Primary TET syllabus

Child Development and Pedagogy is thirty of the hundred and fifty questions, and it is the section candidates most often underestimate. It is not psychology for its own sake. Every theory on the list is there because it answers a question a teacher of classes I to V has to answer in the room: why this child is not reading yet, why the group work collapsed, what to do about the boy who has stopped trying.

The syllabus splits into three unequal parts. Child Development is the largest, and it is where the named theorists sit — Piaget, Vygotsky, Kohlberg, Erikson — along with intelligence, personality and the periods of the lifespan. Learning and Pedagogy is almost as large and more practical: how learning is understood, how teaching is planned, how it is assessed. Inclusive education is the smallest, and it is the one most often skimped — which is a poor trade, because it is also the shortest list to learn properly.

What the paper asks for is rarely the definition. It is far more often a short classroom situation and four plausible responses, only one of which follows from the theory. Learning the stages in order is the easy half; recognising which stage a described child is in is the half that carries the marks. Two distinctions are worth fixing before anything else: growth against development, and the rule that the order of development is fixed while its rate is not.

Language I is the language you offer as your medium, and the thirty questions divide between reading and pedagogy. The Board offers seven languages at this level; this site prepares Bengali and Hindi.

The comprehension half gives you unseen passages — prose, and usually something in verse — and asks what the passage says, what it implies, and how its words and grammar work. None of it can be revised in advance, which is exactly why it is the most reliable part of the section: it rewards reading carefully under time, not remembering anything. Candidates lose marks here by answering from general knowledge rather than from the passage, and by rushing the inference questions, which are the ones written to separate a careful reader from a quick one.

The pedagogy half is a different exercise. It asks how a first language is acquired rather than taught, what a child's errors reveal, how listening, speaking, reading and writing support one another, what a multilingual classroom is for, and how language is assessed. The idea worth carrying into the hall is that a child acquires their first language through use and not through correction — so where an option treats an error as evidence of learning rather than as a fault to be stamped out, it is usually the one being looked for.

Language II is the second language, and on this site that is English. Like Language I it is thirty questions divided between comprehension and pedagogy, but the two halves are not the same exercise and preparing them as though they were is a common mistake.

The comprehension half is unseen prose — discursive, literary, narrative or scientific — with questions on understanding, grammar and vocabulary. The passages are pitched at someone who uses English rather than someone who studies it, so the work is in reading accurately at speed, and in choosing between options that all look defensible until you check them against the text. The answer is in the passage; it is rarely the one that sounds most sensible in general.

The pedagogy half asks about teaching English as a second language, which is a different problem from teaching a first. The principles that recur follow from that difference: a learner already commands a language, so the second is reached through it rather than around it; the spoken form comes before the written; fluency and accuracy are both wanted but not in the same activity. Questions usually arrive as a short classroom scene with four responses, and the one being looked for generally keeps the learner using the language rather than being corrected out of it.

Mathematics is thirty of the hundred and fifty questions, and the section has two distinct halves: the mathematics itself, and how it is taught. Candidates confident with the arithmetic routinely drop marks in the second, and candidates weak at arithmetic often find the second is where they can recover. Prepare both.

The content is primary mathematics — number and the four operations, geometry and shape, measurement, and pattern. It is set at the level of classes I to V, which misleads people. The questions are not hard, but they are precise, and they are written so that a careless reading lands on one of the wrong options. Work them; do not recognise them.

The pedagogy covers what mathematics is as a subject, why it is taught, how children build the ideas, what their errors mean and how the subject is assessed. The thread running through it is that a wrong answer in mathematics is usually a consistent method applied to a misunderstanding — a child who always takes the smaller digit from the larger is not being careless, they are following a rule they have invented — so the option that reads an error as information about the child, rather than as something to be corrected and moved past, is generally the one being looked for.

Environmental Studies is thirty questions and the broadest content list in the paper: environment and ecology, pollution, biodiversity and conservation, resources and energy, health, and the global issues behind them. The section also covers how the subject is taught, and that half matters more than candidates expect.

The breadth is the difficulty. There is no deep theory here, so there is nothing to be clever about, but there is a great deal of ground and the questions move across it quickly. The ones that cost marks usually look like general knowledge and are not: the difference between a sanctuary and a national park, why a renewable resource can still be exhausted, which pollutant does what and where it comes from.

The pedagogy half matters here because in EVS the method is the point. The subject is built on what a child can observe, visit, collect and ask about, and it deliberately integrates science and social science rather than sitting beside them. Where an option sends children to look at something themselves instead of being told about it, it is usually the one being looked for — and where a question asks what EVS is *for*, the answer is almost never "to cover the content".