Computer Science
Welcome to the Computer Science Department
"If we teach today as we taught yesterday, we rob our children of tomorrow." - John Dewey
Head of Department:
Mrs Tisson
e-mail: mtisson3.310@parkhighstanmore.org.uk
Key Stage 3
The Key Stage 3 Computer Science curriculum is designed to guide students from foundational knowledge to increased competency over the three-year period. Initiating the journey in Year 7 with an 'Introduction to Computer Science', students not only lay the groundwork for essential skills in Clear Media Messaging, Spreadsheet applications, encryption and programming in Edublocks but also embark on an exploration of the digital landscape.
Building upon this foundation in Year 8, our curriculum delves deeper into the world of programming languages, hardware and software, learning about AI Students gain insights into the intricacies of hardware and software, delve into the realm of cyber security, explore the impact of technologies, and navigate the complexities of online dangers.
Year 9 Computing is all about creativity, challenge, and communication. Students dive into exciting projects—from designing digital art and animations to programming with Python and building smart tech with micro:bit. They explore the world of artificial intelligence and learn to create their own websites using HTML. Each unit is hands-on and encourages problem-solving, innovation, and teamwork. With regular home learning and practical assessments, students are supported to think independently and bring their ideas to life.
Year 7
Autumn | Spring | Summer |
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Unit 1 Cyber Security
Unit 3 Spreadsheet Modelling
BEBRAS –Practice & Actual competition |
Unit 3 Python Blocks
Unit 4 Encryption
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Unit 5 Using media – Gaining support for a cause.
End of Unit Assessment |
Assessment | ||
Assessment 1 – Homework Research Task Assessment 2 - End of Unit assessment Spreadsheet Assessment 3 – Spreadsheet group project |
Assessment 1 Encryption MCQ Assessment 2 – Encryption End of Unit Assessment |
Assessment 1 End of Year Assessment Assessment 2 MCQ Mid topic assessment Assessment 3 Project |
Home learning is allocated every three lessons by the department. It may be an isolated piece of work, a project, research or an alternative task which challenges the students to solidify their knowledge and / or extend it.
In the Summer Term, each student will sit a formal, internal exam which will consist of all elements taught throughout the course. Appropriate preparation in the form of revision should be taken seriously with sufficient planning and organisation to ensure each student fulfils their potential.
Year 8
Autumn | Spring | Summer |
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Unit 1 Data Representation
Unit 2 Layers of a computer system
BEBRAS –Practice & Actual competition |
Unit 3 Introduction to Python
Unit 4 Cyber Security
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Unit 5 Networks
Unit 6 Media Vector Graphics
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Assessment | ||
Assessment 1 Data Representation Mid topic assessment Assessment 2 End of Unit assessment Assessment 3 Layers of a computer system Assessment 4 –Home learning research |
Assessment 1 –Python Mid topic assessment Assessment 2 –Project Assessment 3 - Cyber Security Mid Topic Assessment Assessment 3 –Project |
Assessment 1 – End of Year Assessment Assessment 2 Networks Mid Topic Assessment Assessment 3 – Media Vector Graphics Project |
Home learning is allocated on a weekly basis by each department. It may be an isolated piece of work, a project, research or an alternative task which challenges the students to solidify their knowledge and / or extend it.
In the Summer Term, each student will sit a formal, internal exam which will consist of all elements taught throughout the course. Appropriate preparation in the form of revision should be taken seriously with sufficient planning and organisation to ensure each student fulfils their potential.
Year 9
Autumn | Spring | Summer |
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Unit 1 Data Representation Going audio-visual
Unit 2 Python Programming
BEBRAS – Actual competition |
Unit 3 – Media animations
Unit 4 Physical computing with micro:bit
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Unit 5 – AI
Unit 6 HTML and Web development
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Assessment | ||
Assessment 1 – Data Representation End of Unit Assessment Assessment 2 – Python MCQ Assessment 3- Python Project & EOY |
Both of the units taught in the spring term will be assessed using projects which allow the students to apply their learning in a practical setting Assessment 1 – Medi Animations Project Assessment 2 – Microbit Project |
Assessments may include MCQs, coding, and a project Assessment 1 – End of Year Assessment Assessment 2 – HTML Project Assessment 3- Python Project |
Home learning is allocated on a weekly basis by the department. It may be an isolated piece of work, a project, research or an alternative task which challenges the students to solidify their knowledge and / or extend it.
At the end of each unit the students are assessed either through a written paper, a practical task, or through a combination of both.
Key Stage 4
Our GCSE curriculum aligns with the OCR Computer Science curriculum, extending the knowledge acquired in KS3. Emphasising hands-on coding, robust problem-solving methodologies, and a comprehensive theoretical understanding, our curriculum prepares students not only for academic success but also for future careers in a range of fields.
Computer Science
Year 10
Autumn | Spring | Summer |
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2.2.1 - Programming fundamentals
2.2.2 - Common data types, arithmetic operators and boolean operators
2.2.1 - Programming fundamentals
1.1 - Systems Architecture
1.2 - Memory
1.2.2 - Memory and storage
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1.2.5 Compression
2.2.3 Additional programming techniques
2.2.3 Additional programming techniques
1.3 - Computer networks, connections and protocols
2.1 Computational Thinking
2.3.1 - Defensive design
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2.3.2 – Testing
1.4 – Network security Forms of attack:
Programming project
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Assessment | ||
Assessment 1 programming techniques- MCQ on TEAMS Assessment 2 – programming techniques short written algorithm questions Assessment 1- CPU MCQ Assessment 2 -MEMORY- MCQ Assessment 3- STORAGE exam questions Assessment 4- DATA REPRESENTATION exam questions |
Assessment 1 MCQ -ADDITIONAL PROGRAMMING TECHNIQUES Assessment 2- exam questions ADDITIONAL PROGRAMMING TECHNIQUES Assessment 1 MCQ – COMPUTER NETWORK Assessment 2- exam questions COMPUTER NETWORKS Assessment 3 MCQ -COMPUTATIONAL THINKING Assessment 4- exam questions COMPUTATIONAL THINKING |
Assessment 1 MCQ TESTING Assessment 2- exam questions NETWORK SECURITY ASSESSMENT APRIL MOCKS Assessment 1 MCQ UTILITY SOFTWARE Assessment 4- programming project |
Home learning is allocated on a weekly basis by the department. It may be an isolated piece of work, a project, research or an alternative task which challenges the students to solidify their knowledge and / or extend it.
At the end of each unit the students are assessed either through a written paper, a practical task, or through a combination of both.
Year 11
Autumn | Spring | Summer |
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2.1 – Algorithms Computational Thinking
2.1.2 Algorithms
1.4 Network Security
1.4.2 Identifying and preventing vulnerabilities Common prevention methods:
1.6 - Ethical legal, cultural and environmental impacts of digital technology Impacts of digital technology on wider society including:
Legislation relevant to Computer Science:
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2.4 - Boolean logic
2.3.1 - Defensive design
2.3.2 – Testing
1.5.1 Operating systems The purpose and functionality of operating systems:
2.2.3 - Additional programming techniques
2.5 - Programming languages and IDEs
2.2.3 - Additional programming techniques
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Revision
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Assessment | ||
Assessment 1 – short questions Assessment 2 – algorithm questions Assessment 1 – MCQ legal ethical Assessment 2 – 2 and 8 mark question- legal ethical Assessment – short questions- Boolean logic End of topic test – Boolean logic |
Assessment 1: MCQ -defensive design Assessment 2- end of topic test defensive design MCQ testing MCQ programming languages End of topic test programming languages Assessment 1: algorithm assessment on arrays and subroutines Assessment 2: End of topic test on system software |
Assessment 1 Component 1 full paper Assessment 2 Component 2 full paper GCSE Exams |
KS4 Assessment
Written Paper Examination:
Paper 1 50% Computer Systems
Paper 2 50% Computational thinking, algorithms, and programming
Examination Board:
Course Specification:
OCR J277 GCSE Computer Science (9-1)
Qualification obtained:
GCSE Computer Science (9-1)
Useful Reading Material:
GCSE OCR Computer Science J277 Course textbook by PG Online
Learning to Program in Python by P M Heathcote
Additional Information
Useful Websites
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