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Biology

Learning Journey Biology yr7 to 13 updated 6 8 25

Our KS3 course develops our students’ knowledge and understanding of scientific theory, our curriculum has an integrated working scientifically component and a clear focus on literacy and communication that seeks to develop students’ confidence in articulating their scientific ideas. Each student studies six hours of Science per fortnight.

All students in Y9, Y10 and Y11 follow the KS4 AQA Science curriculum linked to the KS4 National Curriculum. Each student studies nine hours of Science per fortnight. KS4 is taught by all members of the Science Department, at the relevant depth depending on Science Specialism.

Link to Specification Website

Biology at Advanced Level is a fascinating and demanding subject building on concepts that have been introduced at GCSE. Studying Biology gives a greater understanding of Biochemistry, Digestion, Circulation, DNA technology, Nervous System, Environment, Microbes and Disease and the study of Plant Physiology. Biology provides a framework for further study on a number of Undergraduate Courses at University and future employment. Underpinning Biology is also the consideration of ‘How Science Works’ and topics to the relevance of Biology in Society.

Link to Specification Website 

Chemistry

Chemistry is the study of the substances that make up our world, how they interact, and how they can be transformed. At our school, Chemistry provides students with a deep understanding of the materials around them—from the air we breathe to the medicines we use. Through engaging lessons and hands-on practical work, students develop problem-solving, analytical, and investigative skills that are essential in science and beyond. Whether exploring the periodic table, chemical reactions, or the role of chemistry in tackling global challenges, students are encouraged to think critically and apply their knowledge to real-world contexts. 

Our KS3 course develops our students’ knowledge and understanding of scientific theory, our curriculum has an integrated working scientifically component and a clear focus on literacy and communication that seeks to develop students’ confidence in articulating their scientific ideas. Each student studies six hours of Science per fortnight.

Our AQA GCSE Chemistry course gives students a thorough understanding of the chemical world around them. Covering topics such as atomic structure, chemical reactions, the periodic table, energy changes, and organic chemistry, the course develops both knowledge and practical skills. Students engage in experiments that build their confidence in working scientifically, helping them to think critically and solve problems. This qualification provides a strong foundation for further study in science and opens doors to a wide range of career opportunities in fields like healthcare, engineering, and environmental science.

At Key Stage 5, we follow the AQA A Level Chemistry specification. This course gives them a deep understanding of the materials that make up our world and how they interact.  We study the three main areas of Chemistry: Physical, Inorganic, and Organic Chemistry. Topics include atomic structure, kinetics, thermodynamics, equilibrium, periodicity, transition metals, and organic molecules like alcohols, alkenes, and aromatic compounds. Students also carry out regular practical work, helping them build strong scientific and analytical skills.  Assessment is through three written exams at the end of Year 13 and a teacher/evidence-based judgement on practical competency. The course builds on GCSE knowledge and prepares students for further study in science-related fields. A Level Chemistry is highly respected by universities and employers and provides an excellent foundation for careers in science, medicine, healthcare, engineering, and many other fields. 

In Y12, you will learn: 

Physical chemistry: Including atomic structure, amount of substance, bonding, energetics, kinetics, chemical equilibrium and Le Chatelier’s principle. 

Inorganic chemistry: Including Periodicity, Group 2 the alkaline, earth metals, Group 7 the halogens. 

Organic chemistry: Including introduction to organic chemistry, alkanes, halogen alkanes, alkenes, alcohols, organic analysis. 

In Y13, you will learn: 

Physical chemistry: Including thermodynamics, rates equations, electrochemistry and acids and bases. 

Inorganic chemistry: Including period 3 elements and transition metals. 

Organic chemistry: Including isomerism, carbonyl compounds, aromatics, amines, polymers, amino acids, DNA and analysis. 

  

In both years you will carry out practical work and learn how to link practical work and theory together. You will also develop practical skills such as processing results, writing methods, writing risk assessments and referencing. 

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Combined Science: Trilogy

AQA Combined Science: Trilogy 

At Key Stage 4, students study the AQA Combined Science: Trilogy course, which offers a broad and balanced science education across Biology, Chemistry, and Physics. This double award GCSE covers key scientific principles while helping students develop practical skills, analytical thinking, and problem-solving abilities. In Chemistry, students explore topics such as atomic structure, chemical reactions, the periodic table, and the role of science in the environment. The Trilogy course includes hands-on practical work, which supports learning and is assessed in the final exams. Students receive two GCSE grades at the end of the course, making it a strong foundation for further science study or a wide range of career paths. 

Chemistry in AQA Combined Science: Trilogy 

As part of the AQA Combined Science: Trilogy course, the Chemistry component introduces students to the fundamental concepts of chemistry that explain how matter is made, how substances react, and how chemical processes impact our world. Students study topics such as atomic structure, chemical bonding, the periodic table, rates of reaction, and chemical changes. The course combines theory with practical experiments, helping students develop important skills like observation, analysis, and problem-solving. This chemistry content builds a solid foundation for further science study and helps students understand the role of chemistry in everyday life and future technologies. 

Biology in AQA Combined Science: Trilogy 

The course introduces students to the study of living organisms and how they interact with each other and their environment. Key topics include cell biology, human health and disease, genetics, ecology, and the diversity of life. Students explore how the body works, how organisms adapt, and the importance of ecosystems. Through practical experiments and investigations, students develop skills in observation, analysis, and scientific thinking. This biology content provides a strong foundation for further study in biology and related subjects, helping students appreciate the science behind life and health. 

Physics in AQA Combined Science: Trilogy 

The Physics component of the AQA Combined Science: Trilogy course introduces students to the fundamental principles that explain how the physical world works. Topics include forces and motion, energy, waves, electricity, magnetism, and the structure of the universe. Students learn about everyday phenomena as well as the science behind technologies that shape our lives. Through practical experiments, they develop important skills in measuring, analyzing data, and problem-solving. This physics content builds a solid foundation for further study and helps students understand the forces and energy that influence the world around us. 

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Physics

Our KS3 course develops our students’ knowledge and understanding of scientific theory, our curriculum has an integrated working scientifically component and a clear focus on literacy and communication that seeks to develop students’ confidence in articulating their scientific ideas. Each student studies six hours of Science per fortnight.

All students in Y9, Y10 and Y11 follow the KS4 AQA Science curriculum linked to the KS4 National Curriculum. Each student studies nine hours of Science per fortnight. KS4 is taught by all members of the Science Department, at the relevant depth depending on Science Specialism.

 

Geography

The Key Stage 3 curriculum consists of the units outlined in the supporting document. These cover a broad range of geographical topics and skills. There is an emphasis on developing both literacy and numeracy skills via extended writing, analytical and interpretive skills, and practical fieldwork skills in our local area. Students are also encouraged to develop their skills of critical thinking through creating and sharing opinions and discussing environmental problems.

At Key Stage 4, Geography is examined and assessed by AQA. Across the key stage, we study interesting and engaging topics that are relevant to today’s world. These not only gives students a deep understanding of the geographical content and skills, but also focuses heavily on examination technique and the answering of questions to provide students with the confidence in this area. There are currently a range of trips at GCSE level; Cambridge City Centre and Hunstanton.

 At A-level, students follow the AQA Geography specification, which builds on the foundations laid at GCSE and introduces a more analytical and evaluative approach to both physical and human geography. Year 12 begins with the study of Glacial Systems and Landscapes, where students deepen their understanding of physical processes and landform development, extending their prior knowledge of landscapes into more complex systems thinking. Alongside this, students explore Changing Places, a human geography unit that examines how individuals engage with, experience, and ascribe meaning to places—an exploration that is central to understanding identity, community, and spatial relationships in the modern world.

As the year progresses, students move on to Water and Carbon Cycles, where they investigate the Earth’s global life support systems and their interconnections. This is complemented by the study of Population and the Environment, which encourages students to interrogate the dynamic relationship between natural systems and human populations, considering issues of sustainability, resource management, and environmental impact. Toward the end of Year 12, students begin their Independent Investigation: a self-directed research project based on a geographical question of their choice. This culminates in a written report worth 20% of their final A-level grade and provides an opportunity to apply fieldwork, data analysis, and evaluative skills in a real-world context.

In Year 13, students continue to study a balanced mix of human and physical geography. The Global Systems and Governance unit focuses on the multifaceted impacts of globalisation, exploring the economic, political, and social changes driven by technological advancement and international cooperation. Finally, students examine Hazards, a physical geography unit that investigates the risks posed by natural events in the lithosphere and atmosphere—such as earthquakes, volcanic eruptions, and tropical storms. Through this, students engage with the origins, nature, and consequences of these hazards, as well as the varied human responses to them, gaining insight into the complex relationship between people and the environments they inhabit.

At the end of Year 13, students sit two written examinations: one in human geography and one in physical geography, each worth 40% of the final grade. 

Geography 7037 A-level Specification Specification for first teaching in 2016

 

Most work is assessed on an ongoing basis through completion of work in their books in order to build up vital skills required for success at GCSE level. For more structured assessments the pupils are made aware of what they are being assessed on, and how, early on in the unit.

Available in student's Teams.

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