Subject Processes, Evaluation, and Integration

Every subject has its own way of working: science investigates, mathematics deduces, history reconstructs, literature interprets. These processes are part of what each subject teaches, and they need different evaluation than facts and definitions do. When subjects are integrated into one unit, each subject’s processes still need to be preserved alongside the integration.

Each subject has its own processes

It is clear that subjects differ from each other in process as well as content. A teacher who teaches every subject the same way (lecture content, give exercises) misses what makes each subject unique.

Science processes. “science process skills” as a recognized term. They include:

1. Observation. Looking carefully at phenomena and recording what is seen.
2. Prediction. Anticipating what will happen based on prior data.
3. Hypothesis formation. Building testable explanations.
4. Classification. Grouping objects or phenomena by properties.
5. Analysis. Breaking down a phenomenon into components.

A science teacher who teaches only content (the parts of a cell, the periodic table, the laws of motion) without exercising these processes produces students who know science facts but cannot do science.

History processes. History has its own set:

1. Prediction. What might have happened if a key decision had gone differently?
2. Timeline thinking. Placing events in chronological order and understanding sequences.
3. Historical imagination. Picturing how people in the past actually lived and thought.
4. Sequencing. Tracing how events led to other events.
5. Cause and effect relationship. Identifying what produced what.

Is sharp on a common failure: many history classes give students textbook content to read aloud and memorize. The processes are missing entirely. The result is “history teaching” that is not actually teaching history. It is teaching memorization with historical content.

English processes. English has four core processes, each combined with thinking:

1. Reading and thinking. Beyond decoding words, interpreting them.
2. Writing and thinking. Beyond producing letters, constructing meaning.
3. Listening and thinking. Beyond hearing words, processing them.
4. Speaking and thinking. Beyond making sounds, communicating ideas.

Example: a Class 6 chapter on food in an English textbook can be taught two ways. The wrong way teaches the food content (nutrition, food types) without exercising any English process; the lesson becomes a poor science lesson. The right way uses the food chapter to develop English processes (reading and thinking about food, writing about food, discussing food, listening to others discuss food). The food content is the vehicle; English processes are the destination.

Art processes. Art has drawing, painting, design, and creative expression as full processes. Treating art as “follow these instructions to make this picture” turns art into a procedural task. Real art requires the student to make decisions, develop skill, and express themselves through repeated practice.

Why processes need different evaluation

It is clear that processes cannot be evaluated through standard paper-pencil tests. A paper-pencil test measures content knowledge: facts, definitions, explanations. Processes require different methods.

Why paper-pencil tests fail for processes. A student can write a perfect description of how to observe a science experiment without actually observing well. A student can describe an interview procedure on paper without ever interviewing anyone. The test measures verbal description, not the process itself.

Two methods that work for processes:

Method 1: Analysis of products. When the process produces a product (a report, a brochure, an art piece, a presentation), the teacher analyzes the product to evaluate the process behind it.

For analysis to work, the teacher needs a structured tool: a rating scale, a yes/no checklist, a rubric. The tool breaks the product into specific dimensions and rates each one.

For a student report on family food traditions:

1. Coherence (1-4 scale)
2. Vocabulary appropriateness (1-4 scale)
3. Pronunciation accuracy in interview write-up (1-4 scale)
4. Use of evidence from interviews (yes/no)
5. Conclusion drawn from data (yes/no)

A teacher rating each report against this list gets a clear picture of where each student stands on the relevant processes (interviewing, recording, analyzing, writing).

Method 2: Observation. When the process is a performance (cooperation, group work, debate, art creation in real time), the teacher observes during the activity.

Observation also requires structure. The teacher cannot watch loosely; they must watch for specific behaviors. A checklist for cooperative learning might include:

1. Does the student listen to others’ ideas?
2. Does the student contribute their own ideas?
3. Does the student help group members who are stuck?
4. Does the student respond appropriately to disagreement?
5. Does the student stay engaged with the group’s work?

Watching one student against this checklist for ten minutes produces a clear evaluation. Watching all students this way over the course of a unit produces a clear picture.

Flashcard

Why do paper-pencil tests fail to evaluate processes like observation, interviewing, or cooperation?

Tap to reveal

Answer

Tests measure verbal description, not the process itself

A student can write a perfect description of how to observe without actually observing well.

A student can describe an interview procedure without ever interviewing.

For real evaluation, the teacher must analyze the product the process produces (with a rubric) or observe the process happening (with a checklist).

What rubrics look like

A rubric is a structured tool that breaks a complex product into specific dimensions, with clear levels for each dimension.

A simple rubric for a student-written report:

The teacher rates each report against the rubric. The result is more granular than a single grade. Students see exactly which dimensions are strong and which need work.

Most teachers do not use rubrics. They give general grades or labels (“Good”, “Very Good”) without specific feedback. This kind of feedback fails students. Rubrics fix this.

Integration in unit planning

Covers integration in the unit planning context. An interdisciplinary thematic unit combines two or more subjects in one unit.

The Food unit integrates Science (nutrition, food groups) and English (interview questions, report writing). The integration is meaningful: the activities require both subjects together.

Three principles for good integration:

Principle 1: Each subject’s own processes must still be present. A Food unit that integrates Science and English must develop both Science processes (observation, classification of food groups, hypothesis about diet effects) and English processes (writing, speaking, listening). Skipping either subject’s processes makes the integration fake.

Principle 2: The connection must be natural, not forced. Some topics integrate naturally (food and English work together because food generates real-world content for writing). Other combinations would be forced (it would be hard to integrate fractions and Pakistan Studies in a way that genuinely serves both).

Principle 3: Assessment must also be integrated. A teacher who plans an integrated unit but assesses only one subject has not really integrated. If the unit develops both Science and English processes, the assessment must check both.

“If your basic topic is Science, then integration of Science has happened but not of Social Studies, or in the same way it will happen with Science and secondly if your subject is English then it has not happened with that, it is not like that. It is possible that when you have made an integrated plan, then the assessment will also be integrated.”

A teacher writing an integrated unit must plan both halves of the assessment from the start.

Other integrated unit examples

Beyond food, other natural integrations.

Environment + Social Studies. A unit on environment connects naturally with social studies. Both subjects bring processes (Science: observation, hypothesis. Social Studies: cause-and-effect, historical perspective). Assessment covers both.

Argumentative Writing + History. A unit on argumentative writing can use historical events as the topic. Students argue whether a historical figure made the right decision. English processes (writing, argumentation) develop alongside History processes (causal reasoning, historical imagination).

Mathematics + Social Studies. Statistics about population, economy, and trade connect Math (data interpretation) with Social Studies (society, geography). Students learn to read statistics and to interpret them in social context.

A teacher who teaches multiple subjects (common in primary school) can plan units that cover several subjects together. A teacher who teaches one subject can still integrate by drawing on examples and tasks from other subjects.

Flashcard

What three principles guide good interdisciplinary integration in unit planning?

Tap to reveal

Answer

Each subject’s processes; natural connection; integrated assessment

1. Each subject’s own processes must still be present (not skipped because of integration).

2. The connection must be natural, not forced (some topics integrate well; others do not).

3. Assessment must also be integrated (both subjects evaluated together).