Bloom’s revised taxonomy
| Level | Useful verbs | Example |
|---|---|---|
| Remember | identify, list, define, recall | Students will identify the main organs of the digestive system. |
| Understand | explain, summarise, classify, interpret | Students will explain the water cycle in their own words using a labelled diagram. |
| Apply | use, solve, demonstrate, calculate | Students will use the formula for area to solve three real-life measurement problems. |
| Analyse | compare, differentiate, examine, infer | Students will compare two sources and identify differences in perspective. |
| Evaluate | justify, critique, defend, assess | Students will justify which energy source is most suitable for a given community using evidence. |
| Create | design, construct, develop, produce | Students will design a low-cost model that demonstrates one method of water conservation. |
Learning objective examples by subject
English
- Students will identify the main idea of an informational paragraph and select two supporting details.
- Students will compare two characters using evidence from the text.
- Students will revise a paragraph to improve clarity, sentence variety and word choice.
- Students will evaluate the strength of an author’s argument using stated criteria.
Mathematics
- Students will represent fractions using diagrams and number lines.
- Students will solve multi-step word problems involving percentages.
- Students will compare two methods for solving a linear equation and explain which is more efficient.
- Students will create a real-life problem that can be represented by a quadratic equation.
Science
- Students will classify materials as conductors or insulators using observations from an investigation.
- Students will explain photosynthesis using the relationship between inputs and outputs.
- Students will analyse experimental data to identify a pattern and propose an explanation.
- Students will design a fair test to investigate one factor affecting evaporation.
Social Science
- Students will locate major physical features on a map.
- Students will explain two causes of a historical event and connect each cause to evidence.
- Students will compare different interpretations of the same event.
- Students will evaluate a policy decision from the perspectives of at least two stakeholder groups.
Languages
- Students will use ten target vocabulary words correctly in context.
- Students will summarise a short passage in their own words.
- Students will participate in a structured dialogue using appropriate tense and vocabulary.
- Students will compose a short persuasive response for a defined audience.
Art and Design
- Students will identify two techniques used to create depth in an artwork.
- Students will apply colour contrast intentionally in an original composition.
- Students will critique a peer’s work using agreed criteria.
- Students will design and refine a product in response to a user need.
Physical Education
- Students will demonstrate the correct sequence for a basic passing technique.
- Students will apply two tactical principles during a small-sided game.
- Students will analyse their own performance using a simple observation checklist.
- Students will design a short fitness routine for a stated goal.
Examples by age group
Early years
Objectives should remain concrete, observable and developmentally appropriate.
- Children will sort objects by one visible characteristic.
- Children will retell three events from a familiar story in sequence.
- Children will take turns during a shared group activity with adult support.
Primary school
- Students will describe the life cycle of a butterfly using four stages.
- Students will solve addition problems using two different strategies.
- Students will ask and answer relevant questions about a short text.
Middle school
- Students will explain the relationship between force, mass and acceleration using a familiar example.
- Students will compare two historical sources for reliability.
- Students will construct and defend a claim using evidence.
Senior school
- Students will analyse a data set and justify the most appropriate statistical representation.
- Students will evaluate competing explanations using evidence and stated criteria.
- Students will design an investigation and identify limitations in the proposed method.
From objective to success criteria
An objective tells us the intended destination. Success criteria help students recognise whether they have reached it.
Objective:
Students will compare two characters using textual evidence.
Success criteria:
- I identify at least one meaningful similarity or difference.
- I support my comparison with evidence from both texts.
- I explain how the evidence supports my point.
Success criteria make expectations transparent and support feedback, self-assessment and peer discussion.
How many learning objectives should one lesson have?
More is not automatically better. A common planning error is to list many objectives that cannot realistically be taught and assessed within one period.
A useful principle is: write only as many objectives as you can genuinely teach, observe and respond to.
One strong objective may be enough for a focused lesson. A longer sequence may require several connected outcomes.
How to check whether a learning objective is strong
Use these six questions:
- Does it describe student learning rather than teacher activity?
- Is the key action observable?
- Can I collect evidence within the available time?
- Does the cognitive demand match the age and prior learning of students?
- Do the planned activities actually practise the stated objective?
- Does the assessment ask students to demonstrate the same kind of learning?
Common mistakes
- Writing “Teacher will explain…” as the objective.
- Using “understand” without defining evidence.
- Choosing a higher-order verb only because it sounds impressive.
- Writing an objective that is too broad for one lesson.
- Designing an activity first and inventing an objective afterward.
- Assessing recall when the objective requires analysis or application.
- Sharing objectives with students but never returning to them during the lesson.
Frequently asked questions
What is the difference between a learning objective and a learning outcome?
A learning objective states the intended direction of learning: what the teacher wants students to learn or focus on. A learning outcome states what students should be able to demonstrate as evidence that the learning has actually occurred. The distinction is useful because it separates intention from evidence. For a detailed guide with examples, see Learning Outcomes: How to Write Them — Examples for Teachers.
Must every lesson use Bloom’s taxonomy?
No. Bloom’s taxonomy is a useful planning language, not a compulsory recipe. Teachers should select cognitive demand based on the curriculum, students’ prior knowledge and the purpose of the lesson.
Should every objective be higher order?
No. Recall and understanding are often necessary foundations. The problem is not lower-order thinking; the problem is never moving beyond it when the curriculum requires application, analysis, judgement or creation.
Can learning objectives include attitudes or values?
Yes, although affective and behavioural outcomes may require different evidence from cognitive objectives. Values should not be reduced to slogans; teachers need observable situations in which students can practise and reflect on them.
Related lesson-planning resources
- How to Write an Effective Lesson Plan
- Lesson Plan Format for Teachers
- 10-Minute Lesson Planner
- Lesson Planning Hub
Evidence and further reading
- University of Illinois Chicago: Bloom’s Taxonomy and learning objectives
- Columbia Business School: Learning Objectives and Bloom’s Taxonomy
Dr Anup Sharma is an international school leader, educator and school transformation consultant with experience across Indian and international curricula.