Science
“Equipped with our five senses, we explore the Universe around and call the adventure Science” Edwin Hubble.
Science Vision
To provide a science curriculum that wants to instil a sense of wonder, intellectual challenge and encourage pupils to be curious and inquisitive about their environment. We ensure that pupils have the confidence to engage with science in their everyday lives, become learners who have a thirst for knowledge and have the creativity to become the Scientists of tomorrow.
All students will have the opportunity to:
- Develop and obtain a secure mastery of key science concepts and develop scientific skills.
- Experience a wide range of science activities with access to resources, ideas and questions which science brings to our lives.
The curriculum objectives are to provide:
1. The highest quality of teaching, where pupils will experience a wide range of motivating and challenging, learning opportunities.
2. The Teacher expertise to identify barriers to learning and plan ways to overcome these.
3. The opportunity for all pupils to achieve and succeed in Science whatever their individual circumstances.
4. A focus on the development of skills in:
- Investigation, observing, measuring, recording, predicting, communicating, interpreting and evaluating
- Improvement of use of scientific literacy
- Becoming effective communicators of scientific ideas, facts and data.
- To give confidence to build on their maths skills.
Key stage 3 Curriculum Intent
We follow the National Curriculum programme of study for key stage 3, which has been personalised for our use.
The KS3 curriculum builds a solid foundation of skills and knowledge to secure success at GCSE.
For example, we want our students to know that ‘understanding’ means having the knowledge concepts and skills and applying them to different situations.
We will achieve this by:
- Promoting the enjoyment and enthusiasm for learning by demonstrating the ability to design an investigation, take measurement, present data and identify pattern and relationships.
- Promoting confidence and competence with the recall of scientific facts and provide support so students can apply scientific ideas.
- Developing the ability to solve problems through decision-making and reasoning in a range of contexts. For example, writing out advantages and disadvantages of using fossil fuels over renewable resources like wind power.
- Developing a practical understanding of the ways in which information is gathered and presented. For example, looking at how data from an experiment is gathered and then presented via graphical representation.
Key stage 3 Curriculum
|
Key ideas |
Year 7 |
Year 8 |
Term 1 |
Biology
Chemistry
Physics |
Introductory: safety, variables, naming of apparatus. Organisms- cells digestion & movement
Reactions: Acid and Alkalis
Forces- contact, gravity
|
Scientific skills- variables, graphical and mathematical
Ecosystems: plant reproduction & photosynthesis Metal and reactivity.
Waves : -Sound & light wave effects |
Term 2 |
Biology
Chemistry
Physics |
Interdependence
Particle model & separation of mixtures
electrical circuits- voltage and current, safety of plug |
Organisms: breathing and respiration
Earth structure & resources
Energy transfers, work done, heating and cooling- |
Term 3 |
Biology Chemistry
Physics |
Variation types and effects
Types of reactions, elements & periodic table
Universe- solar system |
Genes and Inheritance.
Climate
Current, voltage and resistance, Magnetism and electromagnetism
Forces- contact and pressure
|
Key Stage 4 Curriculum intent
The KS4 curriculum is taught over three years. Our curriculum builds on the solid foundation laid down at KS3. The Ofqual objectives are incorporated to ensure all students are competent in recalling and applying knowledge of key scientific ideas, techniques and procedures.
We follow the AQA Combined Science Trilogy Syllabus. To meet the needs of all students we dual teach the Entry level Certificate Science so all students gain a recognised qualification by the end of their time here.
Topics learnt are:
|
Knowledge |
Year 1 |
Year 2 |
Year 3 |
Term 1 |
Biology
Chemistry
Physics |
Cell biology
|
Organisation
Bonding & Structure
Electricity |
Homeostasis & response
The rate and extent of chemical change
Forces |
Term 2 |
Biology
Chemistry
Physics |
Atomic structure and periodic table |
Infection and response Bioenergetics Quantitative chemistry, Chemical changes . |
Inheritance, variation & evolution
Organic chemistry/ Chemical analysis
Waves |
Term 3 |
Biology
Chemistry
Physics |
Energy |
Physics 3 Particle model of matter
Energy changes.
Atomic structure
|
Ecology
Chemistry of the atmosphere, Using earth’s resources.
Magnetism and electromagnetism |
In the course. 21 required practical’s are covered where 15% of the GCSE exams will draw on the knowledge and understanding of them.
Exam information 2020
Dates |
Paper 1 |
Topics covered |
Paper 2 |
Topics covered |
12th May 2020 |
Biology |
· Cell biology · Organisation · Infection and response · Bioenergetics |
|
|
14th May 2020 |
Chemistry |
· Atomic structure · Bonding, structure and properties · Quantitative chemistry · Chemical changes · Energy changes |
|
|
20th May 2020 |
Physics |
· Energy · Electricity · Particle model of matter · Atomic structure |
|
|
7th June 2020 |
|
|
Biology |
· Homeostasis & response · Inheritance, variation & response · Ecology |
10th June 2020 |
|
|
Chemistry |
· The rate and extent of chemical change · Organic chemistry · Chemical analysis · Chemistry of the atmosphere |
12th June 2020 |
|
|
Physics |
· Forces · Waves · Magnetism and electromagnetism
|
Science Curriculum progression map
Key ideas |
Y7 |
Y8 |
Y9 |
Y10 |
Y11 |
Organisms |
Introductory: Organisms- cells digestion & movement |
Organisms: breathing and respiration |
GCSE cell biology |
Organisation |
Homeostasis & response |
Reactions
Energy
|
Reactions: Acid and Alkalis
Energy transfer and work |
Types of Reactions Periodic table and metal reactivity Energy costs heating and cooling |
Atomic structure & periodic table
Energy |
Bonding and structure
Chemical & energy changes |
Rate and extent of chemical change
Chemistry of the atmosphere |
Forces
|
gravity, contact |
speed and pressure |
|
|
Forces |
Matter |
particle model and separation of mixtures |
types of reactions conservation of mass |
GCSE: particle model of matter |
Quantitative chemistry |
Organic chemistry/ Chemical analysis |
Electromagnets |
Circuits voltage and current Electrical safety |
resistance, electromagnets |
|
electricity |
Magnetism and electromagnetism |
Ecosystem |
interdependence |
Plant reproduction & photosynthesis |
Plant transport |
Bioenergetics |
Ecology |
Earth |
Universe |
Earths structure & earth’s resources & climate |
|
Atomic structure |
Using resources |
Genes |
Genes- variation |
inheritance |
|
|
Inheritance, variation and evolution |
Waves
|
Waves sound & light |
Wave effects & properties |
|
|
waves |
Science results
|
2018 |
2019 |
2018 |
2019 |
GCSE Analysis Grade |
4-9 |
4-9 |
7-9 |
7-9 |
Our centre |
83% |
82% |
9% |
18% |
Similar centres |
53% |
54% |
5% |
6% |
All AQA centres |
55% |
56% |
8% |
8% |
National data (JCQ- 16 year olds) |
|
55.6% |
|
7.7% |
Compare school performance published February 2020.
Science value added (0.67) was significantly above the national average and in the highest 20% of all schools in 2019.
The percentage achieving grade 4+ in science (83%) was in the highest 20% of all schools in 2019 as well as in 2018.