A report on The Greenhill School
January 2024
4
English lessons, the majority of pupils synthesise information from texts effectively,
including more complex articles. Furthermore, a minority of pupils give due
consideration to the reasons for and the effects of a writer’s language and writing
style. They analyse poetry perceptively, exploring the nuances of the language using
inference and deduction well. For example, pupils infer the deeper meanings of the
poem ‘Daylight Robbery’, showing maturity and sensitivity when they consider the
father’s feelings as he realises that his son is growing up. A few pupils display
weaker reading skills. They offer basic or simplistic responses and have difficulty
linking their answers to the information in the text.
Overall, many pupils develop secure writing skills. They structure their writing suitably
in paragraphs and sub-headings as appropriate and write with reasonable technical
accuracy. A minority of pupils write at length fluently, and integrate relevant
quotations into their answers well. A few present thoughtful and mature evaluations
with good expression and using sophisticated language. For example, they prepare
balanced evaluations of the different reasons why slavery was abolished or present a
thorough consideration of how views on beauty and make up have changed in
society over time. A few pupils do not structure their writing coherently enough and
are over-reliant on structure patterns given to them by their teachers. They rely
heavily on vocabulary lists and sentence builders. They produce basic and brief
written work, make regular and careless spelling and grammar errors and do not use
capital letters.
The majority of pupils are fluent with number. They calculate using the four rules and
have a good understanding of place value, indices and the relationships between
fractions, percentages, and decimals. For example, in science, pupils calculate the
magnification of microscope images, and in mathematics, they write numbers in
standard form and calculate confidently using numbers expressed in this format. The
majority of pupils have a secure grasp of shapes and measures. They calculate
compound measures such as speed, density and measure accurately. They show a
good understanding of the accuracy of measurements in their mathematics lessons
when finding the upper and lower bounds of measures that have been given to a
certain degree of accuracy. Many pupils have suitable data handling skills. They
make good use of the helpful ‘SALTIE’ checklist provided by their teachers to plot
graphs accurately and interpret their findings. For example, in science they analyse
graphs to describe the relationship between the temperature and the rate of enzyme
reactions. A few pupils have weak numeracy skills. They struggle with fluency in the
use of the four rules of number and have only a very basic understanding of place
value. This hinders their ability to grasp new numerical learning quickly and to solve
problems set in every-day contexts.
Overall, the majority of pupils make suitable progress in developing their digital skills
in an appropriate range of subjects, for example by creating simple games in
science. Older pupils use more complex software competently to construct graphs to
demonstrate their research findings as part of their skills challenge work.
Pupils do not make enough progress in their Welsh language skills over time and
only a very few communicate confidently in the Welsh language. This is because
pupils have very few opportunities to speak Welsh in lessons and around the school
and, due to this, most lack confidence to communicate in the language. In speaking
and writing tasks, pupils are generally over-reliant on structure patterns given to them