Curriculum Aims

We have identified a set of curriculum aims, designed to ensure we enable Kirton Academy students to make positive contributions to North Lincolnshire and the wider community.

They are to:

  1. Build deep knowledge, skills & understanding in all subject areas.
  2. Develop Literacy & Numeracy to address social disadvantage.
  3. Equip our students with opportunities and experiences within and beyond the curriculum to develop personally and be able to make informed and ambitious choices about their future so they can succeed in modern Britain.

Curriculum Impact

We are ambitious for all pupils to achieve because of the education they have received. Specifically, we want our curriculum to enable pupils to:

  • Leave the Academy as young adults able to share their own ideas, views, and opinions, responding to others in a considered and well-articulated manner.
  • Know more, Do more, Remember More, making progress to acquire the knowledge and cultural capital they need to succeed in life, from what is intended in the curriculum.
  • Have pride in the work they produce.
  • Able to read to an age-appropriate level and fluency.
  • Have been well prepared for their next stage of education, training, or employment.
  • Achieve well in national tests and examinations, where relevant.

Curriculum Locality

Our school is in the heart of Lincolnshire. Where we are located, like many areas of Lincolnshire, developed as an agricultural community with farming as the primary employer. Later, the area become reliant on industries such as steelmaking to provide employment for the local workforce. Whilst manufacturing (17.4 % of the labour workforce) is still important, other sectors such as Wholesale& Retail Trade (17.2%) and Human Health and Social Work (14.3%) have equal importance as employers in the area. Our highly ambitious curriculum is designed to provide a workforce that that possess the desired skills and knowledge needed by employers and an appreciation of how to thrive in our community.


Curriculum Development and Research

We have learned from a wide range of sources to create and evolve our curriculum and pedagogy including utilising the National Curriculum programmes of Study, OFSTED’s Subject guides, consultation with local employers, LGAT primary and secondary schools.

In addition, we have used the following resources to support the design of our curriculum.

This document has enabled school leaders to understand the future employment opportunities of our students in the area.

This website enables school leaders to understand the population of the area it serves.


Curriculum Principles

Every child has the potential to succeed and there are no excuses not to achieve that success. We expect that every Kirton Academy student leaves our academy with the qualifications, skills, and confidence to achieve excellence.We have identified a set of principles which underpin our curriculum design to enable our students to be proud of who they are, be active community members who share a passion for educational excellence:

  • The curriculum is designed to ensure that students experience a broad curriculum for as long as possible to support students' learning and progression into further and higher education, training, or employment.
  • The curriculum is ambitious and designed to give pupils, particularly disadvantaged pupils and pupils with SEND, the knowledge they need to take advantage of opportunities, responsibilities, and experiences in later life.
  • When designing the knowledge-rich curriculum, care is taken to ensure that it is built on sound pedagogical principles to enable our students to know more and do more and prepare them for 21st Century life.
  • Considerable thought, time and planning is devoted by all staff in ensuring that the curriculum is mapped and sequenced to complement what has been previously learned. The build-up of knowledge and the practice of skills over time is gradual to enable pupils to achieve clear end points.
  • Ensuring students enjoy their time in school and develop the cultural capital they need to succeed in life.
  • Providing every child, regardless of their social background, race, nationality, disability, religion, sexual orientation, or gender identity, with a safe and nurturing environment in which to grow.

Our Curriculum Design (Implementation)

Key Stage 3 (3 years)

At Key Stage 3, the curriculum is devised in collaboration with our colleagues in local primary schools. Our students receive a broad and balanced curriculum in Y7, 8 and 9, that meets the requirements of the National Curriculum. We run a three-year Key stage 3 to ensure that pupils have the opportunity and time to study an ambitious curriculum, enabling them to gain secure foundations for success in their future studies.

Table of curriculum lessons offered.

Subject Number of lessons a week
Year 7 Year 8 Year 9
English 4 4 4
Maths 4 4 4
Science 3 3 3
History 2 2 2
Geography 2 2 2
Spanish 2 2 2
IT 1 1 1
Creative Arts / Technology 2 2 2
Music 1 1 1
PE 2 2 2
Life 1 1 1

Key Stage 4 (2 years)

Students undertake a 2-year curriculum at KS4 building upon the key knowledge gained during the previous three years of study. In Key Stage 4, we provide a broad, ambitious, and inclusive curriculum that prepares students for a variety of post-16 opportunities and enables them to develop the life-long learning skills that are required by colleges, universities, and employers.

All our Key Stage 4 students are encouraged to fulfil the Ebacc qualification; however, it is recognised that some of our children wish to complete the study of subjects which do not fall within the Ebacc qualification. As such, our curriculum is flexible and responds to the personal aspirations of each child. All pupils have access to non-examined subjects such as physical education and CPSHE known in the school as ‘Life’. The learning route that each student takes will be based on consultation between students, parents and carers, class teachers and members of the Senior Leadership Team. Discussions will focus on the suitability and demands of each subject.

Content Pending

Assessment Calendar

Attainment and Progress at Key Stage 3

At KS3, students will undertake summative assessments twice a year to measure their understanding in each subject. The second summative assessment that takes place towards the end of the academic year will cover all the work studied that year. Students will obtain a percentage test score for each subject after completing an assessment. After an assessment, a percentile rank is used to determine the position the student within the cohort and used to determine progress. A report on the progress and attainment of each student will be sent to parents electronically.

Attainment and Progress at Key Stage 4

At KS4, students will be assessed against GCSE criteria in two summative assessments per subject. The academy will report the progress of the student after each assessment. At the end of Year 10 and in Year 11, the Academy will also report a GCSE grade attained by the student. Progress will be measured by comparing their performance in recent assessments with their target grade. A report on the progress and attainment of each student will be sent to parents elecxtronically.

Parent/Teacher Consultation Evenings

Parent Consultation Evening 1 31st October 2024
Parent Consultation Evening 2 27th February 2025
Parent Consultation Evening 3 8th May 2025

Reports Sent To Parents — Year 7–11

Year 7 Summative Assessment 1 18th December 2024
Year 7 Summative Assessment 2 30th April 2025
Year 8 Summative Assessment 1 22nd November 2024
Year 8 Summative Assessment 2 30th April 2025
Year 9 Summative Assessment 1 11th October 2024
Year 9 Summative Assessment 2 14th March 2025
Year 10 Summative Assessment 1 18th December 2024
Year 10 Summative Assessment 2 10th July 2025
Year 11 Summative Assessment 1 4th February 2025
Year 11 Summative Assessment 2 1st April 2025

Rationale

At Kirton Academy School we highly value the creative arts and the opportunities and career prospects it opens to our students. Our teachers are passionate about their subject specialisms and it is our ambition to pass on this enthusiasm to our students. In KS3 Art, Design and Technology (ADT) are taught via rotation throughout years 7, 8 and 9. Students have 2 hours of ADT a week in the areas of Art, Art Textiles, Food Technology and Resistant Materials. Each separate subject area is broken down into sequenced programs of study designed to prepare students for later life. The lessons are structured to give the students the best preparation to go on to study the optional subjects GCSE Art, GCSE Art Textiles, GCSE Design and Technology and Hospitality and Catering Level 1 or Level 2.

Students work practically in a wide range of materials and mediums to expose them to new experiences and concepts. In Art, we focus on developing students understanding of how other artists and designers work expressing ideas and emotions, using other people's work as a springboard to inspire their ideas. Students work in mediums such as paint, ink, clay, and textiles, with projects increasing in complexity through years 7, 8 &9. In Resistant Materials students work in a wide range of materials including plastics and wood, employing both hand tools, larger machinery and computer aided design. Students work through a design process from idea conception to product development, with an increasing focus on the environmental impact of materials and technology. In Food Technology students learn about how different food groups are needed by the body, how we consume and enjoy foods from around the world as well as the different food choices people can and have to make. Alongside this they learn increasingly complex food preparation skills enabling them to grow in confidence and be more independent in their own self-care.

Through all our subject areas we aim to give students an insight into the career routes they could take and the wide range of industries they could aspire to work in.

Aims

Art and Textiles

  • Opportunities.
  • Rural neighbuorhoods tend to have a strong community identity and this is evident in Kirton in Lindsey and its surrounding catchment area. There is an increased sense of pride in the school and this will be further built upon by an increased connection with the local community. We aim for local communities to regard the school as a place where students can realize their ambitions and learn skills to prepare them for employment. As a faculty we aim to be involved in more community projects and events. We are also aiming to create a strong connection with local feeder primary schools who use the schools Art, Design and Technology facilities.
  • Local Universities such as Lincoln and Hull have seen great successes and led to huge developments and investments in both cities. There has also been the recent arrival of University Campus North Lincolnshire opening up local higher education paths to students. We aim to build partnerships with higher education providers and expose students to a range of careers paths and opportunities.
  • The Humber bank connected to 25% of the UK's energy generation has a major role to play in reaching net zero and big economic opportunities around decarbonisation. Significant levels of investment in the area are anticipated over the coming years making the Humber a major hub for renewables in the UK. Northern Lincolnshire is uniquely positioned to be at the centre of growth in offshore wind and green energy. Our aim is to build partnerships with local employers and ensure our students are prepared with the skills and expertise employers are looking for.

Resistant Materials

  • Develop the creative, technical and practical expertise needed to perform everyday tasks confidently and to participate successfully in an increasingly technological world.
  • Build and apply a repertoire of knowledge, understanding and skills in order to design and make high-quality prototypes.
  • Use research and exploration, such as the study of different cultures, to identify and understand user needs.
  • Identify and solve their own design problems and understand how to reformulate problems given to them.
  • Develop and communicate design ideas using annotated sketches, detailed plans, 3-D and mathematical modelling, oral and digital presentations and computer-based tools.
  • Select from and use specialist tools, techniques, processes, equipment and machinery precisely, including computer-aided manufacture.
  • Investigate new and emerging technologies.

Food

  • Understand and apply the principles of nutrition and health.
  • Cook a repertoire of predominantly savoury dishes so that they are able to feed themselves and others a healthy and varied diet.
  • Become competent in a range of cooking techniques [for example, selecting and preparing ingredients; using utensils and electrical equipment; applying heat in different ways; using awareness of taste, texture and smell to decide how to season dishes and combine ingredients; adapting and using their own recipes].
  • Demonstrate an awareness of the dietary needs and choices of different groups such as religious needs, medical needs, health, ethical and moral choices.
  • Understand the source, seasonality and characteristics of a broad range of ingredients.
  • Have an understanding about sustainability and environmental impact of our food choices.

The Rationale for Sequencing (Scope and Rigour)

When students come to secondary school their experience of Art, Design and Technology at primary school varies vastly and is most often underdeveloped. As students begin in Y7 they are introduced to basic equipment, materials and processes to ensure they have solid foundations for the rest of KS3. By Year 8 and 9 students are able to undertake more complex projects, using an increasingly complex range of tools and equipment. Projects allow for more independent choices and students are encouraged to take creative risks with their choices. Throughout KS3 students increasingly are made aware of how their learning leads into KS4 choices.

Why?

Students often are ill exposed to career progression and opportunities within the Arts, Design and Technology (including food related careers). Students' understanding of the opportunities they can aspire to helps underpin their intrinsic motivation. Students who are aware of progression routes tend to be more invested in their own learning.

Frequently literacy, numeracy and science are linked into our lessons, to encourage deeper understanding and application of core principles of learning. By incorporating historical, geographical and cultural subject matter, students can make connections between disciplines, fostering critical thinking and allowing students to draw deeper connections within their learning.

Research informing the Sequencing decisions

Both Rosenshine's Principles of Instruction and Cognitive Load Theory have informed our curriculum sequencing and implementation. Both recognise the importance of memory in building schemas required to develop mastery and retention. Our schemes of work are sequenced so that students revisit skills and build upon prior learning over time, chunking more complex concepts into smaller parts. By limiting the amount of new information students are exposed to at one time, we can check understanding before moving the learning on. A scaffolded approach, combined with modelling and step by step success criteria means students are exposed to new skills and concepts gradually, building strong foundations and links across texts and skills.

Key Themes KS3

Material Principles

Students are introduced to an increasing repertoire of materials. In Design and Technology students explore the working properties of materials such as wood, plastics and metal. In Art different materials and mediums are used such as paint, clay, textiles to realise their ideas. In Food different ingredients are explored in different combinations and using different cooking and preparation methods.

Culture

Students look to different cultures as starting points for their creative works. Students are taught the wider context of creative influences and are taught analysis and evaluation skills. In Art students look at British culture through artist Sarah Graham and textile artist Lucy Sparrow In Design and Technology students use the work of British Nigerian Yinka Ilori and British Mary Quant as starting points for their designs. In Food students look at different staple foods from around the world.

 

Identity

Students look at what makes something a characteristic. In Design and Technology students create client profiles and generate a target market for their product. In Food students learn about the different food choices people can and must make. In Art students look at portraiture, identifying their own characteristics and what makes them unique.

 

How we Have Researched the Curriculum

To help us develop this curriculum we have:

  • Sequenced the curriculum to best prepare our students for the requirements of the GCSE’s we offer at Kirton Academy.
  • Registered all members of the department with the Design and Technology Association.
  • Sourced our schemes of work from national subject experts.
  • Joined online subject specialist groups.
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Intent

  • To foster enthusiasm for the discipline and subsequently prepare student for careers in related fields in Child Care, Health & Social Care, Psychology, Sociology & Biology.
  • To enable students to gain a real insight into all of the challenges, excitement, considerations & responsibility surrounding children's development and the number of agencies & people involved in caring for that development.
  • To support learners' understanding of the developmental norms from birth to 5 years and the stages and development of play.
  • To encourage multiple approaches to learning, such as practical opportunities and real-life scenarios, which will support students to develop their applied knowledge.

Key Themes

Key Theme Overview
Understanding the principles of growth & development. Understand how children grow and develop from birth to 5 years old. Have an understanding of the people and agencies involved in measuring and monitoring growth & development.
Understanding how factors impact on children's overall development. Understand the physical, environmental, social and financial factors that can impact on how a child grows & develops from birth to 5 years old.
Understanding how children play. Understand the stages of play from birth to 5 years old and how they are structured. Be familiar with the different types of play and their key characteristics.
Understanding how children's learning can be supported through play. Understand how different types of play at different age ranges to be used to promote different areas of development.
Investigating individual needs that may impact on play, learning & development. Understand how different physical, cognitive, communication, social & emotional needs may impact on a child's ability to meet expected milestones.
Creating safe environments to support play, learning & development in children aged 0 to 5 years. Understand how children can be kept safe from harm whilst undertaking play and learning activities.
Adapting play to promote inclusive learning & development. Understand how play can be adapted to support individual needs and ensure that all children have an opportunity to meet expected milestones.

How we have researched the Curriculum

To help us develop this curriculum we have:

  • Used guidance from Pearson BTEC on the course content and sequencing.
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Rationale

The study of English provides students with the skills required to engage with and influence the world around them; it enables pupils to communicate their thoughts and feelings effectively both through the written and spoken word. Through reading in particular, pupils have a chance to develop culturally, emotionally, intellectually, socially and spiritually so that they are well read and well prepared for life after Kirton Academy. We aim to ensure that all our students develop a love for a strong literary heritage that celebrates a vast wealth of great writers.

Aims

During their time at Kirton Academy, students will:

  • Have narrowed the gap between KS2 starting points and national average age expectations. Pupils typically come in below the national average in English and maths.
  • Be able to use ambitious and precise vocabulary to communicate meanings and ideas.
  • Pupils will be able to express their ideas, views and opinions about a wide range of topics in a clear and thoughtful way.
  • Pupils will be able to write fluently and accurately and develop detailed ideas, adapting language to suit audience and purpose.
  • Pupils will be able to confidently read a range of texts and explore meanings, ideas and methods used in a detailed and developed way.
  • Pupils will be able to develop mastery and retention of key skills.
  • Pupils will develop cultural awareness in order for them to succeed academically and engage in wider society.

The rationale for Sequencing (Scope and Rigour)

At Kirton Academy School we develop a love of reading and writing through a curriculum that is inclusive, engaging and challenging. Throughout their time here, students are exposed to challenging, ambitious texts and materials from a range of rich and varied literary heritage. We have developed a rigorous spiral curriculum so that all students are challenged and develop a secure understanding of the skills needed to succeed at GCSE and life after Kirton Academy. The spiral nature of the curriculum is designed to build upon prior learning so that students are able to know more and remember more. The curriculum sequence develops mastery so that students are encouraged to start making links between texts and apply skills more confidently and independently as they move through the curriculum.

Why?

At Kirton Academy we have developed a KS3 curriculum in English that we feel enables our students to develop and master a wide range of skills through a range of fiction and non-fiction texts which complements the KS4 curriculum. The spiral curriculum structure ensures students build upon their understanding of these skills across the three years so that there is an increased complexity and challenge as student's progress towards KS4. To facilitate this approach, the curriculum is structured into thematic topics which include opportunities for students to revisit and develop skills through a range of modern and classic fiction, a wide range of poetry and plays. In addition, we have developed several thematic topics where students engage with non-fiction texts critically.

At KS4, all students study English Language and English Literature at GCSE. We offer the AQA syllabuses for English Language and English Literature. In English Language, students will develop an ability to read critically and to respond to unseen literary extracts and non-fiction texts. They will learn to write for an audience and purpose and will develop their creative and discursive writing skills. In Literature, students will study one pre-twentieth century text, one modern text, a whole Shakespeare play and a collection of themed poetry. Students will also develop the ability to respond to poems that they have never seen before. All students study the same literature texts which allows for intervention sessions, collaborative.

Research Informing the Sequencing Decisions

Both Rosenshine's Principles of Instruction and Cognitive Load Theory have informed our curriculum sequencing and implementation. Both recognise the importance of memory in building schemas required to develop mastery and retention. Our schemes of work are sequenced so that students revisit skills and build upon prior learning over time, chunking more complex concepts into smaller parts. A scaffolded approach, combined with modelling and step by step success criteria means students are exposed to new skills and concepts gradually, building strong foundations and links across texts and skills.

English Skills:

The curriculum is sequenced with clear outcomes for each scheme of work, each year and each key stage. Through the study of a wide range of fiction and non-fiction texts, students develop their ability to identify and interpret themes and ideas, draw on inferences and justify these with evidence. Pupils apply the knowledge gained from the study of other writers to produce a range of texts, written effectively for different purposes and audiences; they are taught to select vocabulary, grammar, form, and structural features to reflect audience, purpose and context and use language imaginatively and creatively.

Key Themes

Key Theme Overview
Human Experience Explore the theme of people, places, events and relationships
Power of words Explore how words can construct meanings and ideas, influence readers and convey mood and atmosphere
Perspectives Explore writers' viewpoints and attitudes through non-fiction texts as well as writing non-fiction texts which convey our own opinions and feelings on different topics.
Identity Explore and analyse what makes us who we are and the complex relationship we have with identity
Morality and Ethics Consider the rights and wrongs of events, choices and viewpoints alongside societal views
Overcoming barriers and challenges Explore feats of extraordinary bravery, courage, determination and bravery.

 

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Key Themes

Material Principles Students are introduced to an increasing repertoire of materials. In Design and Technology students explore the working properties of materials such as wood, plastics and metal. In Art different materials and mediums are used such as paint, clay, textiles to realise their ideas. In Food different ingredients are explored in different combinations and using different cooking and preparation methods.
Culture Students look to different cultures as starting points for their creative works. Students are taught the wider context of creative influences and are taught analysis and evaluation skills. In Art students look at British culture through artist Sarah Graham and textile artist Lucy Sparrow In Design and Technology students use the work of British Nigerian Yinka Ilori and British Mary Quant as starting points for their designs. In Food students look at different staple foods from around the world.
Identity Students look at what makes something a characteristic. In Design and Technology students create client profiles and generate a target market for their product. In Food students learn about the different food choices people can and must make. In Art students look at portraiture, identifying their own characteristics and what makes them unique.

How we have researched the Curriculum

To help us develop this curriculum we have:

  • Sequenced the curriculum to best prepare our students for the requirements of the GCSEs we offer at Kirton Academy.
  • Registered all members of the department with the Design and Technology Association.
  • Sourced our schemes of work from national subject experts.
  • Joined online subject specialist groups.
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Rationale

The study of Geography provides students with the skills and knowledge required to engage with the world around them at a local, national and global level. Through the study of both physical and human geography they develop an understanding of natural phenomena, human development and the impact that humans can have on the physical world around them.

Aims

The overarching intent of the geography curriculum is to ensure students develop an in-depth understanding of the world around them. By the end of their time at Key Stage 3, students will have developed the skills and knowledge necessary to proceed onto GCSE Geography. GCSE students will then be equipped with the skills and knowledge to access A Level studies. Regardless of routes, all students at Kirton Academy will develop their capacity to understand relevant global issues which may come to impact on their lives and will develop an appreciation of how interconnected the world is now. At the same time, they will develop key employability skills such as problem solving, critical thinking, communication and teamwork.

The rationale for Sequencing (Scope and Rigour)

The department ensures students are globally aware through its subjects by ensuring students understand the world around them at local, national and international levels. The Geography curriculum builds location knowledge through Map and Atlas work along with studies of individual countries and environments. Geography also focuses on key current global issues to develop student understanding.

Within geography, the curriculum allows students to develop a range of skills which are relevant to the work environment. Within Geography students are developing the ability to evaluate, analyse and justify. Both written work and class discussions consistently challenge students to develop and expand their ideas and use a range of information and evidence to reach clear conclusions. This in turn helps build students sense of empathy tolerance which are important skills needed when dealing with scenarios within the world of work. The subject regularly identifies careers and job roles which specific topics link to. For example, when looking at Rivers and Flooding, students are made aware of roles within the Environment Agency which link to studying flooding.

Research Informing the Sequencing Decisions

Both Rosenshine's Principles of Instruction and Cognitive Load Theory have informed our curriculum sequencing and implementation. Both recognise the importance of memory in building schemas required to develop mastery and retention. Our schemes of work are sequenced so that students revisit skills and build upon prior learning over time, chunking more complex concepts into smaller parts. By limiting the amount of new information students are exposed to at one time, we can check understanding before moving the learning on. A scaffolded approach, combined with modelling and step by step success criteria means students are exposed to new skills and concepts gradually, building strong foundations and links across texts and skills.

Key Themes

Key Theme Overview
Environment Gain a knowledge and understanding of different environments around the world and their characteristics. Consider the impact of humans on the environment.
Perspectives Understand different perspectives, consider evidence that contributes to theories, ideas and arguments.
Processes To understand environmental processes and factors that can effect these processes for better or worse.
Patterns To be able to successfully read and interpret data patterns to be able to draw conclusions.
Interaction Gaining an understanding of how human and environment interact with natural processes and their impact on them.
Change Consider factors that bring about change, how they can speed up or slow down natural changes. Considering how human changes impact the environment.
Sustainability Have an understanding of the importance of human impact on the environment and how sustainability is detrimental.

 

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Rationale

We believe that students deserve a broad and ambitious History curriculum, rich in skills and knowledge, which immerses students in a range of cultures and engenders an enquiring and critical outlook on the world. Our History curriculum will give students the opportunity to study issues at a local, national and international level in Ancient, Medieval, Early Modern and Modern time periods. We will exploit opportunities to enrich our curriculum by providing on and off-site subject or topic related experiences, encouraging students to contribute to the life of the school and the community, including remembrance activities. Our curriculum will build on their understanding of the importance of British values, including democracy, the rule of law, individual liberty and tolerance and respect whilst improving their spiritual, social, moral and cultural understanding.

The rationale for Sequencing (Scope and Rigour)

Our History curriculum is taught to students using with a coherent chronological framework because it allows key concepts and themes to be interwoven and we promote the ability to see the evolution of concepts. Each topic provides the opportunity to measure pace, extent and trends in change and continuity over time, allowing students to make relevant links between historical episodes. Students will be given the opportunity to develop a rich depth of knowledge whist considering the theories of cognitive load.

The curriculum is designed with opportunities to develop an understand Britain's influence on the wider world, challenge traditional ideas and consider whether the British influence was always positive. We study the history and influence of different peoples and places across time, and assess the impact of events on individual and communities. During their History course students will be exposed to a high level of historical and conceptual vocabulary and use this to learn to interpret a broad range of sources including visual sources and propaganda. We will consider different peoples' perspectives on issues and events in order to challenge received wisdom about historical figures and issues. Whilst covering content we will develop an understanding of how to apply and write about historical concepts such as causation, continuity and change, significance, consequence, diversity.

Why?

The curriculum has been designed to ensure that students gain an appreciation of divergent perspectives, rather than sticking to established historical norms. For example, in studying the Second World War, students are challenged to see the impact of the war on other countries that were attached to Britain through the Empire. They then seek to question the motives of Churchill's decisions to divert resources to Britain and the impact that had on Bengal. Furthermore, we introduce students to characters and groups who have traditionally been ignored such as LGBT+ and Native Americans. This ensures that students receive a rounded education in History and is essential in teaching attitudes of tolerance. In History lessons, students will regularly apply new knowledge to conceptual questions. Each topic is framed around a challenging historical question which is linked to a second order concept. Lessons mirror this, with key questions forming the basis for each lesson enquiry. This will ensure students access and apply high level vocabulary with increasing rigour over their time in history classrooms. With plenty of opportunities to perform extended writing, we are confident that history in Kirton Acadmey is a highly rigorous and incredibly purposeful part of our curriculum.

Research Informing the Sequencing Decisions

Both Rosenshine's Principles of Instruction and Cognitive Load Theory have informed our curriculum sequencing and implementation. Both recognise the importance of memory in building schemas required to develop mastery and retention. Our schemes of work are sequenced so that students revisit skills and build upon prior learning over time, chunking more complex concepts into smaller parts. By limiting the amount of new information students are exposed to at one time, we can check understanding before moving the learning on. A scaffolded approach, combined with modelling and step by step success criteria means students are exposed to new skills and concepts gradually, building strong foundations and links across texts and skills.

Each topic is planned with a structure to provide students an opportunity to 'enquire' about topics in History and investigate using sources. This allows students the opportunity to develop historical skills whilst engaging with content.

Key Themes

Key Theme Overview
Belief Systems Both religious and ideological beliefs, how these drive change, conflict and underpin history from ancient times to the present.
Monarchy and Power How the role of those in power has changed, the causation and consequence of decisions made by rulers and ruled. How power can take different forms including democratic and non-democratic systems, their impact on those they control and wider impact.
Conflict and Change How revolution, war and social conflict has driven change in both Britain and the wider world. How similarity and difference between conflicts has brought about social reform.
Society, Economy and Environment Social history with a focus on the individual level of human lives. An understanding of how events and change impact societies throughout history. Considering the role of economy and environment in historic events.
Civilisation, Empire, Colonisation and Migration The development of civilisation the ancient world and how it has influenced time periods after. The role of colonial history including the contribution of Britain to world history. Migration's significance in driving the expansion of ideas, beliefs and peoples.

 

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Rationale

Currently technology is becoming a centre point of our day to day lives. Studying Computing at Kirton Academy helps our students develop skills that are required in both current and future jobs in the modern, digital world that we are currently living in.

Aims

Computing isn't all about computers, it takes a broader approach and focuses on the way in which digital information is communicated. Sure, computers still play a big part, but Computing also looks at how devices like telephones or audio/visual networks can be used alongside computers.

We aim to:

  • To enhance children's quality of learning through the effective delivery of the ICT/Computer Science curriculum.
  • To raise attainment by creating a target-orientated highly driven culture based on the enhancement of ICT skills and creative use of them in coursework.
  • To have consistently high expectations and match these with high quality resources and learning strategies.
  • To provide a range of educational experiences appropriate to the age, ability and needs of our students utilising all the ICT resources to hand.
  • To challenge our highest ability students with a Computer Science course that fulfils the needs and requirements of recent National changes and industry guidelines.
  • To manage and create resources to ensure maximum benefit ensuring all resources are of outstanding quality and are accessible as easily as possible.
  • To adopt a philosophy of continuous improvement in all aspects of the delivery of all subjects within the Faculty.
  • To be promoters of lifelong learning by continually training and developing new skills using the latest technology.
  • To challenge our students with a Computer Science course that fulfils the needs and requirements of recent National changes and industry guidelines.

The rationale for Sequencing (Scope and Rigour)

Why?

The curriculum has been designed to build up skills throughout KS3 and then students have the option to continue onto Business and Enterprise at KS4. As well as this, topics are sequenced so that they are revisited in more depth as pupils get older. Computing focuses on using specialist software to prepare students for most, if not all, future careers. It also develops general ICT based skills such as: Awareness of Target Audience and Purpose, Digital Literacy, Research skills, E-Safety awareness, Graphic creation and editing, Creating animations, Creating and editing videos.

Research Informing the Sequencing Decisions

Both Rosenshine's Principles of Instruction and Cognitive Load Theory have informed our curriculum sequencing and implementation. Both recognise the importance of memory in building schemas required to develop mastery and retention. Our schemes of work are sequenced so that students revisit skills and build upon prior learning over time, chunking more complex concepts into smaller parts. A scaffolded approach, combined with modelling and step by step success criteria means students are exposed to new skills and concepts gradually, building strong foundations and links across texts and skills.

Broader Themes

  • Awareness of Target Audience and Purpose
  • Digital Literacy
  • Research Skills
  • E-Safety Awareness
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Rationale

PSHE (personal, social, health, and economic) education became statutory for schools in September 2020, under the Children and Social Work Act. It has great importance for the well-being of young people. The Department for Education calls PSHE "an important and necessary part of all pupils' education," and that "all schools should teach PSHE, drawing on good practice."

Aims

At Huntcliff PSHE education gives pupils opportunities to foster skills in teamwork, leadership, communication, and collaboration, whilst helping to develop their character and learn about important information they will need to thrive and contribute positively to society. The schemes of work cover physical health, emotional well-being, relationship skills, British values, and employability skills, as well as educating young people on the risks they may face.

Across Y7-11 there are 60 minutes of PSHE learning a week. Our PSHE curriculum is carefully tailored to pupils so that they are not only age-appropriate but also stimulating and engaging. PSHE also is addressed during form time and across our assembly programme and extra curricula activities that are planned throughout the year.

The Rationale for Sequencing (Scope and Rigour)

PSHE can not only improve the physical and psychological well-being of pupils, but it can also allow young people to develop skills that will enable them to become well-rounded members of society. The PSHE Association states "PSHE is more valuable than ever for young people for all opportunities, challenges, skills, knowledge, life decisions and the responsibilities they will face. It helps them deal with critical issues they face such as friendships, emotional wellbeing and change and gives them a solid foundation for whatever challenging opportunities lie ahead.

Research Informing the Sequencing Decisions

The curriculum has been designed to layer key themes throughout KS3 and KS4 to ensure that students build their knowledge of at an age that is appropriate. As well as this, topics are sequenced so that they are revisited in more depth as pupils get older. An example of this can be found in the Healthy Lifestyles strand which starts in Year 7 with topics including diet exercise, sleep, hygiene and ends in Year 11 with pupils learning about body shaming, consent, rape and the law, online gambling etc. Religious education is taught in LIFE lessons, assemblies and tutor sessions. Pupils learn about the key beliefs, festivals, and religious practises found in Christianity, Islam, Judaism, , Buddhism, and Hinduism. A key question approach, as referenced in the locally agreed SACRE is adopted where possible to allow pupils to engage in an enquiry-based learning.

Both Rosenshine's Principles of Instruction and Cognitive Load Theory have informed our curriculum sequencing and implementation. Both recognise the importance of memory in building schemas required to develop mastery and retention. Our schemes of work are sequenced so that students revisit skills and build upon prior learning over time, chunking more complex concepts into smaller parts. A scaffolded approach, combined with modelling and step by step success criteria means students are exposed to new skills and concepts gradually, building strong foundations and links across texts and skills.

Broader Themes

  • Religion - Christianity, Islam, Judaism, Hinduism and Buddhism. There key figures, principles and culture, religious festivals and worship practices.
  • Careers - Money, employability skills, employment research, money management, LMI, budgets, loans, interest rates, Unifrog, ethical finance, being future ready, worker's rights, post 16, post 18 and getting ready for the next step.
  • Healthy Lifestyles - Diet, exercise, mental health and wellbeing, drug and alcohol awareness, smoking, emotional health, antisocial behaviour, crimes and gangs, body shaming and self-esteem.
  • Personal safety and Citizenship - Identity, British values, racism, first aid, CPR, global citizenship, extremism, FGM, internet safety, crime, criminality, globalisation and plastic pollution.
  • Political awareness - Animal rights, democracy, role of monarch, worker's rights, right to vote, medias impact on democracy, voting systems, political parties, parliament, constitution and devolution.

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Rationale

At Kirton Academy we believe that everyone can succeed in mathematics through hard work and resilience, irrespective of their starting point. We encourage our pupils to explore their potential without fear of making mistakes, understanding that progress is made by trying, perseverance and determination. Our department is clear that mathematics is the key to unlocking a variety of rich and varied career pathways. We aim to raise the aspirations of all pupils and strive to fully exploit opportunities for links between the pupils' learning and its application within a range of science, technology, engineering and mathematics careers. Our intent is to prepare our students for their next challenge, whether that is to study for A Levels, to start an apprenticeship or to give them the skills to deal with everyday mathematics and improve their potential of success.

Aims

The national curriculum for mathematics aims to ensure that all pupils:

  • Become fluent in the fundamentals of mathematics, including through varied and frequent practice with increasingly complex problems over time, so that pupils develop conceptual understanding and the ability to recall and apply knowledge rapidly and accurately.
  • Reason mathematically by following a line of enquiry, conjecturing relationships and generalisations, and developing an argument, justification or proof using mathematical language.
  • Can solve problems by applying their mathematics to a variety of routine and non-routine problems with increasing sophistication, including breaking down problems into a series of simpler steps and persevering in seeking solutions.

The Rationale for Sequencing (Scope and Rigour)

Mathematics is an interconnected subject in which pupils need to be able to move fluently between representations of mathematical ideas. Mathematics is a cornerstone of any outstanding education. The programmes of study are, by necessity, organised into apparently distinct domains, but pupils should make rich connections across mathematical ideas to develop fluency, mathematical reasoning and competence in solving increasingly sophisticated problems. They should also apply their mathematical knowledge to science and other subjects.

Why?

The expectation is that the majority of pupils will move through the programmes of study at broadly the same pace. However, decisions about when to progress should always be based on the security of pupils' understanding and their readiness to progress to the next stage. Pupils who grasp concepts rapidly should be challenged through being offered rich and sophisticated problems before any acceleration through new content. Those who are not sufficiently fluent with earlier material should consolidate their understanding, including through additional practice, before moving on.

Maths is vital for a variety of careers including becoming an investment analyst, a software developer, an engineer or a financial manager. Maths allows students to develop a range of transferable skills such as, data analysis, critical thinking, time management and problem solving. As students gain an understanding of mathematics, they become more able to see how the content is applicable to everyday life in increasingly complex scenarios, and if they dig beneath the surface, they will gain an appreciation that maths underpins much of what they see in the world at large.

Research Informing the Sequencing Decisions

Both Rosenshine's Principles of Instruction and Cognitive Load Theory have informed our curriculum sequencing and implementation. Both recognise the importance of memory in building schemas required to develop mastery and retention. Our schemes of work are sequenced so that students revisit skills and build upon prior learning over time, chunking more complex concepts into smaller parts. A scaffolded approach, combined with modelling and step by step success criteria means students are exposed to new skills and concepts gradually, building strong foundations and links across texts and skills.

Key Themes

Through the mathematics content, students should be taught to develop fluency within the subject. Whilst using the national curriculum as the basic framework, students are expected to develop their reasoning mathematically in the subject. They should:

  • Extend their understanding of the number system; making connections between number relationships, and their algebraic and graphical representations.
  • Extend and formalise their knowledge of ratio and proportion in working with measures and geometry, and in formulating proportional relations algebraically.
  • Identify variables and express relationships between variables algebraically and graphically.
  • Make and test conjectures about patterns and relationships; look for proofs or counter-examples.
  • Reason deductively in geometry, number and algebra, including using geometrical constructions.

At Kirton we use a modified Pearson 5 year Mathematics SOW to help us sequence the content appropriately.

GCSE (9-1) Schemes of Work

We alter the SOW to enable us to meet the needs of our students and ensure alignment with other academies in our Trust.

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Rationale

As the UK is becoming an increasingly multicultural society, it is important that we provide our students with an understanding of other cultures and languages, freeing them from insularity and promoting diversity and tolerance. French and Spanish are global languages spoken across almost all continents of the world. The teaching and learning in lessons should ensure that students can understand and respond to speakers of the target language in both speech and writing. Pupils should also have the opportunity to communicate on a personal level and in every day transactions. Language teaching should enable students to gain the fundamental skills needed to build on their language knowledge as well as the skills to learn other languages, thus equipping them with the tools to study and work in other countries.

Aims

The curriculum for languages aims to ensure that all pupils:

  • Understand and respond to spoken and written language from a variety of sources.
  • Are able to write for different purposes and different lengths, showing the variety of grammatical structures they have learnt.
  • Can speak with increasing fluency, continually improving their pronunciation and intonation.
  • Can discuss similarities and differences between their culture and that of target language countries.

The Rationale for Sequencing

The sequencing of the MFL curriculum aims to help students understand and use a range of linguistic and grammatical skills as well as enhance their cultural knowledge. In lessons, we use a variety of receptive and communicative tasks to build on the key skills of reading, listening, writing and speaking. At Key Stage 3, students cover a variety of topics which enable them to communicate on a personal level and on a day to day basis. At Key Stage 4, if they opt for MFL, they students build on the foundations from Key Stage 3, widening their vocabulary and extending their knowledge of grammar. They study 8 topics which are broken down into manageable sections depending on the student's ability, and throughout which vocabulary and grammar are regularly reinforced, allowing them to become embedded in their long-term memory. Regular retrieval practice in starter activities ensures that students recap key vocabulary and grammar throughout the course.

Why?

Learning a language is a key ingredient in helping students to develop a greater understanding of the world around them and their place as a global citizen within it. Being able to communicate in more than one language is a life skill. Many students at our school have not yet had the opportunity to experience other cultures even beyond their own county, let alone another country. We encourage students to become interested in other cultures beyond their local area. They learn about different foods and drinks, festivals and celebrations, education systems, music, geographical features and famous people amongst other things, and they are encouraged to consider and express opinions on the similarities and differences between their lives and those in other cultures.

Research Informing the Sequencing Decisions

Both Rosenshine's Principles of Instruction and Cognitive Load Theory have informed our curriculum sequencing and implementation. Both recognise the importance of memory in building schemas required to develop mastery and retention. Our schemes of work are sequenced so that students revisit skills and build upon prior learning over time, chunking more complex concepts into smaller parts. By limiting the amount of new information students are exposed to at one time, we can check understanding before moving the learning on. A scaffolded approach, combined with modelling and step by step success criteria means students are exposed to new skills and concepts gradually, building strong foundations and links across texts and skills.

Key Themes

Key Theme Overview
My Personal World To be able to introduce myself and my family, special celebrations to discuss friendships and relationships and to consider equality.
Lifestyle and Wellbeing To be able to discuss both physical and mental well-being, eating habits, sporting activities, illness and daily routines.
My Neighbourhood To be able to describe places in a town, transport, the local environment and the natural world.
Media and Technology To be able to give opinions and descriptions on TV, film and music, and to be able to discuss internet, gaming and social media use. To discuss celebrity culture.
Studying and my Future To be able to discuss life at school and future employment, to think about hopes and aspirations.
Travel and Tourism To be able to discuss holidays, accommodation, access tourist attractions, key traditions and customs from French speaking countries, to be able to shop for items in a variety of locations, buy tickets.

 

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Rationale

At Kirton Academy we believe that all students are entitled to a high-quality music education Our aim is to engage and inspire pupils to develop a love of music and to realise their talent as musicians, and so increase their self-confidence, creativity and sense of achievement. Embedding the enjoyment and sense of community music performance can create is very important to us as a school and so we look to provide students with opportunities to perform to a wider audience. This is through a combination of in school events such as House Music competitions, through to more public events such as the Christmas Concert or taking part in community events in the local area.

Aims

The National Curriculum for music aims to ensure that all pupils:

  • Perform, listen to, review, and evaluate music across a range of historical periods, genres, styles and traditions, including the works of the great composers and musicians.
  • Learn to sing and to use their voices, to create and compose music on their own and with others, have the opportunity to learn a musical instrument, use technology appropriately and have the opportunity to progress to the next level of musical excellence.
  • Understand and explore how music is created, produced, and communicated, including through the interrelated dimensions: pitch, duration, dynamics, tempo, timbre, texture, structure and appropriate musical notations.

The rationale for Sequencing (Scope and Rigour)

Our Music Curriculum matches the National Curriculum by encompassing the main skills of performing, composing, listening and appraising. For each unit, students are given a range of tasks and activities that are designed to build and challenge students' practical and music theory skills. Students are given the opportunity to learn a variety of musical instruments as well as building singing skills and confidence. This is executed through a range of practical activities where students work, most frequently, in pairs or small groups. Students learn notable, well-known pieces and are taught to create their own music, using stylistic features and devices. Listening skills are applied in every unit of work, with activities designed to build critical listening skills and music analysis. Students are taught to discuss and describe music with increasing coherence, through the use of key words and music vocabulary. As Music Technology is used extensively in KS4, this is introduced in a basic format in KS3 - using industry standard notation and sequencing software.

The units of work are structured to allow for progressive understanding and a development in instrumental skills. Each unit builds upon skills and knowledge learnt previously. Music is a multi-faceted subject that requires time and practise to learn and understand. Students are encouraged to take part in lunch time clubs such as the Choir, sign up for specialist music lessons by visiting tutors and are open to use to small studios to explore their own music.

Cognitive Load Theory

The skill of reading music is akin to learning an entirely new language. This can easily cause students' working memory to become overloaded. Through pre-teaching, segmentation, repetition and retrieval practice we aim for musical understanding to be processed from the working memory into the long-term memory in manageable chunks. It takes vast amounts of practise and repetition before it becomes more fluent. It is therefore weaved into every unit of work, so that all students can follow it to some degree. Music terminology can be tricky to comprehend, due to the range of languages used (Italian, Latin, French, Spanish etc.). Key words and vocabulary are used and referred to in every lesson, regardless of the topic, in the hope and expectation that the musical language becomes second nature to students.

Research Informing the Sequencing Decisions

Both Rosenshine's Principles of Instruction and Cognitive Load Theory have informed our curriculum sequencing and implementation. Both recognise the importance of memory in building schemas required to develop mastery and retention. Our schemes of work are sequenced so that students revisit skills and build upon prior learning over time, chunking more complex concepts into smaller parts. By limiting the amount of new information students are exposed to at one time, we can check understanding before moving the learning on. A scaffolded approach, combined with modelling and step by step success criteria means students are exposed to new skills and concepts gradually, building strong foundations and links across texts and skills.

Key Themes

Key Theme Overview
Tonality Major, minor and modal tonalities. Students need to be confident recognising different tonalities and being able to explain their significance in a piece of music. Students needs to be confident in composing a piece of music using different tonalities.
Texture and Structure Students need to be able to recognise different textures and structures in a range of musical genres. Students need to be able to compose using a range textures and structures and should be able to understand how different genres use different structures and textures.
Melody Students need to be able to recognise the importance of melody in a piece of music. Students need to be able to compose a melody and develop that melody over time. Students should be able to listen to a basic melody and be able to transcribe that melody on to their principal instrument.
Harmony Students need to be able to recognise a range of chords and their importance to music. Students should be able to play a range of minor and major chords on a variety of instruments and more advanced chords on their principal instrument. Students should be able to compose using a variety of chords and be able to understand and explain their effect on the listener.
Tempo and Rhythm Students should be able to confidently recognise different rhythms and their use in different genres of music. Students should be able to perform rhythms in different time signatures with a range of complexity. Students should be able to compose music with interesting and idiomatic rhythms.
Pitch and Dynamics Students should be able to confidently recognise pitch and different

 

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Rationale

Physical education has been recognized as "probably the most significant physical activity context for developing moral character" Shields, D.L. & Bredemeier, B.L. (2007).

Thus, as physical educators we have a huge opportunity to support the development of the whole-student — physically, intellectually, socially, affectively, and possibly even spiritually. Gibbons, S.L & Ebbeck, V. (1997) It's about helping each other to develop good habits in order to bring out the best in each other both inside and outside of sport and physical activity. Rogers, S. (2020).

Government initiatives such as Sporting future by the Department of Culture, Media and Sport (2015) realised that sport has more to offer than just physical benefits, it aims to change how we categorise being successful in sport by focusing on more than physical skills those being 'physical wellbeing, mental wellbeing, individual development, social and community development and economic development.' Therefore, through PE lessons teachers should assess more than physical competence and aim to use sport to recognise other positive personality characteristics.

Our conceptual approach offers an alternative to the traditional sport and skills-based approach. The sport and physical activity therefore becomes the vehicle through which the concept id delivered or developed. By shifting the focus of the curriculum and the success criteria of each lesson, we are doing so much more than getting students active, we are delivering meaningful learning that harnesses the learning potential of physical activity and sport, whilst improving the experiences within PE for every child. In our concept curriculum every child has the opportunity to engage in relevant and meaningful learning, thus nurturing better physical literacy and increasing the chances of lifelong participation.

Aims

The purpose of Physical Education is to provide a high-quality physical education curriculum which inspires all pupils to succeed and excel in competitive sport and other physically-demanding activities. It should provide opportunities for pupils to become physically confident in a way which supports their health and fitness. Opportunities to compete in sport and other activities build character and help to embed values such as fairness and respect.

  • Develop competence to excel in a broad range of physical activities.
  • Are physically active for sustained periods of time.
  • Engage in competitive sports and meaningful physical activities.
  • Lead healthy, active lives.
  • Inspire confidence to participate beyond school.
  • Develop knowledge and motor movements that can be transferred into a range of activities.
  • Experience different forms of communication, self and reflection, positive attitudes, teamwork, cooperation, commitment, initiative and leadership.
  • Develop physical literacy.
  • To prepare students for wider life.

The Rationale for Sequencing (Scope and Rigour)

The sequencing of the Physical Education curriculum at Kirton Academy intentionally allows students the opportunity to experience key concepts and skills at KS3, prior to mastering these skills and concepts at KS4. Students are exposed to a broad and balanced curriculum of activities that are tailored for students and provide meaningful connections to the concept. As students' progress throughout the curriculum, they will revisit key skills and themes; students are encouraged to start making links between concepts, knowledge and skills; applying these more confidently and independently as they move through the curriculum.

Why?

We scaffold the learning of our students to ensure they are exposed to curriculum themes and skills gradually and repeatedly throughout their educational journey. The more exposure students have to these themes and key skills, the more confident through an increase in competency.

Research Informing the Sequencing Decisions

Cognitive load theory informs our curriculum sequencing; revealing the role of memory in helping students build the cognitive architecture required to access the Physical Education curriculum effectively. Our schemes of work are sequenced to ensure students' working memory is not overloaded. Through pre-teaching and scaffolding (in a 'part-whole' approach) we ensure students embed knowledge in their long-term memory. The Physical Education Concept curriculum then revisits key skills and themes over time, chunking more complex concepts; ensuring students at Huntcliff Academy are prepared for life in the wider world.

Key Themes

Key Theme Overview
Exploring Physical Literacy Students will explore the concept and understand the importance of 'physical literacy'. Competence, confidence, knowledge & understanding and motivation are covered to help students realise what underpins physical literacy and how it can be developed.
Personal Development Students will experience the true power of sport and physical activity when it comes to their personal development. Schemes of work including 'Communication', 'Resilience', 'Emotional Intelligence' and 'Intra-personal skills' help students to understand their own personal qualities and explore ways to develop these further.
Character Development Students will build a connection with and understand how characters can be developed through PE and Sport. Exploring concepts such as 'Sporting Values', 'Competition', 'Problem Solving' and 'the Power of Positivity', students will realise the sheer value of PE and how it can be instrumental in developing positive personal characteristics.
Leadership Skills Students will understand how sport and physical activity can be an important tool to developing their leadership skills. Schemes of work including 'Fulfilling Potential', 'Effective Teams', 'Self-reflection' and 'Attitudes and Behaviours' will support students to understand their own leadership qualities and experience what makes an effective leader.
Active for Life Students will gain a deeper understanding of what it means to have good health and wellbeing and will explore different ways to keep active as they leave school. Through 'Active for Life', students will embed their understanding of the importance of physical activity and the many benefits associated to allow students to remain active for the rest of their lives.

 

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Key Themes

Material Principles Students are introduced to an increasing repertoire of materials. In Design and Technology students explore the working properties of materials such as wood, plastics and metal. In Art different materials and mediums are used such as paint, clay, textiles to realise their ideas. In Food different ingredients are explored in different combinations and using different cooking and preparation methods.
Culture Students look to different cultures as starting points for their creative works. Students are taught the wider context of creative influences and are taught analysis and evaluation skills. In Art students look at British culture through artist Sarah Graham and textile artist Lucy Sparrow In Design and Technology students use the work of British Nigerian Yinka Ilori and British Mary Quant as starting points for their designs. In Food students look at different staple foods from around the world.
Identity Students look at what makes something a characteristic. In Design and Technology students create client profiles and generate a target market for their product. In Food students learn about the different food choices people can and must make. In Art students look at portraiture, identifying their own characteristics and what makes them unique.

 

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Rationale

Have you ever wondered why the sky is blue? If there are more than 118 elements? Whether there are more undiscovered species of plant or animal? The curiosity that lies behind these questions and the drive to find the answers is what makes us human and it lies in the heart of Science. Answering questions is essentially the whole purpose of science and answering these questions simply brings more questions to the surface. Great scientists, those at the very frontier of what we understand as science knowledge, would still declare that the more we understand about the universe, the more there is to find out. Through the specific disciplines of biology, chemistry and physics, a high-quality Science education aims to develop students as critical thinkers and to look at explaining the world in which we live in. Through building up a body of key foundational knowledge and concepts, pupils should be encouraged to recognise the power of rational explanation and develop a sense of excitement and curiosity about natural phenomena. They should be encouraged to understand how science can be used to explain what is occurring and predict how things will behave around them. Studying Science ensures our students are prepared for the wider world, teaching them valuable skills such as; problem solving, mathematical reasoning, data analysis, communication, evaluation, planning and safety.

Aims

The national curriculum for science aims to ensure that all pupils:

  • Develop scientific knowledge and conceptual understanding through the specific disciplines of biology, chemistry and physics.
  • 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.
  • Are equipped with the scientific knowledge required to understand the uses and implications of science, today and for the future.

The Rationale for Sequencing (Scope and Rigour)

Students are introduced to the key scientific principles, and these are developed year on year in a spiral format as students revisit and build upon prior knowledge. This builds understanding across our 5-year curriculum leading to GCSE qualifications in either Combined Science or separate Biology, Chemistry and Physics subjects.

Research Informing the Sequencing Decisions

Both Rosenshine's Principles of Instruction and Cognitive Load Theory have informed our curriculum sequencing and implementation. Both recognise the importance of memory in building schemas required to develop mastery and retention. Our schemes of work are sequenced so that students revisit skills and build upon prior learning over time, chunking more complex concepts into smaller parts. By limiting the amount of new information students are exposed to at one time, we can check understanding before moving the learning on. A scaffolded approach, combined with modelling and step by step success criteria means students are exposed to new skills and concepts gradually, building strong foundations and links across texts and skills.

Key Themes

Key Theme Overview
Biology — Cells and Systems Cell are the basic unit of life, all living organisms are built of cells. These cells can form tissues, which in turn can form the organs and organ systems needed to keep complex organisms like humans alive. This links in to year 7 where student understand that living organisms are made up of cells and will start to understand how cells are organised within an organism. As well as the organs within specified organ systems within a human and their role. The relationship between body systems is explored and students develop the appreciation that organ systems are not stand-alone systems but rely on each other for the overall survival of the entire organism . In year 8 student explore how nutrition and life style factors impact the functionality of cells. This knowledge and understanding is developed further looking at cell structure in more detail and role of DNA in controlling the development of organisms in key stage 4. The principals ideas of this theme are prevalent in all the other themes , this is how important cells are.
Biology — Biological Processes All biology begins with reactions between molecules. Photosynthesis is the beginning of all energy transfers in biology and respiration in needed to allow the basic processes of cells to have the energy required to keep cells alive. Enzymes are a key a factor in all of these reactions. This links into year 7 and 8 where metabolic processes like respiration. Respiration, photosynthesis, fermentation and chemosynthesis studied and compared. The make up of a balanced diet, repercussions of malnutrition and the formation of deficiencies is discussed with the overall impact on the body and quality of life. The aid of microorganisms in digestion alongside enzymes is briefly addressed. The understanding of the idea that photosynthesis underpins all life on earth and respiration is need to transfer energy for use in the chemical reactions of life is developed. Awareness of the chemical and metabolic processes that occur in organisms as well as the limiting factors within them is developed. The comparison between the reasons for high metabolic activity is established i.e.- skeletal muscle and liver when it comes to the release of energy from respiration. As is the link between the genome and the development of the organism is solidified further as the development of genetic diseases and symptoms. Ideas about communicable and non-communicable diseases are developed to the level of Key Stage 4. knowledge of biological processes in all of their forms is key to understanding the other themes listed here as with cells, these processes underpin the whole of biology.
Biology — Controlling the Body The human body is a complex set of systems that need to be controlled to allow the processes of life to continue. We have many control systems, ranging from balancing water in our bodies to the control of glucose levels in our blood. These systems are controlled by a combination of the brain, nervous system and hormones from the endocrine system. This links into year 7 where the introduction of homeostatic balance is briefly explored as a necessity to survival as well as having links to year 8 nutrition and lifestyle and reproduction. Developing knowledge of the control mechanisms of the body is vital to understand how systems function together to bring about control of the internal environment and allow humans to continue to be alive. The ideas of chemical and metabolic processes that occur in organisms and need to be controlled is introduced in years 7 and 8 and is further developed in unit B5 at key stage 4. This includes Homeostatic balance of water, temperature and blood glucose levels is learnt and the notion of negative feedback. The maintenance of cells will be explored in the understanding of homeostatic balance and negative feedback. As if these are not maintained eukaryotic cells lysis and crenation as well as the turgidity within plant cells due to their cellulose cell walls.
Biology — Ecology The biodiversity of the world is one of the most important resources that we have and understand how to measure and study it allows us to compare areas and look for changes. Studying the changes in the environment allows us to see the impact of human activity on the world. This links into year 7 cells, year 8 reproduction (plants), year 7 ecology, year 8 materials from the earth, year 8 electricity. These key stage 3 topics help to improve the understanding of the environment from the point of view of human interaction. They also allow for development of links between environmental impacts on the functionality of an organism. The overlap of biological process and ecology in the key stage 4 unit B3 allows for the reinforcement of ideas about photosynthesis such as balanced symbol equations process and linking this the respiration. Further development of knowledge of photosynthesis as an endothermic reaction made up of two stages light dependent and dark stage is vital as is the application of awareness of the limitations of these process with the use of the inverse square law.
Biology — Evolution From prokaryotic cells at the beginning of life on earth, there has been a explosion of in the number and diversity of life on the planet. Over billions of years life has evolved to fill every niche on the planet. Understanding the theories of Darwin and other scientists gives us an insight into what causes organisms to change in nature and how we can change organisms to improve productivity or humans lives in general. This links into year 7 ecology and year 8 evolution. Both of these topics lay the ground work for further understanding of the processes of evolution and transition from theory to practice in such cases as antibiotic resistant bacteria and the problems they cause. As the students progress in to key stage 4, they develop the understanding that variation is a combination of genetic inheritance and environmental factors. Changes in the DNA called mutations will cause the development of new features that can aid survival and reproduction of a species called natural selection. The introduction of scientists’ contribution to the discovery of DNA and the development the theory of evolution is explained to allow student to discuss ideas such as Speciation, the development of a new species due to isolation. This is discussed with the understanding that over many years the environmental pressures will differ, allowing for certain genetic variants to be selected for. Students are also introduced to the idea of selective breeding as way to influence the development of species.
Biology — How Science Works From the use of microscopes to study cells through to the use of gene technologies to alter the DNA of those cells, science skills are vital in biology. These skills begin with understanding the basics of experimentation such forming a hypothesis, identifying variables to test that hypothesis, and processing the results of the experiment to test the validity of the hypothesis. Reflecting on the process, peer review and comparing data allows improvements to be made and follows the scientific process. Understanding and use SI units and IUPAC (International Union of Pure and Applied Chemistry) chemical nomenclature are vital and are developed throughout the 5 year program of study. Student will be able to plan experiments to make observations, test hypotheses or explore phenomena. By applying a knowledge of a range of techniques, apparatus, and materials to select those appropriate both for fieldwork and for experiments developed upon KS3. Carrying out experiments appropriately, having due regard to the correct manipulation of apparatus, the accuracy of measurements and health and safety considerations. Students should be confident in the use of chemical nomenclature. As well as the importance of scientific quantities and understanding how they are determined. The use of prefixes and powers of ten for orders of magnitude (e.g. tera, giga, mega, kilo, centi, milli, micro and nano) to show the production of products in a quantitative state. The skills of interconverting units, using an appropriate number of significant figures in calculations will be developed alongside mathematics. Ensuring answers are in the required significant figure is developed.
Chemistry — Particle Theory Particle theory is the basis of Chemistry. Y7 students start to learn about the properties of particles in solids, liquids and gases. This is the basis for learning about chemical reactions, conservation of mass and separation techniques in Y8. In Y9 the particle model is developed further and students learn about intermolecular forces holding particles together — an idea that helps to explain many ideas in chemistry. Following on from particle theory students look at conservation of atoms and conservation of mass in chemical reactions. Y9 revisits particle theory and chemical reactions and builds on the ideas from Y7/8 and introduces the structure of the atom and the idea of chemical bonding - ideas which build upon knowledge of particles. Y10 revisits separate techniques and the idea of pure/impure substances — again content that requires basic knowledge of the particle model. Particle theory is also needed to consider rate of reaction in term of collisions between particles in Y11.
Chemistry — Chemical Reactions We use and rely on chemical reactions on a daily basis. In Y7 students start to learn the difference between physical changes (links to particle theory) and basic chemical reactions. Through Y7-11 student will revisit various types of chemical reactions and will use them to balance equations, understand the law of conservation of mass, explain reactivity, identify and describe patterns, carry out analysis of chemicals and consider the factors that affect the rate of chemical reactions. Chemical reactions are covered in Y10 with the context of extracting materials from the Earth — something that needs to be done with careful consideration so that we can meet the needs of the future.
Chemistry — Analytical Chemistry The materials and products that we use will have been tested by analytical scientists for safety and as consumers students should be aware that there are laws and guidelines for products in place to ensure their safety and we must be able to separate chemicals in order to identify or to quantify them. Analytical chemistry is first met in Y8 after students have learned particle theory and reactions and it is learned in context of chromatography — a separation technique that allows us to identify substances in a mixture. Analytical techniques are not covered again until Y10 as students need to learn about the numbers on the periodic table which are fundamental for the next steps in analysing chemicals quantitatively. KS4 covers pure substances, mixtures and how to separate them. Students also learn the process of chromatography in more detail. Separate students learn other methods of identifying substances such as flame tests, spectroscopy and precipitation reactions. There is also a focus on reaction rates (which is more physical chemistry) which use a lot of analytical, graphing and maths skills to analyse data.
Chemistry — Environmental Science Everything we do has an impact on the environment. Students start to consider the impact of our actions when they learn about combustion in the chemical reactions topic and in physics students cover renewable energy. Students look at the environmental impact of obtaining materials from the Earth in Y8 and consider pollution and its effects in Y9. They also consider the governments action on pollution due to the effects on health and therefore the economy. Y10 revisits the impact of extracting oil and metals from the Earths crust and how we can limit our impact by recycling and carrying out life cycle assessments when we make decisions about materials.
Chemistry — How Science Works How science works is the knowledge gained using scientific method. It is the how we observe phenomena and attempt to explain it using evidence. Investigation skills are embedded throughout each topic. Students learn how to plan investigations in Y7 with a focus on recording data, using and selecting appropriate practical techniques, identifying some variables and suggesting improvements to practical methods. They also work on writing observations of chemical reactions and looking at trends in reactivity. Y8 focuses more on practical techniques, safety skills and observing reactions. Students continue to develop investigation and data skills through Y9-11.
Physics — Electricity and Energy Students will learn the importance of energy changes and transfers and how they are used in nearly all modern technology. They will develop an understanding of how energy is used in the home and how much it costs. In year 8 they will focus on energy in food, building on the knowledge of energy transfers, to include conduction convection and radiation. By year 9 the focus will be about energy loss and looking at energy alternatives and being more sustainable. The topic is concluded in years 10 and 11 when Students will build on their knowledge of energy. They will develop scientific ideas to show how energy usage has changed up to present day. Students will explain how much energy is needed to change the state of an object. This will include energy transfers in solids liquids and gases. Also why is it important to be able to calculate the density of an object and look at real world scenarios. This can then be linked back to the wave’s topic (e.g., Global warming) and how the calorific content can be used to show energy in food.
Physics — Forces and Motion Without the application of a force, an activity can’t take place. In year 7 students will see that forces are pushes or pulls and the interaction between two objects. They will spend time doing practical skills that will help them understand how objects deform, stretch and squash. In year 8 Physics will focus on speed, acceleration, pressure and turning forces. Students will explore Newton’s laws and observe how objects interact to cause a change. Students will learn the importance of magnets and electromagnets. How they are used in nearly all modern technology. The topic is concluded in years 10 and 11 were Students will develop their ideas on forces and become more confident and secure in their understanding. Students will continue to see forces as pushes and pulls but will develop this into better ways of presenting data such as force vector diagrams and motion graphs. Higher level mathematical skills will be used to show gradient work and higher-level calculations.
Physics — Radiation and Waves The EM Spectrum dominates all walks of life. Year 7 will look predominantly at light and sound waves. This will include the reflection, refraction and dispersion of light through different mediums and how different materials alter the light that passes through. They will also focus on sound and how it travels. In year 8, students will spend time studying our Universe and what it contains e.g. our sun as a star, other stars in our galaxy, other galaxies. In years 9 and 10 there is a more comprehensive look at the waves of the electromagnetic spectrum. Students will analyse information on the purpose and uses of radiation in the electromagnetic spectrum. By year 11 Students will develop their ideas on waves and become more confident and secure in their understanding of the electromagnetic spectrum. This will be specific to uses, dangers, emission and detection as well as having a secure knowledge of the waves individually. E.g., how an Xray machine works. We also expand on this and take a look at nuclear radiation in year 10. Again, we look at how it is produced the dangers, uses and safety measures needed. Students get a real understanding of how ‘Benefits outweigh Risks’ in these modules.
Physics — Matter and Models Particle theory is the basis of all life. In year 7 particle theory is covered in Biology, Chemistry and Physics. In Physics The particle theory of matter is a model that describes the arrangement and movement of particles in a substance. The model is used to explain the physical properties of solids, liquids and gases. E.g. in a solid - particles are tightly packed in a regular structure, in a liquid - particles are tightly packed but free to move past each other and in a gas - particles are spread out and move randomly. To conclude in year 11 students apply the particle theory to density, pressure and energy in a spring.
Science — How Science Works From year 7 — 11 students will work like scientists to challenge big questions. Students will carry out a range of practical work that builds their understanding of abstract concepts. Students will build on their knowledge and understanding of the ways in which scientific methods and theories develop over time. By using a variety of concepts and models to develop scientific explanations and understanding. Students will be appreciating the power and limitations of science and considering ethical issues which may arise. As well as explaining every day and technological applications of science; evaluating associated personal, social, economic and environmental implications; and making decisions based on the evaluation of evidence and arguments.

 

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