Learning Activities and the Food Unit Example

One distinction in unit planning matters more than any other: learning activities versus teaching activities. A teacher who confuses the two produces a unit plan that looks complete but does not develop the processes the unit aims for.

What learning activities are

Learning activities are activities where students are actively involved in doing something. Students do the work. The teacher facilitates from the side.

Examples of learning activities:

1. Students conduct a science experiment.
2. Students conduct an interview.
3. Students write a report.
4. Students design a brochure.
5. Students hold a debate.
6. Students solve a problem in pairs.
7. Students cook a dish in class (under supervision).
8. Students create their own portfolio.

In each case, the student’s hands and minds are engaged. The student produces something. The student practices a skill or process by doing it.

What teaching activities are

A teaching activity is one where the teacher is the active participant. The students are observers.

Examples of teaching activities:

1. The teacher demonstrates how to use a microscope.
2. The teacher delivers a lecture on the water cycle.
3. The teacher narrates a story.
4. The teacher draws a diagram on the board and labels it.

In each case, the teacher does the work. The students watch and listen. They may take notes, but they are not actively producing.

It is clear that teaching activities are not bad. They have a place. A demonstration shows students what to do. A lecture delivers content efficiently. A diagram on the board provides a model. Each of these can be useful.

The problem is using only teaching activities. A unit built entirely on teaching activities produces passive students. They watch the teacher do science but never do science themselves. They watch the teacher solve problems but never solve their own. The processes the unit was supposed to develop never actually develop.

Why learning activities matter

This connects learning activities to the development of processes. ) as one of the eight components of a unit plan. The way these processes develop is through learning activities.

A teacher who lectures on observation has not developed observation in students. The students heard about observation; they did not practice it. To develop the process of observation, students must observe.

A teacher who explains how to interview has not developed interviewing skills. The students must conduct an interview to develop the skill.

This is why a unit plan that lists processes as a component must also include learning activities that exercise those processes. Without the activities, the processes are just words on the plan.

The Food unit example

Here is a detailed worked example of an interdisciplinary unit on Food. This example shows what strong learning activities look like across a multi-week unit.

Unit subject: Food.

Subtopics:

1. Food as a right of every human being.
2. The concept of food and diet.
3. Variety of food types (whole food, organic food, natural food).
4. Groups of food (carbohydrates, proteins, fats, water, fiber, vitamins, minerals).
5. Balanced diet.

Rationale: This is an interdisciplinary thematic unit. It applies knowledge, principles, and values to both Science and English. Children learn nutrition (Science) and develop language skills (English) through activities that require both.

Processes identified: Recording, interviewing, questioning, generalizing, problem solving.

Learning activities (worked through one by one):

Activity 1: Cooking food in class

Students will be taught how to cook different foods including custard, steamed vegetables, omelet, and French fries.

This is a learning activity because students cook. They go past hearing a recipe; they apply ingredients, follow procedures, and produce a finished dish. Procedural knowledge develops through doing.

Activity 2: Investigating family food traditions

Students interview their family members about traditional foods. Which dishes have been cooked in the family for generations? Which have decreased in popularity? Which have increased? Students write a report on their findings and share it with the class.

This activity develops several processes at once:

1. Interviewing. Students prepare questions and ask family members.
2. Recording. Students take notes during the interview.
3. Reporting. Students write up the findings.
4. English language skills. If the teacher requires interview questions in English, students develop English question-formation skills.

The activity is integrative. Science (food traditions, nutrition) connects with English (interview questions, report writing). The teacher has planned both into one activity.

Activity 3: Food carnival project

The class organizes a food carnival. Each student group:

1. Chooses a region of the world for their food stall.
2. Communicates the group name and region to the class on a soft board.
3. Estimates a budget for the food.
4. Decides where in the school the carnival will be held.
5. Divides responsibilities among group members.
6. Designs and prints brochures to market their stall.

During the carnival, visitors come to the stalls. Students record visitors’ impressions on quality, serving size, and nutritional value of the food.

After the carnival, students write a report on the experience and present it to the class. The report is uploaded to the school website.

This single activity exercises a remarkable range of processes:

1. Decision-making (which region, which foods, which roles).
2. Budgeting (planning costs).
3. Communication and marketing (designing brochures, talking to visitors).
4. Recording (taking visitor impressions).
5. Application of knowledge (calculating nutritional value of dishes using what they learned about food groups).
6. Analysis (interpreting feedback).
7. Report writing (producing the final report).
8. Presentation (sharing with the class).

Note that one activity covers the entire range of processes the unit identified. Content from Science (food groups, nutrition) and skills from English (writing, presentation) all combine.

Flashcard

Why is the food carnival activity called a 'learning activity' and not a 'teaching activity'?

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Answer

Students do the work; the teacher facilitates

Students choose the region, plan the budget, design brochures, run the stall, record impressions, and write the report.

The teacher provides structure and support but does not do the work for the students.

This makes processes (interviewing, communication, analysis, application) actually develop through doing.

Activity alternatives

Not every school can run a food carnival. The unit plan should include alternatives. Sample alternatives:

1. Grow organic food in a school garden. Students plant, water, and harvest vegetables.
2. Make a classroom cookbook. Students collect recipes, format them, and produce a printed cookbook.
3. Make a cookbook for diabetic patients. Students apply nutrition knowledge to special dietary needs.
4. Make a cookbook for high cholesterol patients. Same logic for a different condition.
5. Make a cookbook for high blood pressure patients. Another variation.

Each of these activities exercises similar processes (research, decision-making, application of knowledge, writing) while requiring fewer school resources than a carnival.

A teacher with a thoughtful unit plan offers alternatives so the same learning outcomes can be reached through different paths.

Activity 4: Investigating dietary habits across age groups

Another activity from students investigate the dietary habits of four age groups (5-8 years, 9-15 years, 16-25 years, 55-70 years). They then explore the relationship between dietary habits and weight in these groups.

This activity develops:

1. Research methodology. How to gather data on different age groups.
2. Comparison. Looking at how habits differ across age.
3. Hypothesis formation. Predicting relationships between diet and weight.
4. Analysis. Drawing conclusions from data.

Like the carnival, this single activity covers many processes. The unit’s process list (recording, interviewing, questioning, generalizing, problem solving) is being exercised through real work.

What teachers commonly do wrong

There is a common error. Most teachers, when planning a unit, default to teaching activities. They plan to lecture on the topic, demonstrate techniques, and give students textbook exercises. The student’s role is mostly passive.

A unit built this way may cover the content. It does not develop the processes. Students leave the unit knowing facts but unable to do.

The Food unit example shows the alternative. The same content (nutrition, food groups, balanced diet) is taught through learning activities. Students cook, interview, design, plan, market, record, analyze, and write. The content reaches them through doing.

A teacher writing a unit plan should ask, for each activity: what are students actively doing? If the answer is “watching the teacher” or “listening”, the activity is a teaching activity. If the answer is “interviewing, designing, building, writing, presenting”, the activity is a learning activity.

A balanced unit has a mix. A Food unit might include some teaching activities (a brief lecture on food groups, a demonstration of one cooking technique) alongside many learning activities. The mix depends on the content and the students. The principle remains: learning activities are where processes develop.

Flashcard

What question can a teacher ask about each activity in their unit plan to test whether it is a learning activity?

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Answer

What are students actively doing?

If the answer is “watching the teacher” or “listening”, it is a teaching activity.

If the answer is “interviewing, designing, building, writing, presenting, analyzing”, it is a learning activity.

A balanced unit has a mix, but learning activities must be the majority for processes to develop.

A tricky case: the science demonstration

A teacher does a science demonstration. The bulb lights up. The class watches.

It looks educational. Students are engaged. They are watching closely. The instinct is to call this a learning activity.

But ask the test question: are the students doing anything? No. They are watching. The teacher is doing. By the definition above, this is a teaching activity, not a learning activity.

A demonstration becomes a learning activity only when paired with student moves:

1. Predict what will happen before the demonstration.
2. Observe and record during.
3. Write an explanation after.
4. Try a variation themselves.

Without those moves, the demonstration is teaching, not learning. With them, the same demonstration becomes the anchor of a learning activity. The same content. The difference is whether students did anything with it.

A simple lesson shape

A balanced lesson uses both kinds of activity in a clear shape:

1. Short teaching activity to open. Five to ten minutes. Orient students to the topic, demonstrate a procedure they will try, or set up the question.
2. Long learning activity in the middle. Twenty-five to thirty minutes. Students do the work the lesson is about.
3. Short teaching activity to close. About five minutes. Pull together what students did, name what was learned, signal what comes next.

A bad lesson is all teaching activity: the teacher talks for forty minutes and students sit. A confused lesson is all learning activity with no structure: students do random tasks and never know what they were supposed to learn. The shape above gives the structure that learning activities need to land.