Curriculum Intention:

The intentions can be summarised as follows:-

• To ensure pupils develop scientific knowledge and understanding of science in the specific disciplines of biology, chemistry and physics
• To develop understanding of the nature, processes and methods of science through different types of science enquiries that help them to answer scientific questions about the world around them
• To relate their scientific knowledge to its uses in society today and in the future and this evidence in the Science fair project.

Autumn

Spring

Summer

Sept 2^nd - Oct 14^th

Working scientifically (Introduction to scientific Methodologies)

Plastic Awareness week

Jan 6^th – 10^th Feb

Atoms

20^th April – 18^th May

Reactions

Half term

Half term

Half term

Oct 28^th – Dec 16^th

States of Matter and separation of Mixtures

24^th Feb – 30^th March

This term students will be looking topics in physics and biology(energy , diet and health respectively)

1^st June – 13^th July

Science Project liked with Working Scientifically linked to all the 3 science disciplines (Biology, Chemistry and Physics)

Christmas Holidays

Easter Holidays

Summer Holidays

Outcomes:

Students will be able :

To support and consolidate scientific concepts (knowledge and understanding of the various topics).

• This is done by applying and developing what is known and understood of abstract ideas and models.
• Through practical work students will make sense of new information and observations, and
• Provide insights into the development of scientific thinking.

To develop investigative skills. These transferable skills include:

• Devising and investigating testable questions
• Identifying and controlling variables
•  Analysing, interpreting and evaluating data.

 To build and master practical skills such as:

• Using specialist scientific equipment to take measurements
• Handling and manipulating equipment with confidence and fluency
• Recognising hazards and planning how to minimise risk.

Employability skills:

• Remembering and Developing understanding
• Applying and Analysing
• Evaluating and Creating

Curriculum Intention:

Year 8 places an emphasis on the process of scientific enquiry as well as accumulation of knowledge to help bridge the gap between year 8 and GCSE

The course helps the students to:  

• Develop understanding of scientific ideas 
• Work out scientific ideas for themselves by using results from investigations 
• See how science is used in everyday life 
• Think about how science can be used for benefit of mankind. 

Autumn

Spring

Summer

Sept 2^nd - Oct 14^th

Materials

Jan 6^th – 10^th Feb

This term students will be doing topics biology and physics (reproduction and energy)

20^th April – 18^th May

Working Scientifically to consolidation year7 and 8 work and to ensure easy access to year 9 content.

Science Fair Projects begins

Half term

Half term

Half term

Oct 28^th – Dec 16^th

Acids and alkali

24^th Feb – 30^th March

This term students will be doing topics biology and physics (Ecosystems and waves)

1^st June – 13^th July

Completion of science fair Projects.

Physics topic(Earth)

Christmas Holidays

Easter Holidays

Summer Holidays

Outcomes:

Students will be able :

To support and consolidate scientific concepts (knowledge and understanding of the various topics).

• This is done by applying and developing what is known and understood of abstract ideas and models.
• Through practical work students will make sense of new information and observations, and
• Provide insights into the development of scientific thinking.

To develop investigative skills. These transferable skills include:

• Devising and investigating testable questions
• Identifying and controlling variables
•  Analysing, interpreting and evaluating data.

To build and master practical skills such as:

• Using specialist scientific equipment to take measurements
• Handling and manipulating equipment with confidence and fluency
• Recognising hazards and planning how to minimise risk.

Employability skills:

• Remembering and Developing understanding
• Applying and Analysing
• Evaluating and Creating
• Resilience developed through science fair

Curriculum Intention:

In Year 9 all students follow a course which is specifically designed to: 

• Form a foundation for GCSE and other courses  
• Encourage interest in all aspects of scientific study  
• Develop understanding of scientific ideas  
• See how science is used in everyday life 

Students spend one term studying the most important aspects of biology, chemistry and physics to a higher level than that taught in years 7 and 8, in order to bridge the gap between key stage 3
and 4

Autumn

Spring

Summer

Sept 2^nd - Oct 14^th

Jan 6^th – 10^th Feb

Structure and Bonding and matter

Particle model continue

Revision and exams

Half term

Half term

Half term

Oct 28^th – Dec 16^th

Atomic Structure

24^th Feb – 30^th March

20^th April – 18^th May

This term student will be studying A physics topic ‘Particle Model of Matter’ which is link to chemistry

1^st June – 13^th July

Rate of reaction which has links with Particle model.

Christmas Holidays

Easter Holidays

Summer Holidays

Outcomes:

Students will be able :

To support and consolidate scientific concepts (knowledge and understanding of the various topics).

• This is done by applying and developing what is known and understood of abstract ideas and models.
• Through practical work students will make sense of new information and observations, and
• Provide insights into the development of scientific thinking.

To develop investigative skills. These transferable skills include:

• Devising and investigating testable questions
• Identifying and controlling variables
•  Analysing, interpreting and evaluating data.

To build and master practical skills such as:

• Using specialist scientific equipment to take measurements
• Handling and manipulating equipment with confidence and fluency
• Recognising hazards and planning how to minimise risk.

Employability skills:

• Remembering and Developing understanding
• Applying and Analysing
• Evaluating and Creating
• Resilience

Curriculum Intention:

To support and consolidate scientific concepts (knowledge and understanding of the various topics).

• This is done by applying and developing what is known and understood of abstract ideas and models.
• Through practical work students will make sense of new information and observations, and
• Provide insights into the development of scientific thinking.

To develop investigative skills. These transferable skills include:

• Devising and investigating testable questions
• Identifying and controlling variables
•  Analysing, interpreting and evaluating data.

To build and master practical skills such as:

• Using specialist scientific equipment to take measurements
• Handling and manipulating equipment with confidence and fluency
• Recognising hazards and planning how to minimise risk.

Autumn

Spring

Summer

Sept 2^nd - Oct 14^th

Jan 6^th – 10^th Feb

20^th April – 18^th May

Half term

Half term

Half term

Oct 28^th – Dec 16^th

24^th Feb – 30^th March

1^st June – 13^th July

Christmas Holidays

Easter Holidays

Summer Holidays

Outcomes:

Students will be able :

To support and consolidate scientific concepts (knowledge and understanding of the various topics).

• This is done by applying and developing what is known and understood of abstract ideas and models.
• Through practical work students will make sense of new information and observations, and
• Provide insights into the development of scientific thinking.#

To develop investigative skills. These transferable skills include:

• Devising and investigating testable questions
• Identifying and controlling variables
•  Analysing, interpreting and evaluating data.

​To build and master practical skills such as:

• Using specialist scientific equipment to take measurements
• Handling and manipulating equipment with confidence and fluency
• Recognising hazards and planning how to minimise risk.

Employability skills:

• Students are encouraged to work in groups as well as individually building teamwork and leadership skills.
• Students will have to solve problems in lesson and have to be able to plan practical activities including risk assessments.

Curriculum Intention:

Topics covered in year 11 will be examine GCSE Chemistry Paper 2 which is building on the knowledge acquired during Yr9&10/Paper 1 lessons.

A topic with required practical’s completed earlier in the year to allow careful revision of these ahead of the exams.

The intention is :

To support and consolidate scientific concepts (knowledge and understanding of the various topics).

• This is done by applying and developing what is known and understood of abstract ideas and models.
• Through practical work students will make sense of new information and observations, and
• Provide insights into the development of scientific thinking.

To develop investigative skills. These transferable skills include:

• Devising and investigating testable questions
• Identifying and controlling variables
•  Analysing, interpreting and evaluating data.

To build and master practical skills such as:

• Using specialist scientific equipment to take measurements
• Handling and manipulating equipment with confidence and fluency
• Recognising hazards and planning how to minimise risk.

Autumn

Spring

Summer

Sept 2^nd - Oct 14^th

Hydrocarbons

Jan 6^th – 10^th Feb

Sustainable development (combined)

Analytic techniques (separate)

20^th April – 18^th May

Exam preparation

Half term

Half term

Half term

Oct 28^th – Dec 16^th

Analytic techniques

Revision

24^th Feb – 30^th March

Revision (combined)

Sustainable development (separate)

Y11 not in school

Christmas Holidays

Easter Holidays

Summer Holidays

Outcomes:

Students will be able :

• To apply and develop what is known and understood of abstract ideas and models.
• Use practical work to make sense of new information and observations.
• To provide insights into the development of scientific thinking.
• To devise and investigate testable questions
• Identify controlling variables
•  Analyse, interpret and evaluate data.
• To use specialist scientific equipment to take measurements
• Handle and manipulate equipment with confidence and fluency
• Recognise hazards and plan how to minimise risk.  

Employability skills:

• Students are encouraged to work in groups as well as individually building teamwork and leadership skills.
• Students will have to solve problems in lesson and have to be able to plan practical activities including risk assessments.
• The Analysis of Data

Curriculum Intention:

Delivery of topics is ordered to ensure students have built on fundamental knowledge from GCSE and preparing students for new and more challenging concepts throughout the year. Topics are split between teachers to help students differentiate between paper 1 and 2 with some overlap in physical chemistry to promote interleaving of topics in preparation of paper 3 for A2.

Autumn

Spring

Summer

Sept 2^nd - Oct 14^th

1.Topic: Physical Chemistry(MR)

Content

Atomic Structure and bonding, Chemical reactions including; Energetics, Kinetics, Chemical Equilibria, Oxidation and Reduction reactions

2.Topic: Physical Chemistry(VM)

Content

Atomic Structure and bonding, Chemical reactions including; Energetics, Kinetics, Chemical Equilibria, Oxidation and Reduction reactions

Jan 6^th – 10^th Feb

1.Topic: Physical Chemistry(MR)

Content

Atomic Structure and bonding, Chemical reactions including; Energetics, Kinetics, Chemical Equilibria, Oxidation and Reduction reactions

2.Topic : Organic Chemistry(VM)

content

Organic Compounds including; Alkanes, Alkenes, Halogenoalkanes, Alcohols and Organic analysis

20^th April – 18^th May

1.Topic: Organic Chemistry(VM)

content

Organic Compounds including; Alkanes, Alkenes, Halogenoalkanes, Alcohols and Organic analysis

1.Topic :Inorganic Chemistry(MR)

content

The periodic table including; Periodicity, Group 2 elements, and Group 7 elements

Half term

Half term

Half term

Oct 28^th – Dec 16^th

1.Topic: Physical Chemistry(MR)

Content

Atomic Structure and bonding, Chemical reactions including; Energetics, Kinetics, Chemical Equilibria, Oxidation and Reduction reactions

24^th Feb – 30^th March

1.Topic: Physical Chemistry(MR)

Content

Atomic Structure and bonding, Chemical reactions including; Energetics, Kinetics, Chemical Equilibria, Oxidation and Reduction reactions

2.Topic: Organic Chemistry(VM)

content

Organic Compounds including; Alkanes, Alkenes, Halogenoalkanes, Alcohols and Organic analysis

1^st June – 13^th July

1.Topic: Organic Chemistry(VM)

content

Organic Compounds including; Alkanes, Alkenes, Halogenoalkanes, Alcohols and Organic analysis

Christmas Holidays

Easter Holidays

Summer Holidays

Outcomes:

All students will have developed understanding of the AS specification and completed 6 assessed experiments in the form of CPAC assessments.

Student progress is measured in regular assessment in summative end of topic assessment and homework as well as formative assessment.

Tasks in lesson are peer or self-assessed providing instantaneous measures of progress and then as teachers we can implement intervention in lesson, using effective differentiation, or outside to ensure all students have progressed.

Employability skills:

• Students are encouraged to work in groups as well as individually building teamwork and leadership skills.
• Students will have to solve problems in lesson and have to be able to plan practical activities including risk assessments.

Curriculum Intention:

Delivery of topics is ordered to ensure students have built on fundamental knowledge from AS and preparing students for new and more challenging concepts throughout the year. Topics are split between teachers to help students differentiate between paper 1 and 2 with some overlap in physical chemistry to promote interleaving of topics in preparation of paper 3 for A2.

All skills and knowledge gathered throughout the course prepares students for university, college or apprenticeships. Practical experiments prepare students for working in a lab environment and understanding the procedures that occur in these environments.

Autumn

Spring

Summer

Sept 2^nd - Oct 14^th

1.Topic: Physical Chemistry(DN)

Content

Thermodynamics, Rate equations, Electrode potentials and Acids & Bases

Content

2.Topic: Physical Chemistry (MR)

Atomic Structure and bonding, Chemical reactions including; Energetics, Kinetics, Chemical Equilibria, Oxidation and Reduction reactions

Jan 6^th – 10^th Feb

1.Topic: Organic Chemistry(DN)

content

Organic compounds including aldehydes and ketones, carboxylic acids, Amines and Polymers, • Analysis techniques including NMR and Chromatography

20^th April – 18^th May

1.Topic: Organic Chemistry(DN)

content

Organic compounds including aldehydes and ketones, carboxylic acids, Amines and Polymers, • Analysis techniques including NMR and Chromatography

1.Topic: Physical Chemistry(MR)

Content

Atomic Structure and bonding, Chemical reactions including; Energetics, Kinetics, Chemical Equilibria, Oxidation and Reduction reactions

Half term

Half term

Half term

Oct 28^th – Dec 16^th

2.Topic: Organic Chemistry(DN)

content

Organic compounds including aldehydes and ketones, carboxylic acids, Amines and Polymers, • Analysis techniques including NMR and Chromatography

24^th Feb – 30^th March

2.Topic: Organic Chemistry(DN)

content

Organic compounds including aldehydes and ketones, carboxylic acids, Amines and Polymers, • Analysis techniques including NMR and Chromatography

1^st June – 13^th July

Christmas Holidays

Easter Holidays

Summer Holidays

Outcomes:

All students will have developed understanding of the AS specification and completed all 12 assessed experiments in the form of CPAC assessments.

Student progress is measured in regular assessment in summative end of topic assessment and homework as well as formative assessment.

Tasks in lesson are peer or self-assessed providing instantaneous measures of progress and then as teachers we can implement intervention in lesson, using effective differentiation, or outside to ensure all students have progressed.

Employability skills:

• Students are encouraged to work in groups as well as individually building teamwork and leadership skills.
• Students will have to solve problems in lesson and have to be able to plan practical activities including risk assessments.