Hathershaw College

Science

Science

 

Curriculum Intent

  • Our aim is to deliver a broad, balanced, and inclusive Science curriculum that is both challenging and engaging, ensuring all students make exceptional progress.
  • We seek to stimulate students’ curiosity about the world around them, fostering a love of science and encouraging them to explore how it works in real-world contexts.
  • We equip students with the essential knowledge and understanding of scientific concepts that will impact their personal health, development, and growth throughout their lives.
  • Our curriculum develops students’ awareness of science-related issues that have relevance to their lives, both in their immediate context and in the wider world.
  • We encourage scientific inquiry by providing students with opportunities to plan, conduct, analyse, and evaluate scientific investigations, nurturing their skills as independent learners.
  • We aim to develop scientific reasoning in students, enabling them to explain occurrences, analyse causes, and predict outcomes with clarity and confidence.
  • We grow cultural capital through both science lessons and enrichment activities, offering students diverse opportunities, experiences, and responsibilities that broaden their understanding of science.
  • We promote literacy and oracy in science by focusing on the development, retention, and correct pronunciation of key scientific terminology, helping students communicate their ideas effectively.
  • We embed numeracy throughout the curriculum, giving students the tools to make connections between mathematics and science and enhancing their problem-solving abilities.
  • We aim to foster a lifelong thirst for knowledge and a love for science, ensuring that students leave with the best possible outcomes and are prepared for further study in science-related fields.
  • We actively promote careers in science and other STEAM subjects, providing guidance and opportunities that empower students to make informed decisions about their futures and contribute positively to society.
 

Core Science

What your child will learn in KS3 Science

Click on the topics for more information.

HT1 HT2 HT3 HT4 HT5 HT6
Y7

Physics

Chemistry

Biology

Y8

Chemistry

Physics

Biology

Y9

Biology

Chemistry

Physics 

What your child will learn in KS4 Science

HT1 HT2 HT3 HT4 HT5 HT6
Y10

Chemistry

Biology

 

Physics 

Y11

Physics

 

Chemistry

 

Biology

 

 Combined Science Revision

 

Exam specification 

 

 

Triple Science

What your child will learn in Year 10 Triple Science

HT1 HT2 HT3 HT4 HT5 HT6

Y10

Biology

Exchange and Transport

 

Fick's Law

 

Homeostasis

 

Thermoregulation

 

The Kidney

 

Osmoregulation

Plants Structure and Function

 

Plant Hormones

Ecosystems

 

Assessing Pollution

 

Food Security 

 

Rates of Decomposition

Food Tests

 

The Brain

 

The Eye

Genetics & Reproduction

 

Evolution, Selective Breeding & Genetic Modification

 

Health & Disease

 

Virus Life Cycles

 

Plant Defences & Disease

 

Antibiotics

 

Monoclonal Antibodies

 

Y10 

Chemistry

Transition Metals, Alloys & Corrosion

 

Electrolysis

 

Reactivity & Extraction of Metals 

 Calculations 

 

Quantitative Analysis

 

Dynamic Equilibrium

 

Fuels

 

Alcohols & Carboxylic Acids

Polymers 

 

Groups

Rates of Reaction

 

Heat & Energy Changes

Atmosphere

 

Qualitative Analysis 

 

Bulk & Surface properties of matter including Nanoparticles

Y10 

Physics

 Radioactivity

 

Nuclear Energy

 

Astronomy

 

Forces & Motion

 

Waves

 

Light & Electromagnetic Spectrum

Energy, Forces & Their Effects 

 

Electricity

Static Electricity

 

Magnetism

 

Electromagnetic induction

Particle Model

 

Forces & Matter


 What your child will learn in Year 11 Triple Science

HT1 HT2 HT3 HT4 HT5 HT6

Y11

Biology

Genetics & Reproduction

 

Evolution, Selective Breeding & Genetic Modification

 

Health & Disease 

Revision

 

Plant Structures & Their Adaptations

 

Homeostasis & Hormones

 

Exchange & Transport

 

Ecosystems

 

Revision

 

Key concepts (Cells, Enzymes & Transport) 

 

Neurotransmission, The Brain & The Eye

 

Genetics & Reproduction

Revision

 

Evolution, Selective Breeding & Genetic Modification

 

Health & Disease 

 

GCSE Exam Window

 

Revision

 

B1 Paper (Topics 1-5) 

 

B2 Paper (Topics 1,6-9)

 

 

Y11

Chemistry

 

Retrieval and Consolidation


 

Revision 

 

State of Matter

 

Atomic Structure 

 

Bonding

 

Acids & Alkalis

 

Electrolysis

 

Reactivity & Extracting Metals

 

Transition Metals, Alloys & Corrosion

Revision

 

Quantitative Analysis

 

Dynamic Equilibrium 

 

Groups of The Periodic Table

 

Rates of Reaction

 

Fuels

 

Atmosphere

Revision

 

Alcohols & Carboxylic Acids

 

Polymers

 

Qualitative Analysis

 

Bulk & Surface properties of matter including Nanoparticles 

Revision of Topics for C1 Paper

 

Revision of Topics for C2 Paper

GCSE Exam Window

 

Revision

 

C1 Paper (Topics 1-16)

 

C2 Paper (Topics 3-7, 9, 17-26)

Y11

Physics

Revision 

 

Motion 

 

Forces

 

Energy

 

Waves

 

Light & Electromagnetic Spectrum

 

Radioactivity 

 

Astronomy

Revision

 

Work & Power 

 

Electrical Circuits & Safety

 

Static Electricity 

 

Magnetism

 

Electromagnetic Induction

 

The Particle Model

 

Gas pressure & Volume

 

Forces & Matter

 

Revision for Topics for P1 Paper

Revision of Topics for P2 Paper

 

 

GCSE Exam Window

 

Revision

 

P1 Paper (Topics 1-7)

 

P2 Paper (Topics 8-15)

 

Biology Exam Specification

Chemistry Exam Specification

Physics Exam Specification

 

 

Science SMSC Statement

SMSC and British Values are promoted throughout the KS3 and KS4 Science provision at The Hathershaw College.  The subject naturally provides students with a sense of enjoyment and fascination in learning about the world around them, whilst drawing on their use of imagination and creativity. As an example, many of the big scientific ideas are taught through the use of models to allow pupils to visualise invisible concepts such as particles, waves and electricity. When studying cells and digestion at KS3, pupils engage in creating their own models and when using chocolate to model the rock cycle, students also evaluate the use of models.

 

In addition to this, students regularly engage in practical work in order to develop their scientific inquiry skills and investigate theory in practice. At KS3 our scientists develop familiarity with scientific equipment, methods and how to work safely in the lab. This extends beyond topics specified on the National Curriculum and includes content that is topical and interesting, for example, first aid, aquaponics, forensic science and yearly themes selected during National Science Week. As part of their GCSE Qualification students develop their scientific writing and build on these skills further to confidently carry out and remember Core Practicals such as the rate of respiration in small organisms, separating mixtures and investigating force, mass and acceleration. This often involves group work and discussions, promoting the development of social skills, preparing students for life in the workplace in modern Britain.

 

There is also a strong focus on developing students morally through ethical debates and reasoning tasks where they must respectfully discuss sensitive topics such as organ transplants, stem cell therapy, selective breeding programmes and IVF. Through these lessons students develop empathy and listen to alternative perspectives. This strand is further explored, when discussing the rule of law respective of drug and alcohol use and misuse. The Healthy Lifestyle unit of study in Year 8, teaches students to recognise the difference between right and wrong and the impact of their choices and behaviours on themselves, others around them and the National Health Service.  Furthermore, in Year 9 students reflect on the effect that human activity is having on the planet and deliberate ways to counterbalance the detrimental impact on biodiversity.

 

Finally, learning in a multicultural context allows our students to appreciate and celebrate a range of cultures that shape their own heritage and the heritage of others. Cultural development is promoted further in Science by acknowledging the contribution of various Scientists from around the world e.g. Dalton, Darwin, Curie and Herschel and the historical context that has influenced the way that theories have developed. Additionally, cultural differences can often influence the extent to which scientific ideas are accepted, used and valued in the classroom e.g. Human Evolution, however this is typically developed into an opportunity for discussion.