In Science we aim to create a classroom culture where students feel safe to ask questions, confident to explore, and inspired to connect scientific ideas to the world around them. Through practical investigation and critical thinking, we challenge learners to develop their understanding of key concepts, while nurturing the emotional and social skills that allow them to thrive. Ultimately, we want all our student to succeed and achieve their full potential.

Kindness underpins our approach: we support each other’s learning, celebrate mistakes as steps toward growth, and show empathy in our scientific inquiries - especially when studying life and the environment.

Key Stage 3 – Being Engaged: Learning with Kindness and Curiosity

At Key Stage 3, our science curriculum is designed to ignite curiosity and foster a lifelong passion for discovery. We promote curiosity by encouraging students to wonder boldly, explore with purpose, and pursue answers with perseverance and imagination.

• Respect is at the heart of our collaborative work - for each other, for diverse viewpoints, and for the natural world we are studying.
• Through reflection, students evaluate their own learning and thinking, and begin to see themselves as part of a wider scientific journey.
• With responsibility, we help learners understand the impact of science on society, equipping them to make informed decisions and take thoughtful action as global citizens.

By the end of KS3, students have strong foundations for future learning - they are kind, curious, and conscientious learners who are ready to meet the challenges of the future with both knowledge and heart.

Key Stage 4 – Being Independent: Taking Responsibility for Learning and Growth

At Key Stage 4, our science curriculum empowers students to become independent, by developing resilience, self-motivation, and the confidence to explore complex ideas critically and creatively. Through structured inquiry and problem-solving, learners are supported in building their scientific understanding and applying it to real-world contexts with purpose and integrity.

• We encourage every learner to take responsibility for their education - recognising that ownership of learning is the first step toward personal and academic growth.
• Respect underpins our learning environment: we value each individual’s contribution, uphold high expectations of behaviour and effort, and foster meaningful collaboration. We also develop respect for science itself - for its methods, its impact, and the ethical considerations it demands.
• We prioritise reflection as an essential part of the learning process. Through honest self-evaluation and feedback, students are encouraged to think deeply about how they learn, why science matters, and how their growing knowledge can shape their futures.

By the end of KS4, students are not only prepared for academic success but to become informed, responsible, and curious citizens, ready to make a positive difference in the world.

Key Stage 5 - Exemplary: Habitually showing Integrity, Reflection, Responsibility and Respect

At Key Stage 5, our science curriculum aspires to develop ‘exemplary learners’ by setting high expectations for independence and rigour, not as a finish line, but as a standard that students internalise and uphold. Scientific excellence is paired with ethical awareness, so students not only know how to explore the world, but they also understand why it matters, and how their work can affect others.

• We encourage thoughtful reflection as a route to growth – enabling students to evaluate evidence critically, refine their thinking, and consider the broader implications of their learning.
• We expect learners to take full responsibility for their progress, owning both the effort and the mindset needed to succeed. They are challenged to lead their own learning while contributing meaningfully to the scientific community around them.
• Respect is cultivated through collaborative learning, open-minded debate, and the appreciation of different perspectives, cultures, and identities – all essential in the diverse world of modern science.

By the end of KS5, our students are not only prepared for the next steps in their academic and professional lives, but also for a future where character and competence go hand in hand and where young people lead by example, and with purpose.

Our science department is a community where responsibility, respect, reflection, and kindness guide not only how we learn but how we grow together.

We uphold responsibility by taking ownership of our actions, our learning, and the way we contribute to both scientific discovery and a just society. We approach every question with integrity, curiosity, and a commitment to doing what is right.

We show respect by listening carefully, valuing different viewpoints, and honouring the collaborative nature of scientific progress. Everyone's voice matters, and through mutual respect, we create a space where ideas can flourish.

We practice reflection to deepen understanding and refine our thinking. We ask not just "what did I learn?" but also "how can I improve?" and "how can my learning serve the world?"

And above all, we lead with kindness. We support each other through challenges, celebrate our successes with generosity, and treat every person - and living system we study - with care and compassion.

Together, we build a culture where science is not just learned, but lived - with heart and with purpose.

• General Practitioner (GP): Provides primary healthcare and treats a variety of conditions.
• Surgeon: Performs operations to treat injuries, diseases, and deformities.
• Nurse: Provides patient care and supports medical teams.
• Midwife: Assists with childbirth and prenatal care.
• Radiologist: Uses imaging techniques to diagnose and treat diseases.
• Anaesthetist: Administers anaesthesia and manages pain during surgeries.
• Environmental Scientist: Works to protect natural resources and ecosystems.
• Biologist: Researches living organisms and their environments.
• Geneticist: Focuses on heredity and DNA.
• Medical Scientist: Develops treatments and studies diseases.
• Epidemiologist: Investigates disease patterns and prevention.
• Biophysicist: Combines biology and physics to study living systems.
• Biology Teacher: Teaches Biology at various educational levels, from KS3 to University.

In Biology we have a mixture of activities that allow us to assess students’ learning. These include assessment throughout the lessons, with discussions, quizzes and exam questions. There will be occasions where students self-assess their work, and others where peer-assessment is conducted. Both will help students understand their weaknesses and strengths, and how to move forward.

We also have teacher-assessed tasks, which include six-mark questions, knowledge assessment quizzes, and end of unit tests, where knowledge, skills and application in new context are tested. In years 10 and 11, students also complete mock exams.

Key Stage 3

Cells and Organisation
Ecosystems and Interdependence
Health and Immunisation
Human Reproduction
Inheritance and Evolution
Photosynthesis
Plant Reproduction
Respiration

Combined Science 

Separate Sciences

B1 Cell Biology
B2 Organisation
B3 Infection and Response
B4 Bioenergetics
B5 Homeostasis and Response
B6 Inheritance, Variation and Evolution
B7 Ecology

• Organic Chemist
  Designs and synthesises carbon‑based molecules used in medicines, plastics, and consumer products.
• Inorganic Chemist
  Studies metals, minerals, and non‑carbon compounds to develop catalysts, coatings, and advanced materials.
• Biochemist 
  Examines chemical processes in living organisms, contributing to medicine, genetics, and biotechnology.
• Materials Scientist
• Creates and tests new materials (polymers, ceramics, composites) for technology, engineering, and manufacturing.
• Pharmacologist
  Studies how drugs interact with biological systems to ensure safety and effectiveness.
• Chemical Engineer
  Applies chemistry, physics, and engineering to design processes for large‑scale production of chemicals and materials.
• Formulation Chemist
  Develops products like cosmetics, paints, detergents, and food additives by blending chemicals into stable mixtures.
• Environmental Chemist
  Studies pollutants in air, water, and soil to help protect ecosystems and public health.
• Water Quality Scientist
  Monitors and analyses water sources to ensure they are safe for consumption and the environment.
• Water Quality Scientist
  Monitors and analyses water sources to ensure they are safe for consumption and the environment.
• Atmospheric Chemist
  Investigates the chemical composition of the atmosphere, including climate‑related gases and pollutants.
• Chemistry Teacher / Lecturer
  Teaches chemistry at secondary or university level, inspiring the next generation of scientists.
• Forensic Scientist
  Analyses chemical evidence from crime scenes, such as toxins, drugs, or trace materials.

In Chemistry, we have a mixture of activities that allow us to assess students’ learning. These include assessment throughout the lessons, with discussions, quizzes and exam questions. There will be occasions where students self-assess their work, and others where peer-assessment is conducted. Both will help students understand their weaknesses and strengths, and how to move forward.

We also have teacher-assessed tasks, which include six-mark questions, knowledge assessment quizzes, and end-of-unit tests, where knowledge, skills and application in new contexts are tested. In Years 10 and 11, students also complete mock exams. 

Need Journey 

Key Stage 3

Acids and Alkalis Knowledge Organiser
Atoms and the Periodic Table
Chemical Reactions
Earth and the Atmosphere
Materials and Recycling
KS3 States of Matter

KS4 Combined Science 

C1 Atomic Structure and the Periodic Table – Foundation and Higher
C2 Bonding Structure and Properties of Matter
C3 Foundation Quantitative Chemistry
C3 Higher Quantitative Chemistry
C4 Chemical Changes
C5 Energy Changes
C6 The Rate and Extent Of Chemical Change
C7 Organic Chemistry
C8 Chemical Analysis
C9 Chemistry Of The Atmosphere
C10 Using Resources

KS4 Separate Science 

C1 Atomic Structure and The Periodic Table
C2 Bonding, Structure and The Properties of Matter
C3 Quantitative Chemistry
C4 Chemical Changes
C5 Energy Changes
C6 The Rate and Extent of Chemical Reactions
C7 Organic Chemistry
C8 Chemical Analysis
C9 Chemistry of The Atmosphere
C10 Using Resources

• Physicist
  Studies the laws of matter, energy, space, and time to understand how the universe works.
• Astrophysicist
  Investigates stars, planets, galaxies, and cosmic phenomena using physics and astronomy.
• Nuclear Physicist
  Studies atomic nuclei and radiation, contributing to energy, medicine, and national security.
• Mechanical Engineer
  Designs and builds machines, engines, and mechanical systems using principles of motion and energy.
• Electrical Engineer
  Works with electricity, electronics, and electromagnetism to create circuits, devices, and power systems.
• Aerospace Engineer
  Designs aircraft, spacecraft, satellites, and propulsion systems.
• Robotics Engineer
  Develops robots and automated systems that combine mechanics, electronics, and computing.
• Radiographer
  Uses imaging technologies to diagnose and monitor medical conditions.
• Biomedical Engineer
  Designs medical devices, prosthetics, and diagnostic equipment.
• Renewable Energy Engineer
  Develops technologies for solar, wind, hydro, and other sustainable energy sources.
• Geophysicist
  Studies the Earth’s structure using physics to support environmental monitoring, oil exploration, and natural hazard prediction.
• Defence Scientist
  Develops technologies for national security, including sensors, materials, and detection systems.
• Physics Teacher / Lecturer
  Teaches physics at secondary or university level, helping students understand complex concepts.

In Physics, we have a mixture of activities that allow us to assess students’ learning. These include assessment throughout the lessons, with discussions, quizzes and exam questions. There will be occasions where students self-assess their work, and others where peer-assessment is conducted. Both will help students understand their weaknesses and strengths, and how to move forward.

We also have teacher-assessed tasks, which include six-mark questions, knowledge assessment quizzes, and end-of-unit tests, where knowledge, skills and application in new contexts are tested. In Years 10 and 11, students also complete mock exams.

Key Stage 3

Electricity and Magnetism
Energy
Forces
Motion and Pressure
Space
Waves

Combined Science 

P1 Energy
P2 Electricity
P3 Particle Model of Matter
P4 Atomic Structure
P5 Forces
P6 Waves
P7 Magnetism and Electromagnetism

Separate Sciences

P1 Energy
P2 Electricity
P3 Particle Model of Matter
P4 Atomic Structure
P5 Forces
P6 Waves
P7 Magnetism and Electromagnetism
P8 Space Physics