Chapter 2 — How can I teach pupils the skills they need when standardised tests require only facts?

Chapter 2 develops the argument from the first chapter by showing why background knowledge matters so much for learning.

Willingham pushes back against the idea that learning facts somehow gets in the way of creativity or critical thinking. In reality, we need a store of facts, vocabulary and concepts before we can think deeply about a subject. Knowledge gives us something to think with.

This makes the familiar distinction between knowledge and skills less convincing than it first appears. Skills such as analysing, evaluating and solving problems cannot usually be practised in the abstract: their success depends heavily on what we know about the particular subject. A pupil may understand that they should “think critically”, but they still need enough relevant knowledge to judge a claim, notice an inconsistency or construct a worthwhile argument.

Knowledge supports comprehension

Background knowledge also helps us understand what we read and hear. Explanations and texts rarely state absolutely everything. We constantly use what we already know to interpret vocabulary, supply missing connections and make inferences.

Without that knowledge, a pupil may be able to read every individual word while still struggling to build a coherent understanding of the whole. Teaching vocabulary and core concepts is therefore not separate from comprehension: it helps make comprehension possible.

Automaticity and chunking

Part of this is about automaticity and chunking. Working memory is limited, but familiar information can be grouped into meaningful chunks. A random string of letters is difficult to remember, while familiar groups such as BBC, CNN or RAC are much easier because they already exist in long-term memory as meaningful units.

The same principle applies to learning. When important knowledge or processes become automatic, they take up less working-memory capacity, leaving more space for reasoning, problem-solving and creativity.

This is why some knowledge and procedures need repeated practice. The aim is not mindless memorisation for its own sake. It is to make useful foundations sufficiently secure that pupils no longer have to reconstruct them from scratch whenever they meet a more complex problem.

Knowledge and inequality

Knowledge can become cumulative. The more someone knows about a topic, the more easily they can understand, organise and remember new information about it. New learning has existing concepts to attach to rather than remaining a collection of isolated details.

This has important implications for educational inequality. Pupils who arrive with more relevant background knowledge may find it easier to acquire still more, while pupils with gaps can be asked to complete the same task with far fewer mental resources. If those gaps remain invisible, differences can widen over time.

So, if we want pupils to think critically, they first need something substantial to think about. The challenge for teachers is not whether to teach facts, but which knowledge matters most, how it connects, and how we make it meaningful enough to stick.

Facts alone are not the final goal. Pupils also need opportunities to explain, connect and apply what they know. But those richer forms of thinking depend upon secure knowledge rather than replacing it.