Young people may be confident users of phones, games and social media, but this does not automatically make them digitally literate. Digital literacy involves finding information, judging its reliability, protecting personal data, communicating responsibly, creating useful content and understanding how technology influences decisions.
It should not be confined to one computing lesson or an annual online-safety assembly. It needs to appear regularly across subjects, year groups and tutor time.
1. Agree what digital literacy means in your school
Start by creating a shared definition. Digital literacy is much broader than knowing how to operate a laptop or produce a PowerPoint.
Pupils should gradually learn how to:
- Find and evaluate information
- Communicate appropriately
- Create digital content
- Protect their accounts and data
- Recognise manipulation and misinformation
- Use artificial intelligence responsibly
- Participate safely and positively online
The national computing curriculum describes digitally literate pupils as being able to use technology to express themselves, develop ideas and participate actively in a digital world. The Education for a Connected World framework can help schools map these skills across different ages.
2. Teach pupils to leave the first search result
Many pupils assume that the first search result must be the best answer. Give them a question and ask them to compare the first three results rather than clicking immediately.
They could consider:
- Who produced each page?
- Is it an advertisement?
- When was it published?
- What evidence does it provide?
- Why might the search engine have ranked it highly?
- Does another reliable source agree?
Search engines rank information using systems that pupils cannot see. Learning to pause, compare and investigate is more valuable than memorising a list of supposedly trustworthy websites. Effective media-literacy teaching develops habits that pupils can apply when they encounter unfamiliar information.
3. Make source checking a normal classroom routine
Instead of teaching source reliability as a special lesson, build it into ordinary subject teaching.
When pupils use an online source, ask them to check:
- Author: Who created it?
- Purpose: Why was it created?
- Evidence: What supports the claims?
- Date: Is it still current?
- Agreement: Do other reliable sources confirm it?
In science, pupils might investigate a health claim. In history, they could examine who created a website about an event. In geography, they could compare competing claims about climate or population.
Ofcom’s review of media-literacy programmes found evidence that well-designed activities can improve young people’s news literacy, understanding of algorithms and confidence in identifying misleading information.
4. Use real examples of misinformation
Show pupils a believable but questionable post, headline, photograph or graph. Do not immediately tell them whether it is true.
Ask:
- What is the claim?
- What makes it convincing?
- What information is missing?
- How could we check it?
- What might happen if people shared it?
The aim is not to make pupils distrust everything. It is to help them develop proportionate scepticism and seek better evidence before reaching a conclusion.
Ofcom’s research treats the ability to understand and evaluate media as a central part of media literacy. Its work also highlights the importance of helping people deal with misinformation and disinformation online.
5. Teach pupils how images, audio and video can be manipulated
Pupils need to understand that seeing or hearing something is no longer proof that it happened.
Demonstrate how digital material can be altered through:
- Selective cropping
- Misleading captions
- Edited audio
- Filters
- Removed context
- AI-generated images
- Deepfake video
- Impersonation accounts
Give pupils an image-search activity in which they trace a photograph back to its earliest available source. They could also compare a full video with a short clip that changes its apparent meaning.
Deepfake education should include both detection and ethics. Pupils should consider the possible harm caused by creating or sharing a convincing fake, even when it was intended as a joke.
6. Explore how algorithms shape what pupils see
Ask pupils to imagine that two people search for the same topic but have completely different viewing histories. Would they necessarily receive the same results?
Explain that platforms recommend material using information about behaviour, interests and previous interactions. This can make services useful, but it can also narrow what people see, reinforce existing opinions or repeatedly promote emotionally engaging content.
A useful activity is to ask pupils to design a fictional recommendation algorithm. What would it reward: accuracy, popularity, viewing time, profit or wellbeing? They soon discover that every system reflects choices and priorities.
Media-literacy projects reviewed by Ofcom improved young people’s understanding of algorithms, content promotion, targeting and echo chambers.
7. Help pupils recognise advertising in its less obvious forms
Traditional advertisements are usually easy to identify. Influencer marketing, sponsored content, affiliate links, product placement and personalised recommendations can be much harder to spot.
Give pupils a selection of online posts and ask:
- Is anything being sold?
- Has the creator received money or a free product?
- Is the commercial relationship clear?
- Who benefits if someone clicks?
- Is the recommendation based on expertise or payment?
Pupils should understand that online services are businesses and that their attention, behaviour and personal information can have commercial value. Ofcom defines media literacy as including the ability to understand and create media across different services and formats.
8. Make personal data visible
The phrase “personal data” can sound abstract. Ask pupils to list the information a typical app might collect.
Their list may include:
- Name and age
- Email address
- Photographs
- Location
- Contacts
- Search history
- Device details
- Purchases
- Likes and viewing habits
- Voice or facial information
Pupils can then sort the information according to whether they would share it publicly, with friends, with a school or with a company.
The Information Commissioner’s Office provides school resources covering what personal data is, why it is valuable and how pupils can protect it when using online services and social media.
9. Ask pupils to audit their digital footprint
Invite pupils to create a fictional character who has spent five years posting online. They should decide what a future employer, university, friend or stranger might discover about that person.
Discuss the difference between information pupils actively share and information collected in the background. A digital footprint may include posts, comments, photographs, account details, browsing activity and data gathered by platforms.
The lesson should not rely on frightening pupils with the idea that one mistake will ruin their future. Focus instead on managing privacy settings, thinking before posting and recognising that content can be copied or shared beyond its intended audience.
10. Teach cybersecurity through realistic scenarios
Cybersecurity becomes more memorable when pupils have to make decisions.
Present a scenario such as:
You receive a message saying your school account will be deleted unless you log in immediately.
Ask pupils to identify warning signs and decide what they should do next. Repeat the exercise with fake delivery messages, gaming scams, account-recovery requests and unexpected attachments.
Teach practical habits including:
- Using strong, unique login details
- Using multi-factor authentication or passkeys where available
- Updating devices
- Locking unattended screens
- Reporting suspicious activity quickly
- Never sharing authentication codes
National Cyber Security Centre guidance for schools emphasises phishing, secure accounts, device security and reporting unusual or unexpected activity.
11. Let pupils design their own scam
After examining examples, ask pupils to design a fictional phishing message. They must include several common warning signs without creating anything that will actually be sent.
They could use:
- Artificial urgency
- A suspicious link
- A prize that seems too good to be true
- A request for personal details
- Poor spelling
- An impersonated organisation
- A threat that an account will be closed
Other pupils then annotate the message and explain how they would respond.
CyberFirst materials developed for young people include recognising scams, securing accounts, responding to compromised devices and knowing where incidents can be reported.
12. Teach AI literacy rather than simply banning AI
Pupils are likely to encounter generative AI regardless of whether individual schools encourage its use. They need to understand what it can and cannot do.
Teach that AI-generated responses may:
- Sound confident while being inaccurate
- Invent sources or quotations
- reproduce bias
- Miss important context
- Produce very different answers from slightly different prompts
- Use information entered by the user in ways they do not expect
Schools should establish clear expectations about when AI assistance is permitted, when it must be acknowledged and when work must be completed independently. Department for Education guidance recommends reviewing homework and unsupervised-study policies and considering the privacy implications of AI tools.
13. Make pupils verify AI-generated answers
Give pupils an AI-generated explanation that contains a mixture of accurate information, vague statements and deliberate errors.
Their task is to:
- Highlight every factual claim.
- Check each claim against reliable sources.
- Identify missing evidence.
- Rewrite the answer accurately.
- Record how the final version was verified.
This teaches pupils that prompting is only the beginning of responsible AI use. The person using the tool remains responsible for checking the output.
UNESCO’s AI competency framework emphasises human agency, critical thinking, ethics and the responsible use and creation of AI. It argues that pupils need to examine AI’s technical, social and ethical dimensions rather than treating it as a simple answer machine.
14. Teach copyright, attribution and ethical reuse
Many pupils believe that anything found through an image search is free to copy. Teach them how ownership still applies to digital material.
Pupils should learn how to:
- Identify the original creator
- Credit sources properly
- Find material with suitable reuse permissions
- Understand basic Creative Commons licences
- Distinguish inspiration from copying
- Avoid presenting somebody else’s work as their own
Ask pupils to create a presentation using only material they are allowed to reuse. They should include an image credit and source list.
Copyright User provides research-led educational resources that introduce copyright, creativity, lawful reuse and plagiarism to school-aged learners.
15. Practise responsible online communication
Give pupils examples of emails, comments and group-chat messages. Ask them to improve messages that are unclear, aggressive, overly informal or likely to be misunderstood.
Teach them to consider:
- Audience
- Tone
- Permanence
- Privacy
- Consent
- The difference between disagreement and abuse
- When not to reply
- When to save evidence and report something
Pupils should also know the school’s routes for reporting cyberbullying, impersonation, harassment, sexual content, threatening messages or harmful contact.
Department for Education guidance recommends embedding online safety across computing, relationships education, health education and citizenship rather than treating it as a separate issue.
16. Make accessibility part of digital creation
When pupils create slides, videos, websites or documents, include accessibility within the success criteria.
They could be expected to:
- Use readable fonts
- Maintain clear contrast
- Add meaningful headings
- Provide alternative text for images
- Caption video and audio
- Avoid overcrowded slides
- Use descriptive link text
- Check that colour is not the only way information is communicated
This changes accessibility from an optional extra into a normal part of high-quality digital work.
The World Wide Web Consortium’s accessibility guidance is organised around making digital content perceivable, operable, understandable and robust. These principles benefit disabled users and often make content clearer for everyone.
17. Teach digital balance without presenting technology as the enemy
Digital-literacy education should acknowledge that technology can support learning, creativity, communication and friendship. It should also help pupils recognise when use becomes distracting, upsetting or difficult to control.
Ask pupils to complete a private digital-habits audit:
- When does technology help me?
- When does it distract me?
- Which notifications are unnecessary?
- How does online activity affect my sleep?
- What situations make me lose track of time?
- What boundaries could I test for one week?
Avoid prescribing one perfect amount of screen time. The type, purpose and effect of digital use matter as well as its duration.
Schools should also remember that pupils have unequal access to suitable devices, reliable connections, quiet workspaces and adult support. The EEF warns that poorly implemented educational technology can widen disadvantage rather than reduce it.
Digital literacy cannot be completed in a single lesson because the digital world continues to change. The most effective schools return to it regularly, connect it to real situations and make it the responsibility of every subject.
A digitally literate pupil is not someone who knows every app or platform. It is someone who can pause, question, check, create, communicate and make sensible decisions when the technology changes.