Intent statement
Science is the gateway to understanding the world we live in. It gives students the opportunity to ask how and why about everything for example: How does the moon stay in orbit? Why is the sky blue? How do cars work? Why do elephants have trunks?
Head of Department
Ms Ozantinc
Curriculum Principles
Implementation Key Principles:
- Literacy - Summaries that include 3 key words
- paired talk and completion of extended writing
- Content is rich, relevant and reflective of the diverse world in which we live.
- Learning is sequenced to enable young people to develop knowledge and skills.
- Literacy is explicitly delivered across the curriculum.
- Learning is adapted to support the specific needs of individuals.
- A sustainable approach is supported through the curriculum.
- Resilience is promoted for students by frequent (low stakes) assessment to inform teaching
In classrooms, this may look like:
- Use of spiral -Science mastery curriculum, a spiral that builds on practical skills and knowledge application.
- Carefully planned shared schema, developed by experts and tailored by teachers to meet the needs of teaching groups
- DO NOW tasks drawing on prior learning
- Signature strategies used for Checking Understanding, such as Show Call, Show Me, Intentional Monitoring
- Shared literacy and reading strategies in place, such as Inside Outside Beyond and whole class reading work
- Precise pedagogical decisions made for students with additional needs (EHCP, SEND K, PSP, Behavioural, PA) including additional adults, alternative resources or outcomes, seating arrangements, precise deployment of signature strategies
- Teaching which alters according to student understanding demonstrated both from assessment points and within lessons
In work produced, this may look like:
- Purposeful self-marking in green pen
- Summaries to demonstrate their understanding
- Do Now and Apply task
- Regular feedback, which addresses knowledge or skills gaps
- Opportunities for conscious practise by students (reteach episodes, ‘fix-it’ sessions, revision)
- Opportunities for self and peer assessment, engaging with success criteria
- As relevant to Key Stage, opportunities to engage with exam-style content
- Home learning will promote digital literacy in line with school strategy
For students, this experience may include:
- Opprtunities to undertake practical work applying their scientific understanding
- Consistent staffing in lessons with teachers who know them and similar learning journeys across year groups
- Regular opportunities to engage with feedback on progress (parents’ evenings, progress grades, reports, assessment feedback, in-class feedback, marking)
- A clear sense of the curriculum journey leading to CEIAG – how can you pursue this field of study? What might it lead you to?
- Where students are taught by professionals at the start of their career, they can expect additional adults in classes supporting through a range of strategies (live coaching, learning walks, observations, team teaching)
Impact Key Principles
In evaluating the impact of our curriculum, we will consider:
- Outcomes data, such as A level and BTEC Results, GCSE results, Additional qualifications (sports leaders, community languages, Entry level qualifications) and the performance of vulnerable groups within that data
- Destinations data at common points of transition from the school (Key Stage 4 and Key Stage 5)
- Internal and external Quality Assurance processes (Ark review processes, governor accountability processes, internal audit processes, Ofsted)
- The development of professionals into experts in their field through their work in supporting colleagues, supporting other schools, developing curriculum resource, becoming examiners etc.
Year 7
Autumn | |
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Cells Particle Model Forces Reproduction |
Spring | |
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Elements, atoms and compounds Interdependence Gravity |
Summer | |
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Energy transfers Mixtures Electric circuits |
Year 8
Autumn | |
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Tissues and Organs Acids and Alkalis Movement and Pressure Respiration and Photosynthesis |
Spring | |
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Changing substances Magnetism Life Diversity Earth Systems |
Summer | |
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Resistance Nutrition Light |
Year 9
Autumn | |
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Growth and Differentiation Periodic table Acceleration Human Interaction |
Spring | |
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Quantitative Chemistry Heating Genetics |
Summer | |
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Using resources Waves Electricity at home |
Year 10
Autumn | |
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Conservation and Dissipation of energy Chemical changes The Earth’s Resources Electricity in the Home Organisation in Plants and Animals The Human Nervous system Respiration Structure and Bonding Energy Changes |
Spring | |
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Forces Photosynthesis Organising ecosystems Chemical Change (Salts) Electrolysis Earth’s resources Energy Chemical Analysis |
Summer | |
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Electricity at home Electromagnetism Communicable and Non- Communicable diseases Crude Oil Organic reactions and Polymers Radioactivity Variation and Evolution Genetics Adaptations and Interdependence |
Year 11
Autumn | |
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Reproduction Hormonal coordination Variation and evolution Genetics Chemical Analysis Quantitative Chemistry Chemical Change Rates and Equilibria Organic reactions and Polymers Using our Resources Earths’ Atmosphere Electromagnetic waves Force and Motion Force and Pressure Waves Light Electromagnetism Space |
Spring | |
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N/A |
Summer | |
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N/A |
Year 12
Chemistry
Autumn | |
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Fundamental particles |
Spring | |
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Energetics |
Summer | |
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Born‐Haber cycles |
Biology
Autumn | |
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Electron Microscope |
Spring | |
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Survival and response |
Summer | |
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Photosynthesis Respiration |
Physics
Autumn | |
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N/A |
Spring | |
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Quarks |
Summer | |
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N/A |
Year 13
Chemistry
Autumn | |
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Acids and Bases |
Spring | |
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Aromatic Chemistry |
Summer | |
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N/A |
Biology
Autumn | |
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Respiration |
Spring | |
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Stem Cells |
Summer | |
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N/A |
Physics
Autumn | |
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Fields and further mechanics |
Spring | |
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Thermal Fields |
Summer | |
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N/A |