Using Technology: Creating Digital Content

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Concepts

This study delivers 0 primary concepts and 1 secondary concept.

Secondary concept: Online Safety and Digital Citizenship (CO-KS12-C005)

Type: Knowledge | Teaching weight: 1/6

Online safety encompasses the knowledge, skills and behaviours needed to participate in digital environments safely, responsibly and positively. It includes protecting personal information, managing digital identity and reputation, recognising online risks (cyberbullying, inappropriate content, grooming, scams), evaluating online information critically and knowing how to seek help when needed. Digital citizenship extends this to include understanding the rights and responsibilities of online participation, including intellectual property, attribution and the ethics of digital communication. At KS1 and KS2, online safety is embedded throughout the computing curriculum.

Differentiation

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Thinking lens: Cause and Effect (primary)

Key question: What caused this to happen, and how do we know? Why this lens fits: Online safety education is built on helping pupils understand the consequences of sharing personal information or behaving unkindly online — reasoning about cause and effect (what happens if I share this?) is the central cognitive demand. Question stems for KS1:

What made that happen?

What will happen if...?

Why did it change?

Can you finish: it happened because...?

Secondary lens: Perspective and Interpretation — Digital citizenship requires pupils to consider how their online actions are experienced by others, developing the perspective-taking that underpins responsible behaviour in digital environments.

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Session structure: Practical Application

Practical Application

A hands-on sequence where pupils apply knowledge and skills to solve a practical problem or create a functional outcome. Begins with a real-world context, builds skills through rehearsal, guides design or planning, supports making or problem-solving, and concludes with evaluation against success criteria.

context → skill_rehearsal → design → make_or_solve → evaluate Assessment: Practical outcome (solution, product, program) evaluated against defined success criteria, with written or verbal explanation of the process and decisions made.

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Computing focus

Computational concepts: digital literacy Abstraction level: Visual Themes: digital literacy, content creation

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Why this study matters

This unit teaches the fundamental digital literacy skills: creating content (text, images), organising it (folders, naming), saving it (storage), and retrieving it. These are foundational skills that every subsequent computing lesson assumes. Using a word processor or drawing program purposefully -- not just randomly clicking -- teaches that digital tools serve specific purposes, just like physical tools.

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Pitfalls to avoid

Just clicking buttons without purpose -- set a clear creative brief (make a poster, write a story)

Not teaching file saving -- pupils lose work and become frustrated; teach Save early and often

Ignoring file naming -- teach meaningful names (not 'Untitled' or random characters)

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Computational thinking skills (KS1)

These disciplinary skills should be woven through teaching, not taught in isolation:

Algorithm design (KS3) — Design, implement and analyse algorithms for non-trivial computational problems including sorting and searching; understand that multiple algorithms can solve the same problem with different efficiency characteristics; use logical reasoning and formal comparison techniques to assess the relative utility of alternative algorithms; implement algorithms in at least two programming languages, at least one text-based.

Pattern recognition (KS2) — Identify patterns and regularities in data sets and program behaviours; use pattern recognition to select appropriate control structures (repetition for repeated actions, selection for conditional branching); generalise from specific examples to produce reusable solutions; recognise when an existing algorithm or program component can be reused to solve a new problem.

Abstraction (KS1) — Focus on the most important features of a problem or task while ignoring unnecessary detail; represent real-world actions as simple step-by-step instructions that capture the essential logic without irrelevant specifics.

Decomposition (KS2) — Decompose a complex programming problem or digital project into distinct, manageable sub-problems that can be developed and tested independently; plan program structure using top-down design before coding; use procedures and functions as the coded expression of decomposed sub-problems.

Decomposition (KS1) — Break a familiar task or problem into a sequence of smaller, ordered steps; understand that a complex instruction can be split into simpler sub-instructions that together achieve the same goal; apply this thinking when giving instructions to a programmable toy or creating a simple program.

Abstraction (KS3) — Design and evaluate computational abstractions that model the state and behaviour of real-world problems and physical systems; select appropriate levels of abstraction for a given problem context; use abstract data types, classes and interfaces to hide implementation detail; understand the layered abstractions present in computing systems from hardware to application.

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Vocabulary word mat

Prior knowledge (retrieval plan)

Pupils should already know the following from earlier units:

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Scaffolding and inclusion (Y1)

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Knowledge organiser

Key terms:

create

save

open

file

folder

type

delete

undo

digital

content

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Graph context

Node type: ComputingTopicSuggestion | Study ID: TS-CO-KS1-004 Concept IDs:

CO-KS12-C005: Online Safety and Digital Citizenship

Cypher query:

``cypher

MATCH (ts:ComputingTopicSuggestion {suggestion_id: 'TS-CO-KS1-004'})

-[:DELIVERS_VIA]->(c:Concept)

-[:HAS_DIFFICULTY_LEVEL]->(dl)

RETURN c.name, dl.label, dl.description

``

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Generated from the UK Curriculum Knowledge Graph — zero LLM generation.