Science:
Subject Information Overview
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Curriculum
Area Staff Curriculum
InformationCurriculum
OverviewExam information for GCSE
qualifications in this Subject AreaKnowledge
Organisers
Curriculum Area Staff
Curriculum Director – Humera Carter |
Jenny Mackey (AAP) |
Should you require more information about this subject area please contact:
Name: Mrs H Carter
Position: Curriculum Area Leader
Email: huc@selbyhigh.co.uk
Curriculum Information
The Science curriculum is based upon the belief that a sound understanding of science is vital for all students to make sense of many different phenomena that we all experience in our day to day lives. The curriculum passionately conveys the idea that a sound grasp of scientific concepts and skills is fundamental in understanding the world around us, enabling us all to make considered choices and decisions in an ever changing world. Advancements in knowledge and understanding make extensive leaps and impact upon us all, often carrying moral and ethical dilemmas that we all should have an awareness of and be able to critically consider. Our aim is to ensure that every single student leaves Selby High School with the ability to unpick the scientific developments that they hear about in the news and to gain insight into how science impacts many facets of our daily lives from medicine, energy demands, farming, right through to the impact we have on the world around us and our capacity to continue to exist .
Through science lessons we aim to ensure that all children will gain a broad and balanced knowledge of all three strands of science (biology, chemistry and physics).
We will build a strong foundation of key ideas starting with energy, cells and atoms at KS3, building upon this into more complex concepts as students study their GCSE courses.
Students will cover all the content set out in the National Curriculum and the GCSE exam specification.
The key knowledge and concepts covered throughout their time at Selby High School are outlined below, and the carefully designed spiral curriculum, allows students to come back to these ideas in more and more depth as their learning journey continues.
Biology: Cells, Organ Systems in plant and animals, Infection and Immunity, Bioenergetic processes (respiration and photosynthesis), Homeostasis (hormones and the nervous system), Inheritance and Evolution, Ecology.
Chemistry: Atomic structure & the Periodic table, Chemical bonding and the properties of matter, Quantitative chemistry, Chemical reactions/changes, Energy changes , Rates of reaction, Organic chemistry, Chemical analysis, Chemistry of the atmosphere, Using resources.
Physics: Energy, Electricity, Particulate models, Nuclear physics and radiation, Forces, Waves, Magnets and Electromagnets, Space.
In addition to the knowledge they will acquire, students will also develop a wide range of practical skills, and the ability to assess risk, analyse data, evaluate evidence and draw conclusions.
We will deliver engaging lessons which allow all students to be stretched yet feel able to achieve. Students should feel supported and have the confidence to take risks and work independently in the pursuit of excellence.
To enhance the experience of students at Selby High School and expand their horizons, the science team offers a wide variety of courses, trips and activities which promote a lifelong love of learning.
Our aim is to ensure that every single student leaves Selby High School with a broad understanding of the key knowledge and concepts in Biology, Physics and Chemistry. We also want students to be able to critically assess the scientific developments that they hear about in the news and to gain insight into how science impacts the many facets of our daily lives from medicine, energy demands, farming, right through to the impact we have on the world around us and our capacity to continue to exist.
Curriculum Overview
Below is a summary overview of the topics and their content that will be studied in each term by each year group. For more information about each topic, get your child to visit learning journeys and resources on the school online learning platform - Ready Steady Learn.
Year Group | Term 1 | Term 2 | Term 3 |
7 |
Thinking in science 7B1 Cells 7C1 Particles |
7P1 Energy and electricity 7C2 Elements, mixtures and compounds and acids and alkalis |
7B2 Reproduction and interdependence 7P2 Forces |
Assessment details |
Year 7 Assessment: - There will be 3 assessments spread throughout the year. They will focus on the content studied up to that point in the year. |
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8 |
8P1 Further energy, forces and space 8B1 Healthy body |
8C2 Chemical reactions 8P2 Waves |
8B2 Environment and genetics 8C1 Earth structure 8C2 Chemical reactions |
Assessment details |
Year 8 Assessment: - There will be 3 assessments spread throughout the year. They will focus on the content studied up to that point in the year. |
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9 |
9B1 Cell Biology 9C1 Atomic structure and bonding |
9P1 Energy 9B2 Biological organisation |
9C2 Periodic table 9P3 Particles |
Assessment details |
Year 9 Assessment: - There will be 3 assessments spread throughout the year. They will focus on the content studied up to that point in the year.. |
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10 |
Science Trilogy (AQA) Electricity Quantitative chemistry Infection and response
Biology (AQA) Infection and response
Chemistry (AQA) Chemical reactions
Physics (AQA) Atomic Physics |
Science Trilogy (AQA) Chemical reactions Bioenergetics Homeostasis Energy in reactions
Biology (AQA) Bioenergetics
Chemistry (AQA) Energy Changes in Reaction Rates of Reaction
Physics (AQA) Forces |
Science Trilogy (AQA) Rates of reaction Atomic physics
Biology (AQA) Homeostasis
Chemistry (AQA) Organic Chemistry
Physics (AQA) Waves |
Assessment details |
Year 10 Assessment: - There will be 3 assessments spread throughout the year. They will focus on the content studied up to that point in the year. |
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11 |
Science Trilogy (AQA) Forces Inheritance Rates of reaction Biology (AQA) Inheritance
Chemistry (AQA) Chemical Analysis Atmosphere
Physics (AQA) Electromagnetism |
Science Trilogy (AQA) Ecology Waves Organic chemistry
Biology (AQA) Ecology
Chemistry (AQA) Using Resources Revision
Physics (AQA) Space Revision |
Science Trilogy (AQA) Magnetism Atmosphere Using resources Revision and Exams
Biology (AQA) Revision and Exams
Chemistry (AQA) Revision and Exams Physics (AQA) Revision and Exams |
Assessment details |
Year 11 Assessment: - There will be 3 assessments spread throughout the year. They will focus on the content studied up to that point in the year.
GCSE Examinations: - All students will sit 6 science exams (2 Biology papers, 2 Chemistry papers, 2 Physics papers) in the summer term.
All trilogy papers will be 1 hour 15 mins and there will be a maximum of 70 marks available.
All separate science papers will be 1 hour 45 mins and there will be a maximum of 100 marks available. |
KNOWLEDGE ORGANISERS
A Knowledge Rich Curriculum at Selby High School
Research around memory suggests that if knowledge is studied once and not revisited or revised, it is not stored in the long-term memory. This means that after one lesson, or revising for one test, the knowledge will not be retained unless it is studied again. It won’t be recalled unless it is revisited frequently, which will embed it in the long term memory. In the long term this makes recall far easier. As part of home learning, students should be revising what they have been taught recently but also content they were taught previously. Therefore as part of our strategy to embed learning over time we have started to develop knowledge organisers across all year groups and curriculum areas. These will provide key content and knowledge allowing students to pre-learn and re-learn, a vital part of processing all the information required to be successful in the new style GCSE’s.
Instructions for using your knowledge organisers
KS3 = Years 7, 8 & 9
KS4 = Years 10 & 11
Below are the knowledge organisers for each topic in this subject. These knowledge organisers will become embedded in the Learning Journeys for each topic as they are created on Ready Steady Learn.
Exam information for GSCE qualifications in this subject area
Click each link below to view the full specification: