Science

"Science knows no country, because knowledge belongs to humanity, and is the torch which illuminates the world."

 Louis Pasteur 

PHILOSOPHY & VISION

Science is the world around us. It is a part of everything we know, and everything we don’t. It is the unimaginably large, and the unimaginably small. It is the how’s, what’s and the whys of life and the universe.  

Studying science allows us to be inquisitive; it allows us to find out how something that was a complete mystery to us before, works. It allows us to have an understanding about our bodies, our planet and our environment. 

The world of science is forever evolving and advancing, and the extensiveness of the topic is enough to ignite a fascination in everybody. Questions can be put to the test, using investigations that are both practical and theoretical. Studying science allows us to advance our critical thinking, our numeracy, and our literacy; skills which are transferable to study and careers in disciplines within and outside the field of science. 

Biology, chemistry and physics are in every aspect of our lives, and will continue to be part of our futures in increasingly unexpected ways. Studying these will allow us to begin to learn about the universe in which we live in, and to keep us asking; why?

Our five year blended curriculum is designed around three pillars for each of the sciences. Individual pillars encapsulate the big ideas of the subject and over the years of teaching, each pillar is revisited several times, developing the schema of our learners by focusing on retrieval and extension. 

We want our students to complete their journey with us full of the knowledge of science, but also with the ability to see science in the context of their future; to be able to use their understanding of scientific theory to continually develop the skills needed to maneuver in this ever changing world. This skill set should enable our students to identify fake news, make informed decisions on their health, the environment and their wellbeing and to critically evaluate the wealth of information around them.


The 'Whats', the 'Hows' and the 'Whys' 

Our Curriculum

Our 5 year curriculum is designed around the following pillars

Biology

Cellular Processes 

Body Systems and Health

Ecology and Evolution

Chemistry

Particles

Reactions of Particles 

Using Particles 

Physics

Energy

Forces

Atoms, Particles and Space

Year 7 

Cellular Processes 

Cells and Transport 

Body Systems and Health 

Organ Systems and Digestion

Skeletal and Muscular Systems 

Gas Exchange Systems 

Ecology and Evolution

Relationships in and Ecosystem 

Inheritance, Chromosomes, DNA and Genes 


Particles 

Particular nature of matter

Atoms, elements and compounds

Reactions of Particles

Acids and alkalis

Using Particles 

Rocks and the Earths Structure 

Energy  

Energy Transfers

Thermal Energy

Energy Resources and Domestic Use

Forces

Forces and Motion

Magnetism

Pressure

Atoms, Particles and Space

Space and Gravity

Year 8 

Cellular Processes 

Photosynthesis

Cellular Respiration

Body Systems and Health 

Health

Reproduction

Ecology and Evolution

Biodiversity and Evolution

Plant Reproduction 

Particles 

The Periodic Table

Pure and Impure Substances

Reactions of Particles

Chemical Reactions

Using Particles 

Materials

Energy 

Light waves

Current Electricity 

Sound Waves

Static Electricity 

Waves

Forces

Using forces to make things work

Year 9 

Cellular Processes 

Cell Structure and Transport

Cell Division

Body Systems and Health 

Non-Communicable Diseases

Organisation and the Digestive System

Non-Communicable Disease

Communicable Disease

Preventing and Treating Disease

Particles 

Atomic Structure 

The Periodic Table

Structure and Bonding

Energy  

Energy

Thermal Energy

Energy Resources

Atoms, Particles and Space

Electric Circuits

Mains Electricity

Year 10 

Cellular Processes 

Photosynthesis

Respiration

Reproduction

Body Systems and Health 

The Human Nervous System

Hormonal Coordination

Ecology and Evolution

Variation and Evolution

Evidence for Evolution

Particles 

Qualitative Chemistry

Reactions of Particles

Chemical Changes

Energy Changes

Electrolysis

Rates and Equilibrium

Using Particles 

Crude Oils and Fuels

Chemical Analysis

Energy 

Waves

Forces

Motion  

Forces in Balance

Forces and Motion

Atoms, Particles and Space

The particle model of matter

Atomic Structure

Year 11 

Ecology and Evolution

Adaptations, Interdependence and Competition

Organising an Ecosystem

Biodiversity and Ecosystems

Using Particles 

The Earth's Atmosphere

The Earth's Resources

Energy

Electromagnetic Waves

Forces

Electromagnetism