Curriculum Content
In KS3, students are taught a bespoke curriculum to build on key concepts in a particular sequence that reflects the hierarchical structure of the scientific disciplines.
In KS4, students follow either AQA Separate Sciences or Combined Science (Trilogy).
KS3 Curriculum Content Year 7
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Energy 1 |
Term 1 |
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Atoms, Elements and Compounds |
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Forces 1 |
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Chemical Reactions |
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Cells |
Term 2 |
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Particles and their behaviour |
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Fields and Electricity |
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Human Reproduction |
Term 3 |
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Waves 1 - Sound |
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Plant reproduction |
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Waves 2 - Light |
KS3 Curriculum Content Year 8
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Acids and bases |
Term 1 |
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Energy 2 |
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Life processes |
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The Periodic table |
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Forces 2 |
Term 2 |
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Metals and other materials |
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Biological molecules |
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Separating mixtures |
Term 3 |
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Ecology and Ecosystems |
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Pressure and moments |
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Movement |
KS3 Curriculum Content Year 9
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The Earth |
Term 1 |
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Variation, Natural selection and Evolution |
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Space |
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Human health |
Term 2 |
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Energy in Chemical reactions |
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Electricity and magnetism |
GCSE Curriculum Content Year 9, 10 and 11
GCSE Biology – Separates and Combined Trilogy:
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Cell Biology 1 (Cells) |
Term 3 – Year 9 |
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Cell Biology 2 (Transport) |
Term 1 – Year 10 |
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Organisation 1 (Digestion and enzymes) |
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Organisation 2 (Circulation, respiratory system and respiration) |
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Organisation 3 (Non-communicable diseases) |
Term 2 – Year 10 |
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Plant Biology |
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Infection and response 1 – Communicable diseases |
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Infection and response 2 – Preventing and treating disease |
Term 3 – Year 10 |
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Ecology 1 – Adaptations, feeding relationships and competition |
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Homeostasis and response 1 – Human nervous system |
Term 1 – Year 11 |
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Homeostasis and response 2 – Hormonal co-ordination |
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Inheritance, variation and evolution 1 – Reproduction, DNA and inheritance |
Term 2 – Year 11 |
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Inheritance, variation and evolution 2 – Evolution, extinction and gene technologies |
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Ecology 2 – Biodiversity and ecosystems |
Term 3 – Year 11 |
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Revision and exams |
GCSE Chemistry - Separates and Combined Trilogy:
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Atomic Structure |
Term 3 – Year 9 |
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The Periodic Table |
Term 1 – Year 10 |
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Structure and Bonding |
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Chemical calculations 1 – equations, masses, moles, yields |
Term 2 – Year 10 |
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Chemical Changes 1 – Reactivity series, extracting metals, acids and bases |
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Chemical calculations 2 – Expressing concentrations and titration |
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Chemical changes 2 - Electrolysis |
Term 3 – Year 10 |
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Energy changes |
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Chemistry of the Atmosphere |
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Rates of chemical change 1 – rates of reaction |
Term 1 – Year 11 |
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Rates of chemical change 2 – reversible reactions |
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Organic Chemistry |
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Chemical analysis |
Term 2 – Year 11 |
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The Earth’s resources |
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Revision and exams |
Term 3 – Year 11 |
GCSE Physics - Separates and Combined Trilogy:
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Energy 1 – stores and pathways |
Term 3 – Year 9 |
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Energy 2 – transfers and resources |
Term 1 – Year 10 |
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Electrical circuits |
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Electricity in the home |
Term 2 – Year 10 |
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Particle model of matter |
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Atomic Structure – Radioactivity |
Term 3 – Year 10 |
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Waves 1 -Wave properties |
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Forces 1 – Forces in balance and Motion |
Term 1 – Year 11 |
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Forces 2 – Motion and Pressure |
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Magnetism and Electromagnetism 1 |
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Electromagnetism |
Term 2 – Year 11 |
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Space ( Separates only) |
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Revision and exams |
Term 3 – Year 11 |
Curriculum Content Year 12 and 13
We offer Biology, Chemistry and Physics at A Level; all three are varied courses focused on teaching learners the skills, knowledge and understanding to prepare them for further study for Sciences at university or the world of work.
In addition, we offer a vocational course - BTEC Applied Science; this qualification is assessed by external assessments and internal assignments – this course is suitable for learners wanting to engage in a career in science, such as a laboratory technician.
Biology
- Biological molecules
- Cells
- Organisms exchange substances with their environment
- Genetic information, variation and relationships between organisms
- Energy transfers in and between organisms
- Organisms respond to changes in their internal and external environments
- Genetics, populations, evolution and ecosystems
- The control of gene expression
Chemistry
Physical chemistry
- Atomic structure
- Amount of substance
- Bonding
- Energetics
- Kinetics
- Chemical equilibria, Le Chatelier’s principle and Kc
- Oxidation, reduction and redox equations
- Thermodynamics
- Rate equations
- Equilibrium constant Kp for homogeneous systems
- Electrode potentials and electrochemical cells
- Acids and bases
Inorganic chemistry
- Periodicity
- Group 2, the alkaline earth metals
- Group 7(17), the halogens
- Properties of Period 3 elements and their oxides
- Transition metals
- Reactions of ions in aqueous solution
- Organic chemistry
- Introduction to organic chemistry
- Alkanes
- Halogenoalkanes
- Alkenes
- Alcohols
Organic analysis
- Optical isomerism
- Aldehydes and ketones
- Carboxylic acids and derivatives
- Aromatic chemistry
- Amines
- Polymers
- Amino acids, proteins and DNA
- Organic synthesis
- Nuclear magnetic resonance spectroscopy
- Chromatography
Physics
- Measurements and their errors
- Particles and radiation
- Waves
- Mechanics and materials
- Electricity
- Further mechanics and thermal physics
- Fields and their consequences
- Nuclear physics
Options (only one topic is studied)
- Astrophysics
- Medical physics
- Engineering physics
- Turning points in physics
- Electronics