A lesson can look successful while leaving the teacher unsure what pupils can do next. Hands go up, the worksheet is finished, and the room settles. Yet a correct answer may come from a memorised step, a guess or a clear grasp of how ideas connect. Planning one useful follow-up question for each kind of response can reveal the difference and help the lesson move forward.
SOLO taxonomy offers a way to think about the quality of a learner’s understanding, from noticing a single relevant idea to connecting several ideas and applying them elsewhere. Teachers can use solo taxonomy as a planning lens, rather than treating it as a label to attach to pupils. The practical prompt is simple: what would a learner say or do next if their answer came from deeper understanding?
This shifts planning away from predicting how long an activity will take and towards anticipating what pupils might make of it. A teacher preparing a science lesson on evaporation, for example, might expect pupils to name heat as a factor. A follow-up can ask them to explain why a wet sleeve dries faster in one place than another. That question tests whether they can connect heat, airflow and surface area, rather than repeat a definition.
Choose a central question and sketch a short ladder of likely responses. The lowest rung is not necessarily a wrong answer. It may be a relevant fact that does not yet explain the whole problem. Higher rungs show pupils combining facts, giving reasons or transferring an idea to a new case.
For a history question about why a town grew around a port, a pupil might name trade. Another might describe how trade brought workers and goods. A more developed answer could connect the port’s location, employment and transport links, then use those relationships to explain why a different settlement grew elsewhere. The teacher can plan one probe for each point on that ladder.
These probes need not sound like a formal quiz. “What else would need to be true?” can invite a second relevant idea. “How does that cause this?” asks for a connection. “Would the same explanation work for this example?” tests transfer. The question should help the pupil extend the answer, not signal that the first response was inadequate.
When teachers anticipate partial understanding, they can plan examples that make it visible. In mathematics, pupils may calculate the area of a rectangle accurately but assume that doubling one side always doubles the area. Comparing two rectangles with different dimensions can expose the assumption. In geography, pupils may associate all dense settlement with poor services; comparing two places can prompt them to consider access, income and local planning.
Keep the task manageable. One carefully chosen contrast often gives more information than a page of near-identical exercises. Ask pupils to explain their choice aloud or annotate a diagram. Their reasoning gives the teacher something to respond to while there is still time to adjust the lesson.
A progression can help teachers decide what to teach next, but it should not become a fixed judgement about a pupil. Understanding varies by topic and context. A pupil who explains a scientific process in detail may still need support when applying the same reasoning to an unfamiliar example. Record what the response demonstrates, then plan the next step.
This preparation does not require a script for every exchange. It gives the teacher a small set of purposeful choices. If most pupils can already connect the ideas, the class can move to a new context. If many can name facts but cannot explain the relationship, the teacher has a clear reason to model that connection again.
After the lesson, note which prompts produced useful thinking and which led to short or unclear replies. A question may be too broad, rely on vocabulary pupils do not know, or ask for a transfer before they have secured the underlying idea. Revising the prompt is often more useful than adding another task.
Over time, these small notes create a practical record of how a topic unfolds in a particular class. The teacher can see where pupils tend to stop, which examples help them connect ideas and what kind of follow-up moves learning on. Planning for the response after the answer makes assessment part of teaching itself, rather than a separate event at the end.
