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Year 7 Science

During Year 7 in Science, students will cover the following topics;

  • Cells
  • Particles
  • Energy
  • Reproduction
  • Atoms
  • Electricity
  • Acids
  • Sound
  • Organisms
  • Space 1
  • Skeleton


Science exp


Cells gives an overview of animal and plant cell structure, looking into how cells specialise for specific tasks. Students will also look at the adaptations of some unicellular organisms.


Particles gives an overview of particle theory. The properties of solids, liquids and gases are explored. Students also look at the behaviour of particles during state changes, diffusion and dilution.


Energy is all around us but how does it transfer and change?  We look at energy systems and how we quantify the energy in the system.  Using domestic situations we compare how different devices use energy in differing amounts and how much this will cost us.  How does this impact on both the materials chosen for the job and overall energy and fuel resources?



Students will learn about reproduction in humans   including the structure and function of the male and female reproductive systems, menstrual cycle, fertilisation, gestation and birth. Students will also learn about reproduction in plants.


Students will learn the difference between atoms, elements, mixtures and compounds. Students will also explore the history and development of the periodic table of elements.


Electricity is all around us in our gadgets and devices, but what is it?  How do we measure it and how do circuits work. We will investigate electrical current, how it flows in circuits and factors and components that can affect it.  We also explore why some materials are able to conduct electricity and some are not.



Students will learn about relationships in different ecosystems, human food security and the structure of some unicellular organisms.


Students will explore the difference between chemical and physical changes. Students also will learn about the reactions of acids and alkalis.


Investigating the phenomenon of sound; how does it get to us, how do we humans detect it, why is thunder always after lightning?  What factors affect how a sound is experienced by us and how fast does it travel in different materials? Just some of the questions we aim to investigate.



The skeleton topic gives an introduction to the structure and functions of the human skeleton and the interaction between the skeleton and muscles.

Space 1

Where exactly does Earth exist in the vastness of Space? How far away are we from other bodies in space and what are they like?  Did you know the Earth’s position affects the length of the day during the year and why we have seasons?


Mr Mach

Year 8 Science

During Year 8 in Science, students will cover the following topics;

  • Circulation and Respiration
  • Separating techniques
  • Heat transfers and fuels
  • Digestion
  • Plants
  • Chemical reactions
  • Forces
  • Light
  • Microbes
  • Space 2
  • Rocks


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Circulation and Respiration

Students will learn about the structure of the heart and how the circulatory system functions. This will be followed by how we breathe and how we use the oxygen taken in to provide energy through the process of respiration.

Separating techniques

Students will learn about how you can separate different mixtures using: filtration, evaporation, chromatography, electrolysis and distillation.

Heat transfers and Fuels

Why do some objects feel hot and some don’t?  How does the heat move from one object to another when they heat up and cool down?  Can the movement be made easier or harder with the materials we use? Which fuels contain the most energy and release it easily for us to use?



Students will learn about a healthy balanced diet, deficiency diseases, and the structure and function of the digestive system.

Chemical reactions

Students will explore different chemical reactions and will learn why and how they happen.  Students will also explore combustion and learn about the impact of global warming on our planet.


Pushing, pulling, squashing, stretching and turning.  All these actions on objects are forces. How could we show them on diagrams and how can we work out the size of them?  What factors work to try and stop them working efficiently? Do force fields only exist in Star TrekⓇ or are they real?



Students will observe animal and plants cells and learn about their structures. The topic also covers photosynthesis and reproduction in plants.


Students will learn about the difference between the three main types of rock. They will also learn about how they are formed in different ways and how this links to their properties.


Using equipment we can model how the eye and simple cameras captures light and focus it.  We investigate how different surfaces affect light in different ways and how light travels from sources.  Why do we see colours?



Students will explore the world of the very small, looking at unicellular organisms and bacteria and some of the processes going on inside them.

Space 2

Why do astronauts walk strangely on the moon?  How can we calculate the size of this force and what are the factors that affect it?  We will look at gravitational phenomenon and how it works in space.



Year 9 Science

During Year 9 in Science, students will cover the following topics;

  • Electricity
  • Metals
  • Genetics
  • Space 3

In the second half of the year students will begin their GCSE course by doing one unit each from the Biology, Chemistry and Physics GCSE courses. 


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Developing our understanding of the workings of electrical circuits through models  we look at resistance and how to calculate it. We look at what electricity produces as it flows through a wire when straight and when coiled which will lead us into investigating electromagnets.



Students will learn about different properties of metals and non-metals. Students will then explore different metal reactions and link this to reactivity.


Students will learn about variation, inheritance and the development of  the DNA model.




Space 3

What makes a rocket fly?  Can we build our own model of a rocket?  Whose will fly the furthest and best? How have space agencies managed to get probes to other planets in our solar system and what have they found out?


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