Science
Curriculum Aim
The aim of the Science curriculum is to enable CYP to continue, or re-engage with, a love of science learning in a safe and positive environment, for all learning pathways. To recognise all CYP's scientific skills and knowledge gaps and give them every opportunity to succeed and have an appropriately broad and balanced route to recognition of their successes. Our curriculum will help CYP develop their skills of critical thinking and analysing evidence, to see how scientific theories become scientific facts. The course will look at the key science that underpins everyday life and showcase the link between the world around them and the science that explains that world.
Context
A wide range of routes through the curriculum offered at Chapel House means that no matter what your background prior to joining us, there is a route designed to support and increase your scientific knowledge and understanding.
Key Concepts, Skills and Knowledge
The science curriculum addresses key science knowledge through 10 ‘Big Ideas’ that flow throughout science:
- Biology – Organisms, Genes, Ecosystems
- Chemistry – Matter, Reactions, Earth
- Physics – Forces, Energy, Electromagnets, Waves
The disciplinary knowledge of how to conduct scientific experimentation is studied and developed in three areas:
- Scientific theories and ideas
- How to test theories in the laboratory
- Scientific Enquiry to process findings to come to scientific conclusions.
Curriculum Overview
Please see the schemes of work below for the range of routes available to CYP in science.
Each route covers all the key aspects of science in the National Curriculum and is designed to build on existing knowledge. It is designed to revisit key ideas and close any gaps in education that a CYP has. Our curriculum offer gives CYP the opportunity to integrate back into their mainstream setting as and when appropriate.
Schemes of Work
KS3 Route
| Big Idea | Unit |
|---|---|
| Organisms |
|
| Matter |
|
| Forces |
|
| Organisms |
|
| Waves |
|
| Matter |
|
| Energy |
|
| Genes |
|
| Reactions |
|
| Forces |
|
| Ecosystems |
|
| Matter |
|
| Electromagnets |
|
| Ecosystems |
|
| Reactions |
|
| Big Idea | Unit |
|---|---|
| Reactions |
|
| Genes |
|
| Electromagnets |
|
| Matter |
|
| Organisms |
|
| Forces |
|
| Earth |
|
| Waves |
|
| Genes |
|
| Forces |
|
| Reactions |
|
| Ecosystems |
|
| Waves |
|
| Earth |
|
| Genes |
|
| Energy |
|
GCSE Route
| Big Idea | Unit |
|---|---|
| Matter |
Atoms and Periodic Table |
| Organisms |
Cell biology |
| Forces |
Forces |
| Reactions |
Bonding, structure and properties |
| Organisms |
Organisation |
| Energy |
Energy |
| Reactions |
Chemical changes |
| Organisms |
Organisation |
| Electromagnets |
Electricity |
| Reactions |
Chemical changes |
| Reactions |
Energy changes |
| Ecosystems |
Ecology |
| Electromagnets |
Electricity |
| Reactions |
Rate of reaction |
| Organisms |
Infection and response |
| Big Idea | Unit |
|---|---|
| Energy |
Particle Model of matter |
| Matter |
Organic chemistry |
| Ecosystems |
Bioenergetics |
| Energy |
Atomic structure |
| Matter |
Chemical analysis |
| Organisms |
Homeostasis |
| Forces |
Forces |
| Electromagnets |
Magnetism and electromagnetism |
| Earth |
Using resources |
| Genes |
Inheritance |
| Waves |
Waves |
| Earth |
Chemistry of the atmosphere |
| Genes |
Variation and evolution |
| Matter/Reactions |
Quantitative chemistry |
| Ecosystems |
Ecology |
Pre-GCSE Certification Route
CYP can achieve an official exam board (AQA) single or double award certificate that will be presented to them at the end of their time with us. It is not an accreditation like a GCSE result, but is a certification that gives CYP a broad and balanced understanding of the scientific world around them.
| The Human Body |
| Elements, Mixtures and Compounds |
| Energy, Forces and the Structure of Matter |
| Environment, Inheritance and evolution |
| Chemistry in our World |
| Electricity Magnetism and waves |
Unit Award Schemes Route
Short units of work that provide a certificate upon completion. As with the Pre-GCSE Certification Route, this is not a qualification, but a certification and recognition of work done which is centrally stored until the CYP leaves. Thousands are possible, some examples are detailed in the tables below:
| Cells |
| The order of structures that make up an organism |
| The digestive system |
| The structure of the heart and the composition of blood |
| The effect of lifestyle on health |
| How the body fights disease |
| Respiration |
| Photosynthesis |
| Coordinating the body |
| Natural and artificial selection |
| Genetics: inheritance and engineering |
| Biodiversity |
| Ecosystems |
| Decay and the water cycle |
| What is everything made of? Atoms and elements |
| Mixtures and separating mixtures |
| Elements and compounds |
| States of matter: solids, liquids and gases |
| Polymers – the good and bad side of plastics |
| Extracting and using metals |
| Acid reactions |
| Rates of reaction |
| The earth's atmosphere and global warming |
| Pollution and the human impact on our world |
| Energy transfers |
| Energy resources |
| Electricity |
| Domestic electricity |
| Investigating resistance |
| Radioactivity |
| Investigating friction |
| Types of force |
| Speed and stopping distances |
| Investigating speed |
| Investigating reaction times |
| Waves |
| Magnets and electromagnets |
| Investigating electromagnets |
| Space |
| Taking and recording measurements in science |
| Safe use of heating devices in a science laboratory |
| Purifying dirty sea water safely |
| Safely investigating the resistance of a wire |
| Using a light microscope |
| Random sampling |
| Chromatography |
| Rates of reaction |
| Investigating density |