How Do You Assess Coding & Robotics in the Foundation Phase?
Teaching Coding & Robotics can already feel unfamiliar. Assessing it can raise an entirely new set of questions.
What should teachers mark? Does every learner need to complete a written test? How do you assess an unplugged activity, a movement sequence or a problem-solving task?
In the Foundation Phase, assessment does not need to focus only on whether a learner reached the correct final answer. It should also help teachers see how learners think, follow instructions, recognise patterns and respond when something goes wrong.
Here are five practical ways to assess Coding & Robotics in Grades R–3.
1. Observe learners during practical activities
Some of the clearest evidence of learning appears while children are actively completing a task.
During a floor-grid activity, for example, a teacher can observe whether a learner can:
follow directions in the correct order;
distinguish between left and right;
predict where a sequence will lead; and
change an instruction when the route does not work.
A simple observation checklist allows the teacher to record these skills without interrupting the activity.
2. Ask learners to explain their thinking
A correct answer does not always show whether a learner understands the process.
Ask questions such as:
Why did you choose that instruction?
What do you think will happen next?
Where did the sequence go wrong?
How could you solve the problem differently?
Young learners may explain verbally, demonstrate with objects or draw their ideas. The aim is to make their thinking visible.
3. Use sequencing activities
Give learners a familiar process with the steps mixed up. This could be brushing their teeth, planting a seed or making a sandwich.
Ask them to arrange the steps in the correct order and identify anything that is missing.
This provides a simple way to assess whether learners understand sequencing and algorithms without needing a computer.
4. Assess debugging, not just accuracy
Mistakes are an important part of Coding & Robotics.
Provide a pattern, route or set of instructions containing one deliberate error. Ask learners to find the mistake and correct it.
This shows whether they can compare the expected result with what actually happened, identify the problem and suggest a solution.
A learner who notices and fixes an error is demonstrating valuable computational-thinking skills, even if the first attempt was incorrect.
5. Include short worksheets and quizzes
Practical observation can be supported by simple written activities. Learners might complete a pattern, select the next instruction, match symbols to actions or circle the incorrect step in a sequence.
Short, age-appropriate quizzes can help teachers check individual understanding and keep a record of progress. They should support practical learning rather than replace it.
Assessment should guide the next lesson
Assessment is most useful when it helps the teacher decide what learners need next.
If several learners struggle with directions, the class may need another movement-based activity. If they can follow a sequence but cannot create one, the next lesson can focus on giving instructions. If they find mistakes easily, they may be ready for more complex debugging tasks.
This is why teachers need more than a collection of disconnected worksheets. They need to understand how Coding & Robotics skills progress across the Foundation Phase and how assessment connects with the CAPS curriculum.
Ready-made support for Foundation Phase teachers
Club Electron’s online Foundation Phase Coding & Robotics course provides a full year of CAPS-aligned content for Grades R–3.
Alongside practical lesson activities and printable worksheets, the course includes quizzes and assessments to help teachers monitor understanding and plan the next stage of learning.
The course is self-paced, SACE accredited for five CPTD points and designed for teachers with no previous coding experience. Expensive robotics equipment is not required.
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