Computer Science

KS4 Exam Board: OCR

At Lynch Hill Enterprise Academy, Computer Science is important because:

• It equips students with the computational thinking, problem-solving and programming skills needed to succeed in further education, employment and an increasingly digital society.

• It develops students' understanding of computer systems, networks, cybersecurity and data, enabling them to become responsible, safe and informed users of technology.

• It inspires creativity, resilience and innovation by encouraging students to design, create and evaluate digital solutions using a range of programming and software development tools.

Curriculum

Our curriculum is designed to:

• Build knowledge progressively from Key Stage 3 to Key Stage 4 through a carefully sequenced curriculum that develops both practical and theoretical understanding.

• Develop confident programmers through block-based programming, HTML, spreadsheets and Python before progressing to GCSE Computer Science.

• Prepare students for success in OCR GCSE Computer Science by developing secure subject knowledge, computational thinking, programming skills and effective examination techniques.

In Computer Science, we deliver the curriculum through:

• A carefully sequenced curriculum that develops knowledge and skills from Year 7 through to Year 11. Students begin with cyber safety, digital literacy, lab safety and programming before progressing to web development, spreadsheets, Python programming and the OCR GCSE Computer Science specification.

• Regular Checking for Understanding strategies including retrieval practice, questioning, mini whiteboards, live modelling, teacher demonstrations, low-stakes quizzes, peer discussion and immediate feedback to identify misconceptions and adapt teaching.

• Practical, project-based learning alongside theoretical study:

Year 7 study cyber safety, digital citizenship, lab safety, data collection and programming using EduBlocks. Learning is assessed through quizzes and practical programming projects.

Year 8 develop HTML websites using EduBlocks and HTML before progressing to spreadsheet modelling. Students complete business-based projects structured around realistic employer scenarios similar to vocational assignments, receiving formative feedback throughout.

Year 9 develop Python programming using IDLE Python through a substantial programming project, while computer systems, databases and cybersecurity are assessed through formal written assessments.

Years 10 and 11 study the OCR GCSE Computer Science specification through practical Python programming, retrieval practice, exam-style questions, DIRT and mock examinations.

Curriculum Overview

Assessment

• Regular formative assessment through retrieval practice, questioning, quizzes, teacher observation, live feedback and Checking for Understanding during every lesson.

• Practical assessment through programming and digital projects:

Year 7 EduBlocks programming projects.

Year 8 HTML and spreadsheet business projects.

Year 9 Python programming project completed using IDLE Python.

• Formal written assessments, OCR GCSE exam-style questions, topic tests and mock examinations are used to monitor progress and prepare students for external examinations.

GCSE Assessment

Two externally assessed written examinations.

• Paper 1 – Computer Systems (1 hour 30 minutes) – 50%
• Paper 2 – Computational Thinking, Algorithms and Programming (1 hour 30 minutes) – 50%

We know our curriculum is successful when:

• Students demonstrate increasing confidence and independence in using computational thinking, programming and digital skills to solve real-world problems across a range of software and programming environments.

• Students produce high-quality practical outcomes, including EduBlocks programs, HTML websites, spreadsheet models and Python programs, while applying theoretical knowledge accurately in written assessments and OCR GCSE examination questions.

• Students leave Lynch Hill Enterprise Academy as digitally literate, responsible and resilient learners, achieving strong outcomes in OCR GCSE Computer Science and progressing successfully to Level 3 Computing, apprenticeships and careers within the technology sector.

Revision

• Ada Computer Science – Interactive lessons, quizzes, programming activities and exam practice aligned to the OCR GCSE Computer Science specification.