The table below shows how the areas of knowledge occur across subjects
|
Conceptual understanding Knowing that |
Procedural understanding Knowing how to |
Disciplinary knowledge
Ways of working or knowing |
Language |
Art |
Yes |
Yes |
How artists make meaning |
Visual literacy |
Business Economics & Enterprise |
Yes |
Yes |
The practices of Business Economics and Enterprise |
Compelling and convincing communication |
Computer Science |
Yes |
Yes |
How computer scientists make things work and be better |
The language of coding |
Design & Technology |
Yes
|
Yes |
How designers work through possible solutions to solve problems |
The technical language and “laws” that inform design |
Drama |
Yes |
Yes |
How dramatists work |
Using the ‘language’ of voice and body to convey expression and meaning |
English |
Yes |
Yes |
How writers work |
Explicit vocabulary instruction |
Food & Nutrition |
Yes |
Yes |
How to work proficiently with food |
The science of food and its principles |
Geography |
Yes |
Yes |
How geographers work |
The ‘language’ of map reading |
History |
Yes |
Yes |
How historians work |
The ability to understand chronology |
Law |
Yes |
Yes |
Starting to think like a lawyer |
The language of the legal system |
Maths |
Yes |
Yes |
How mathematicians work, particularly through problem solving |
The ‘language’ of number, including algebra |
MFL |
Yes |
Yes |
|
The rules and patterns of the language studied |
Music |
Yes |
Yes |
Musicianship |
The language of music notation |
PE & Sport |
Yes |
Yes |
Sportsperson-ship |
Using the ‘language’ of movement and the body |
Religion, Ethics & Philosophy (REP) |
Yes |
Yes |
How the study of REP is interdisciplinary, drawing on the practices of a number of disciplines The ‘lens’ through which the student sees the world: their personal worldview |
|
Science |
Yes |
Yes |
How scientists work |
Scientific language including the language of maths above |
Sociology |
Yes |
Yes |
How sociologists research |
|